sony uwp-v1_2_6 _ x7_8.pdf
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UHF WIRELESS MICROPHONE PACKAGE
UWP-V1UWP-V2UWP-V6UWP-X7UWP-X8UHF SYNTHESIZED TRANSMITTERUTX-B2
UHF SYNTHESIZED WIRELESS MICROPHONEUTX-H2
UHF SYNTHESIZED TUNER UNITURX-M2
UHF SYNTHESIZED DIVERSITY TUNERURX-P2
UHF SYNTHESIZED TRANSMITTERUTX-P1
SERVICE MANUAL1st Edition
UWP Series
! WARNINGThis manual is intended for qualified service personnel only.To reduce the risk of electric shock, fire or injury, do not perform any servicing other than thatcontained in the operating instructions unless you are qualified to do so. Refer all servicing toqualified service personnel.
! WARNUNGDie Anleitung ist nur für qualifiziertes Fachpersonal bestimmt.Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um dieGefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind beiWartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegebenWartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigungdazu besitzen.
! AVERTISSEMENTCe manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afinde réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que lesréparations indiquées dans le mode d’emploi à moins d’être qualifié pour en effectuer d’autres.Pour toute réparation faire appel à une personne compétente uniquement.
1UWP Series
Table of Contents
3. Spare Parts
3-1. Notes on Repair Parts ..................................................... 3-1
3-2. Exploded Views .............................................................. 3-2
3-2-1. UTX-B2 ................................................................. 3-2
3-2-2. UTX-H2 ................................................................ 3-4
3-2-3. URX-M2 ................................................................ 3-6
3-2-4. URX-P2 ................................................................. 3-8
3-2-5. UTX-P1 ............................................................... 3-10
3-3. Electrical Parts List ....................................................... 3-12
3-3-1. UTX-B2 ............................................................... 3-12
3-3-2. UTX-H2 .............................................................. 3-17
3-3-3. URX-M2 .............................................................. 3-21
3-3-4. URX-P2 ............................................................... 3-28
3-3-5. UTX-P1 ............................................................... 3-36
3-4. Accessories Supplied .................................................... 3-40
3-4-1. UWP-V1 .............................................................. 3-40
3-4-2. UWP-V2 .............................................................. 3-40
3-4-3. UWP-V6 .............................................................. 3-41
3-4-4. UWP-X7 .............................................................. 3-41
3-4-5. UWP-X8 .............................................................. 3-41
4. Block Diagrams and Circuit Descriptions
4-1. UTX-B2 .......................................................................... 4-2
4-2. UTX-H2 .......................................................................... 4-4
4-3. URX-M2 ......................................................................... 4-6
4-4. URX-P2 .......................................................................... 4-8
4-5. UTX-P1 ......................................................................... 4-10
5. Board Layouts
5-1. UTX-B2 .......................................................................... 5-1
5-2. UTX-H2 .......................................................................... 5-2
5-3. URX-M2 ......................................................................... 5-3
5-4. URX-P2 .......................................................................... 5-4
5-5. UTX-P1 ........................................................................... 5-5
6. Schematic Diagrams
6-1. UTX-B2 .......................................................................... 6-1
6-2. URX-H2 .......................................................................... 6-4
6-3. URX-M2 ......................................................................... 6-5
6-4. URX-P2 .......................................................................... 6-9
6-5. UTX-P1 ......................................................................... 6-14
1. Service Overview
1-1. UTX-B2 .......................................................................... 1-1
1-1-1. Disassembly .......................................................... 1-1
1-1-2. Precaution for Reassembling ................................. 1-2
1-1-3. Precaution When Replacing EEPROM (IC611) ... 1-3
1-1-4. Error Messages ...................................................... 1-3
1-2. UTX-H2 .......................................................................... 1-4
1-2-1. Disassembly .......................................................... 1-4
1-2-2. Precaution When Replacing EEPROM (IC401) ... 1-6
1-2-3. Error Messages ...................................................... 1-6
1-3. URX-M2 ......................................................................... 1-7
1-3-1. Removal/Installation ............................................. 1-7
1-3-2. URX-M2 Checking ............................................. 1-10
1-3-3. Error Messages .................................................... 1-10
1-4. URX-P2 ........................................................................ 1-11
1-4-1. Disassembly ........................................................ 1-11
1-4-2. Precaution for Reassembling ............................... 1-12
1-4-3. Precaution When Replacing EEPROM (IC11) ... 1-13
1-4-4. Error Messages .................................................... 1-13
1-5. UTX-P1 ......................................................................... 1-14
1-5-1. Disassembly ........................................................ 1-14
1-5-2. Precaution for Reassembling ............................... 1-15
1-6. Unleaded Solder ............................................................ 1-15
2. Electrical Alignment
2-1. UTX-B2 .......................................................................... 2-1
2-1-1. Equipment and Tools ............................................ 2-1
2-1-2. Adjustments ........................................................... 2-2
2-2. UTX-H2 ........................................................................ 2-13
2-2-1. Equipment and Tools .......................................... 2-13
2-2-2. Adjustments ......................................................... 2-14
2-3. URX-M2 ....................................................................... 2-26
2-3-1. Equipment and Tools .......................................... 2-26
2-3-2. Adjustments ......................................................... 2-27
2-4. URX-P2 ........................................................................ 2-40
2-4-1. Equipment and Tools .......................................... 2-40
2-4-2. Adjustments ......................................................... 2-41
2-5. UTX-P1 ......................................................................... 2-56
2-5-1. Equipment and Tools .......................................... 2-56
2-5-2. Adjustments ......................................................... 2-57
1-1UWP Series
Section 1Service Overview
1-1. UTX-B2
1-1-1. Disassembly
Rear cabinet (TX)
M2 x 10
P2 x 5
P2 x 5
CN2
CN401
P2 x 5
P2 x 5
Battery spring plate
RF-131 board
Set button
Stereo miniature jack
CPU422 board
Antenna
Mic sheet
Power protection sheet
Be careful not to drop or lose this.
Be careful not to drop or lose this.
M2 x 10
M2 x 10
M2 x 10
Battery case assembly
Rear cabinet (TX)
Antenna/CPU-422 board
RF-131 boardStereo miniature jack
1-2 UWP Series
1-1-2. Precaution for Reassembling
When reassembling the UTX-B2, arrange the battery harnesses as shown in the following figures.
Arranging the harnesses as shown in the figures.
Front side Rear side
Battery spring
Battery spring plate
(Black)
(Red)
Frontcabinet
Tape for insulation
NoteWhen reassembling the UTX-B2, be careful that the harness must not be pinched.
Harness
1-3UWP Series
1-1-3. Precaution When Replacing EEPROM (IC611)
When the EEPROM (IC611) is replaced with the new EEPROM, the same data that have been stored inthe removed EEPROM must be written into the newly mounted EEPROM.
1-1-4. Error Messages
When an error occurs, any of the following error messages can be generated by the self-diagnosticsfunction that is built-in the UTX-B2 and can appear on the display section.
Message Error contents Remedial measure
Err01 An error occurs in the backup With “Err01” displayed, press and hold the “-“ buttonmemory data. for 20 seconds to read the backup data.
The data is successfully read when “RELOAD” isdisplayed. If the data fails to be read, check theEEPROM (IC661) and its peripheral circuits, and writethe frequency data to the EEPROM.
Err02 An error occurs in the PLL Check the PLL synthesizer circuit (IC301, CP321 onsynthesizer circuit. the RF-131 board and its peripheral circuits).
Err03 Power supply voltage has exceeded Use the equipment with the power supply of thethe range of allowable limits. specified voltage range.
INIT The message is displayed when Do not press the “SET” button and the “_“ button.the power is turned on while the“SET” button and the “_“ button arepressed at the same time.If the “SET” button and the “_“ buttonare pressed at the same time, theUTX-B2 enters the default setting mode.
1-4 UWP Series
1-2. UTX-H2
1-2-1. Disassembly
Cage sub assembly
Cage sub assembly
Model cover
Remove it using tweezers.
Dynamic unit
Connector (3P)
Connector(3P)
Do not touch the portionduring removing the unit.
Dynamic unit
*Grip removal fixture
Ring stopper
Grip (B)
Grip (B)
Push up the claws.(If difficult to remove, unlock one claw after another.)
*Grip removal fixture
Grip (B)
* : Tools required :Grip removal fixture (J-6407-080-A)
Go to page 1-5(Grip A)
1-5UWP Series
Grip (A) Antenna/MB-1137 board
*LRT screw (M2 x 4)
Stopper
Stopper
Claw of the chassis (A)
Chassis (A) assembly
Disengage the claw of the chassis (A) using a flat head (_) screwdriver, and remove the stopper.
Protruded portion of the indicator
Hole
Grip (A)
Precision P2 x 3
Remove the chassis (A) assembly in the direction of the arrow in the way as if removing the protruded portion of the indicator.
Chassis (B) sub assembly
Antenna
Indicator
Power button
Power lock
Chassis (A) sub assembly
MB-1137 boardShield
PrecisionP2.6 x 5
PrecisionP2 x 3
PrecisionP2 x 3
PrecisionP2 x 3
Three claws
Three claws
Unsolder.
Unsolder.
*: Tools required :LRT screwdriver (J-6402-350-A)
1-6 UWP Series
1-2-2. Precaution When Replacing EEPROM (IC401)
When the EEPROM (IC401) is replaced with the new EEPROM, the same data that have been stored inthe removed EEPROM must be written into the newly mounted EEPROM.
1-2-3. Error Messages
When an error occurs, any of the following error messages can be generated by the self-diagnosticsfunction that is built-in the UTX-H2 and can appear on the display section.
Message Error contents Remedial measure
Err01 An error occurs in the backup Check the EEPROM (IC401) and its peripheralmemory data. circuits.
Err02 An error occurs in the PLL Check the PLL synthesizer circuit (IC102, CP101 onsynthesizer circuit. the MB-5 board and its peripheral circuits).
Err03 Power supply voltage has exceeded Use the equipment with the power supply of thethe range of allowable limits. specified voltage range.
1-7UWP Series
1-3. URX-M2
1-3-1. Removal/Installation
m. Before installing the URX-M2, make sure the MB-806A
into which the URX-M2 will be installed is turned off. Donot install or uninstall the URX-M2 while the MB-806A isturned on, as this may damage the connector or cause noise.
. The buttons and display on the front panel of the URX-M2 may be damaged if they are gripped too strongly.Always hold the URX-M2 by the side.
. Do not put your fingers on the connectors on the rearpanel of the URX-M2 or into the slot on the unit intowhich the URX-M2 will be installed.
. Keep the URX-M2 away from static electricity.
1. Tuner Base Unit MB-X6 / MB-806A
When using the MB-X6
Removal1. Loosen the screws at both sides of the front cover, then
slide the front cover downward.
2. Hold the screws by the head and pull forward toremove the front cover.
3. Remove the tuner unit URX-M2 from the slot in thedirection of the arrow.
1-8 UWP Series
Lever
Installation
1. After removing the front cover, hold the tuner unit bythe top and bottom, then insert the tuner unit into theslot.
2. Match the six latches with the six holes on the frontpanel, then replace the front cover.
3. Tighten the screws on the front cover to secure it to thefront panel of the MB-X6.
When using the MB-806A
Removal1. On the bottom panel of the MB-806A, locate the lever
corresponding to the slot of the URX-M2 to beremoved and pull the lever forward. The URX-M2 isejected from the slot.
InstallationThe MB-806A Tuner Base Unit can accommodate up to 6URX-M2.
1. Inspect the top and bottom side of the URX-M2.2. Holding both sides of the URX-M2, insert it into the
slot. Push it in until you hear a click.
1-9UWP Series
When using the SRP-X700P
Removal1. Insert a screwdriver into the hole under the lower part
of the tuner slot and remove the URX-M2.Screwdriver : Shaft diamter is between 2 to 4 mm
Shaft length is 30 mm or longer
InstallationThe SRP-X700P Powered Mixer can accommodate up to 2URX-M2.
1. Remove the tuner slot cover from the SRP-X700P andinspect the top and bottom sides of the URX-M2.
2. Holding the tuner module on both sides, insert it intothe slot.
MASTER
SCENERECALL
GPAF
RFRF
GPCH
BATTBATT
LINE 4 SELECTA
A
B
C
D
E
F
B
URX-M2
MASTER
SCENERECALL
GPAF
RF
GP CH
BATT
LINE 4 SELECTA
A
B
C
D
E
F
B
URX-M2
2. Powered Mixer SRP-X500P / SRP-X700P
When using the SRP-X500P
Removal1. Pull the latch securing the tuner unit to the side and
pull out the tuner unit URX-M2.
Installation1. Check the top and bottom sides of the tuner unit, and
then insert it into the slot.nWhen installing the tuner unit, insert it fully into thetuner slot of the SRP-X500P and secure it with thelatch on the slot.
URX-M2
Latch
URX-M2
Latch
1-10 UWP Series
1-3-2. URX-M2 Checking
The following procedures describe how to prove URX-M2 whether it needs to be required or not.
Equipment Required : MB-X6 (quality unit) / MB-806A (quality unit)URX-M2 (quality unit)
1. Install the URX-M2 (repair unit) to be checked in an MB-X6 / MB-806A (quality unit).2. Check if there is any fault using the MB-X6 / MB-806A (quality unit).
. If there is a fault, URX-M2 is defective.Check the URX-M2 then fix a faulty section, and perform “2. Electrical Alignment”.
. If there is no fault, the URX-M2 (repair unit) is not defective. The original MB-X6 / MB-806A onwhich the URX-M2 (repair unit) had been mounted is defective.
1-3-3. Error Messages
When an error occurs, any of the following error messages can be generated by the self-diagnosticsfunction that is built-in the URX-M2 and can appear on the display section.
Message
Err01
Err02
Err03
NOTONE
Sq OFF
Error contents
An error occurs in EEPROM data.
The PLL synthesizer circuit does notlock.
Power supply voltage has exceededthe range of allowable limits.
The tone signal does not exist, orany tone signal radio wave otherthan 32 kHz is received and theaudio signal is muted.
If you turn on the power whilepressing the “SET” button and the“_” button at the same time, thesquelch function release mode isset, and this message appears oncebefore the display of normaloperation appears.
Remedial measure
Take both of the following remedial measures.. Write the frequency data that corresponds to the
desired destination location, into EEPROM.. Perform the RF squelch adjustment and the RF
level indicator adjustment. (Refer to Section 2-3.)
If the frequency data that does not corresponds tothe desired reception frequency range is written:Write the correct frequency data into the EEPROM.
If the error message is displayed even though thefrequency data is correct:Check the PLL synthesizer circuit (IC301, X301,Q305 and Q306 and its peripheral circuits on theMB-1129 board).
Use the equipment with the power supply of thespecified voltage range.
An interference radio wave has occurred in thefrequency band in use.. If an error is displayed while the power of the
transmitter is on:Turn off the power of the transmitter.
. If the RF level indicator of the receiver LCD lightseven when the power of the transmitter is turned off:
Set the frequency of the transmit/receive channelthat is free from the interference radio wave.
When the error is not caused by the signal interfer-ence, the tone squelch circuit of receiver or transmitter(both receiver and transmitter) is defective.. Check the receiver : Check the tone squelch.
(Refer to Section 2-3.)If the tone squelch doesnot work well, check thetone squelch circuit (IC406and its peripheral circuiton the MB-1129 board.)
. Check the transmitter : Refer to the ServiceManual of transmitter.
Turn off the power once and then back on withoutpressing any button.
1-11UWP Series
1-4. URX-P2
1-4-1. Disassembly
Rear cabinet Antenna/RF-130 board
M2 x 10
M2 x 10
P2 x 5
P2 x 5P2 x 5
Battery spring plate
CPU-421 board
CN1001
Set buttonStereo miniature jack
Harness
CN2
RF-130 board
Antenna
Battery case assembly
Rear cabinet (RX)
Power supply protection sheet
Do not drop or lose this
CN1
Supplied washer
Stereo miniature jack
Supplied nut
Stereo miniature jack CPU-421 board
1-12 UWP Series
1-4-2. Precaution for Reassembling
When reassembling the UTX-P2, arrange the battery harnesses as shown in the following figures.
Arranging the harnesses as shown in the figures.
Front side Rear side
Battery spring
Battery spring plate
(Black)
(Red)
Frontcabinet
Tape for insulation
NoteWhen reassembling the UTX-B2, be careful that the harness must not be pinched.
Harness
1-13UWP Series
1-4-3. Precaution When Replacing EEPROM (IC11)
When the EEPROM (IC11) is replaced with the new EEPROM, the same data that have been stored in theremoved EEPROM must be written into the newly mounted EEPROM.
1-4-4. Error Messages
When an error occurs, any of the following error messages can be generated by the self-diagnosticsfunction that is built-in the URX-P2 and can appear on the display section.
Message
Err01
Err02
Err03
NOTONE
Sq OFF
INIT
Error contents
An error occurs in EEPROM data.
The PLL synthesizer circuit does notlock.
Power supply voltage has exceededthe range of allowable limits.
The tone signal does not exist, orany tone signal radio wave otherthan 32 kHz is received and theaudio signal is muted.
If you turn on the power whilepressing the “-“ button, the squelchfunction release mode is set.
The message is displayed when thepower is turned on while the “SET”button and the “_“ button arepressed at the same time.If the “SET” button and the “_“button are pressed at the same time,the UTX-P2 enters the defaultsetting mode.
Remedial measure
With “Error1” displayed, press and hold the “-“ button for 20 seconds toread the backup data.The data is successfully read when “RELOAD” isdisplayed. If the data fails to be read, check the peripheral circuits ofIC671, and perform the following measures.
. Write the frequency data that corresponds to the desired destinationlocation, into EEPROM.
. Perform the RF squelch adjustment and the RF level indicatoradjustment. (Refer to Section 2-4.)
If the frequency data that does not corresponds to the desired receptionfrequency range is written:Write the correct frequency data into the EEPROM.
If the error message is displayed even though the frequency data iscorrect:Check the PLL synthesizer circuit (IC321, X301, Q341 and Q342 and itsperipheral circuits on the RF-130 board).
Use the equipment with the power supply of the specified voltage range.
An interference radio wave has occurred in the frequency band in use.. If an error is displayed while the power of the transmitter is on:
Turn off the power of the transmitter.. If the RF level indicator of the receiver LCD lights even when the power
of the transmitter is turned off:Set the frequency of the transmit/receive channel that is free fromthe interference radio wave.
When the error is not caused by the signal interference, the tone squelchcircuit of receiver or transmitter (both receiver and transmitter) is defective.. Check the receiver : Check the tone squelch. (Refer to Section 2-4.)
If the tone squelch does not work well, checkthe tone squelch circuit (IC441 and itsperipheral circuit on the CPU-421 board.)
. Check the transmitter : Refer to the Service Manual of transmitter.
Turn off the power once and then back on without pressing any button.
Do not press the “SET” button and the “_“ button.
1-14 UWP Series
1-5. UTX-P1
1-5-1. Disassembly
Upper sub assembly
Notch
Four screwsP2 x 6
Four screwsP2 x 6
Battery case Battery case
Case
MB-1094 board
XLA connector
Connector holder
Locking
Coil spring
Screw K2 x 5
Screw P1.7 x 3
Screw P1.7 x 6
Three screws B1.7 x 8
Three screws B2 x 6
Two screwsP2 x 6
Two screwsP2 x 6
Two screwsP2 x 6
Battery spring (_) L
Battery spring (_) R
Battery spring (+)
Battery spring (+)
Lower spring
Press and hold the notch, and pull up the upper sub assembly.
Remove the solder, and disconnect the harness from the XLA connector terminal.
*Remove the solders.
*Remove the solders.
Upper sub assembly
Case
MB-1094 board
XLA connector
1-15UWP Series
1-5-2. Precaution for Reassembling
When reassembling the UTX-P1, be sure that the knob on the case and the switch on the MB-1094 boardfit together correctly.
Knob
Case
Knob Panel
Switch
Lever
MB-1094 board
1-6. Unleaded Solder
Boards requiring use of unleaded solder are printed with alead free mark (LF) indicating the solder contains no lead.(Caution: Some printed circuit boards may not comeprinted with the lead free mark due to their particular size.)
: LEAD FREE MARK
m. Be sure to use the unleaded solder for the printed circuit
board printed with the lead free mark.. The unleaded solder melts at a temperature about 40 dC
higher than the ordinary solder, therefore, it is recom-mended to use the soldering iron having a temperatureregulator.
. The ordinary soldering iron can be used but the iron tiphas to be applied to the solder joint for a slightly longertime. The printed pattern (copper foil) may peel away ifthe heated tip is applied for too long, so be careful.
2-1UWP Series
Section 2Electrical Alignment
2-1. UTX-B2
2-1-1. Equipment and Tools
Equipment Required
Name Specifications Model Name
DC POWER SUPPLY Output regulated voltage : 0 to 5 V, 2 A –
DC AMMETER Measurement : 300 mA –
SPECTRUM ANALYZER Frequency : 10 kHz to 3 GHz ADVANTEST R3361B or equivalent
MODULATION ANALYZER RF input Frequency : 150 kHz to 3 GHz ANRITSU MS616A or equivalent
RF POWER METER Range : 3 uW to 100 mW HP 435B (Power sensor HP 8482A) or equivalentWITH POWER SENSOR
AUDIO ANALYZER . Oscillator : 20 Hz to 100 kHz HP 8903B (with A-weight filter) or equivalent. DISTORTION ANALYZER. S/N METER. LEVEL METER
FREQUENCY COUNTER Frequency : 10 Hz to 1000 MHz HP 5358A or equivalentEffective digits: 10 digits
OSCILLOSCOPE Frequency : DC to 10 MHz –
DIGITAL VOLT METER Effective digits : 3 1/2 digits –
Tool
Name Part No. Remarks
MM-SMA conversion connector J-6402-490-A For RF signal output
SMA-BNC conversion connector J-6402-480-A For RF signal output
Adjustor (0.4 x 1.3 mm) 7-721-052-81 Screwdriver for adjustment
2-2 UWP Series
2-1-2. Adjustments
This section describes adjustments and checks which must becompleted to assure that the specifications are complied with.Make adjustment and checks following the procedure below:
Preparation1. Perform this adjustment after removing the front/rear
cabinets and battery case from the UTX-B2 unit, andwith the RF-131 board, battery terminal, and LINE/MIC connector connected to the CPU-422 board.(Refer to the Section 1-1-1. for removal.)
2. Connect the SMA-BNC conversion connector (J-6402-480-A) and the MM-SMA conversion connector (J-6402-490-A) to the antenna terminal (CN301) on theRF-131 board as shown below.
MM-SMA conversion connector
SMA-BNC conversion connector
CN301
CN401RF-131 board
MIC / LINE input connector
CPU-422 board
POWER switch (S11)
Battery terminal
Red+
Black_
POWERswitch(S11/CPU-422 board)
DC regulated power supply
(DC output voltage : + 3.0 ±0.1 V)
DC ammeter
Battery terminal
3. Connecting the DC power supplySupply the DC power to the battery terminal as below.
CheckAfter the DC power supply connection is complete, setthe power switch (S11/CPU-422 board) to ON, andcheck the level on DC ammeter.DC ammeter indication level: 130 to 200 mA
Switch and Control Initial SettingSwitch and Control Setting
U30 model ; 30-01 channel (566.125 MHz)U42 model ; 42-01 channel (638.125 MHz)CE62 model ; Group 00, 62-01 channel (798.125 MHz)CE67 model ; Group 00, 67-01 channel (838.125 MHz)KR model ; 59-01 channel (740.125 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
1. Power Supply Voltage Check
2. Carrier Frequency Adjustment
3. RF Power Output Adjustment
4. Reference Frequency Deviation Adjustment
5. Maximum Frequency Deviation Adjustment
6. Distortion Ratio Check
7. S/N Check
8. Frequency Characteristics Check 9. Tone Signal Adjustment
10. Spurious Emissions Check
11. Occupied Band Width Check
↓
↓
↓
↓
↓
↓
↓
↓
↓
↓
2-3UWP Series
S673SET
S672_
S671+
CT621
LCD
CPU-422 board(B side)
RF-131 board(A side)
CN401
CN301
RV511(Tone signal level adjustment)
RV441(AF limiter adjustment)
RV491(AF clipper adjustment)
RV521(Reference frequency deviation adjustment) RV351
(RF output "H" adjustment)
CT361(Output efficiency optimization)
RV341(RF output "L" adjustment)
Adjustment Location
1. Power Supply Voltage Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Digital volt meter (or Digital multimeter)
Switch and Control SettingCPU-422 board
Transmission channelU30 model ; 30-01 channel (566.125 MHz)U42 model ; 42-01 channel (638.125 MHz)CE62 model ; Group 00, 62-01 channel (798.125 MHz)CE67 model ; Group 00, 67-01 channel (838.125 MHz)KR model ; 59-01 channel (740.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
C24 (+)
L12
GND
GND
GND
CPU-422 board (B side)
DC voltmeter
S11
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
Procedure1. Set the POWER switch (S11/CPU-422 board) to ON.2. Check the DC Voltage of the + terminal on the C24/
CPU-422 board to the specified voltage as below :Specification : C24 (+ terminal) DC Voltage = +3.3±0.1Vdc
3. Check the DC voltage of the L12/CPU-422 board to thespecified voltage as below :Specification : L12 terminal DC voltage = +5.0 ±0.1Vdc
2-4 UWP Series
MM-SMA conversion connector
SMA-BNC conversion connectorFrequency counter
RF-131 board(A side)
CN301
2. Carrier Frequency Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Frequency counter. Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dB Accumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
Procedure1. Connect a frequency counter to the antenna terminal
(CN301/RF-131 board) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
2. Adjust 1CT621 so that the frequency counter readingmeets the following specification.Specification : Carrier frequency mentioned below.
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
Adjustment : 1CT621/CPU-422 board (B side)(Refer to page 2-3 for the adjustment location.)
2-5UWP Series
MM-SMA conversion connector
SMA-BNC conversion connector
RF-131 board(A side)
Power sensorPower meter
CN301
3. RF Power Output Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Power meter (with power sensor). Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”RF power output : “H”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
+0.5_0.1
Procedure1. Connect the power meter (with power sensor) to the an-
tenna terminal (CN301/RF-131 board) via the MM-SMA conversion connector and the SMA-BNC conver-sion connector.
2. Adjust 1CT361 so that the power meter reading meetsthe following specification.Specification : power meter = MaximumAdjustment : 1CT361/RF-131 board (A side)(Refer to page 2-3 for the adjustment location.)
3. Adjust 1RV351 so that the power meter reading meetsthe following specification.Specification :. U30, U42, CE62 and CE67 models :
Power meter = 28 ±1 mW. KR model :
Power meter = 9 mWAdjustment : 1RV351/RF-131 board (A side)(Refer to page 2-3 for the adjustment location.)
4. Set the transmission output to “L”.5. Adjust 1RV341 so that the power meter reading meets
the following specification.Specification :. U30, U42, CE62 and CE67 models :
Power meter = 5 mW ±2 mW. KR model :
Power meter = 1.6 ±0.6 mWAdjustment : 1RV341/RF-131 board (A side)(Refer to page 2-3 for the adjustment location.)
2-6 UWP Series
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
Procedure1. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector.(0 dBV = 1 Vrms)
2. Connect a modulation analyzer to the antenna terminal(CN301/RF-131 board) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
3. Adjust 1RV521 so that the frequency deviation for themodulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±7 kHz ±0.1 kHzAdjustment : 1RV521/RF-131 board (A side)(Refer to page 2-3 for the adjustment location.)
4. Reference Frequency DeviationAdjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±10 kHzHPF : 50 HzLPF : 20 kHz or 15 kHzDE EMPHASIS : 50 usec
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
MIC/LINE change switch(S401/RF-131 board) : MICAttenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
MIC / LINE change switch (S401 / RF-131 board)
CN301
AF inputconnector
RF-131 board
OscilloscopeModulationanalyzer
Audio analyzer
Level meter
MM-SMA conversion connector andSMA-BNC conversion connector
2-7UWP Series
4. Connect a modulation analyzer to the antenna terminal(CN301/RF-131 board) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
5. Adjust 1RV491/RF-131 so that the frequency deviationfor the modulation analyzer reading meets the followingspecification.Specification : Frequency deviation = ±39.5 kHz ±0.5 kHzAdjustment : 1RV491/RF-131 board (A side)
6. Distortion Ratio Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC current meter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
MIC/LINE change switch(S401/RF-131 board) : MICAttenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
5. Maximum Frequency DeviationAdjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±100 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
MIC/LINE change switch(S401/RF-131 board) : MICAttenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections. Same as “4. Reference Frequency Division adjustments”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.
Procedure1. Input 1 kHz, _20 dBV (_17.8 dBm) signal to the AF IN-
PUT connector (with Mic input cable). (0 dBV = 1 Vrms)2. Adjust 1RV441/RF-131 so that the frequency devia-
tion for the modulation analyzer reading meets the fol-lowing specification.Specification : Frequency deviation = ±34.5 kHz ±0.5 kHzAdjustment : 1RV441/RF-131 board (A side)
3. Input 1 kHz, _10 dBV (_7.8 dBm) signal to the AF IN-PUT connector (with Mic input cable). (0 dBV = 1 Vrms)
2-8 UWP Series
RFIN
AFOUT
AF inputconnector
MIC / LINE change switch (S401 / RF-131 board)
CN301
RF-131 board
Oscilloscope
Modulationanalyzer
Audio analyzer
Level meter
MM-SMA conversion connector andSMA-BNC conversion connector Distortion
analyzer
Oscillator
7. S/N Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
MIC/LINE change switch(S401/RF-131 board) : MICAttenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.
Procedure1. Connect the audio analyzer (level meter) to the AF OUT
connector for the modulation analyzer.2. Set the modulation analyzer.3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Set the audio analyzer to S/N measurement (with A-weighting filter).
5. Check that the S/N reading is more than 30 dB.nPerform the checking with the AF INPUT connectorshort-circuit.
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.. For the connection to the AF IN connector (CN1), refer
to the section “4. Reference Frequency DeviationAdjustment”.
Procedure1. Connect the audio analyzer (distortion analyzer) to the
AF OUT connector for the modulation analyzer.2. Set the audio analyzer to distortion measurement
(DISTORTION mode).3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Check that the distortion analyzer reading is less than1.0%.
5. Input 1 kHz, _23 dBV (_20.8 dBm) signal to the AFINPUT connector.
6. Check that the distortion analyzer reading is less than1.0%.
2-9UWP Series
6. Set the SENSITIVITY on the audio analyzer (levelmeter) so that the audio analyzer (level meter) reads 0 dB.
7. Switch the oscillation frequency for the audio analyzer(oscillator) from 1 kHz to 100 Hz.
8. Check that audio analyzer (level meter) reading is _1±2 dB.
9. Switch the oscillation frequency for the audio analyzer(oscillator) from 100 Hz to 15 kHz.
10. Check that the reading for the audio analyzer (levelmeter) is +3 ±2 dB.
9. Tone Signal Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC current meter. Frequency counter. Spectrum analyzer. Modulation analyzer. RF adjusting cable (SONY part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
8. Frequency Characteristics Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
MIC/LINE change switch(S401/RF-131 board) : MICAttenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.
Procedure1. Connect the audio analyzer (level meter) to the AF-
OUT connector for the modulation analyzer.2. Set the modulation analyzer.3. Set the audio analyzer to level meter mode.4. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).5. Check the indication on the audio analyzer (level meter).
2-10 UWP Series
Spectrum analyzer
MM-SMA conversion connector andSMA-BNC conversion connector
CN301
RF-131 board
Frequencycounter
Modulationanalyzer
CN301
RF-131 board
MM-SMA conversion connector andSMA-BNC conversion connector
RFIN
AFOUT
Frequency check
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
ProcedurenPerform the checking with the AF INPUT connector short-circuit.
1. Set the modulation analyzer as below:MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 4 kHzLPF : >20 kHzDE EMPHASIS : OFF
2. Check that the frequency counter (resolution : 0.1 Hzsetting) reading is 32.000 kHz ±1Hz.
Frequency deviation adjustment
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.)
Procedure1. Connect the spectrum analyzer to the antenna terminal
(CN301/RF-131 board) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
2. Set the spectrum analyzer as below:CENTER FREQUENCY (fc)
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
REFERENCE LEVEL : 20 dBmFREQUENCY SPAN : 200kHz (20 kHz/DIV)RBW (resolution band width) : 3kHzVBW (video band width) : 1kHzATT : 20 dB
3. Adjust 1RV511/RF-131 board (A side) so that levelbetween carrier frequency (frequency center level) onspectrum analyzer and tone signal is within 29 dB ±1 dB.
fc
32.000 kHz
29±1 dB
20 dBm
v:10 dB/divH:20 MHz/div
2-11UWP Series
10. Spurious Emissions Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
ConnectionsFor connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.
Procedure1. Set the spectrum analyzer as below;
CENTER FREQUENCY : 1.5 GHzREFERENCE LEVEL : 20 dBm (10 dBm ; KR
model only)FREQUENCY SPAN : 3 GHz or Full span
(300 MHz/DIV)RBW (resolution band width) : 300 kHzATT : 20 dB
2. Check that the spurious emissions level (up to 3 GHz)reading for the spectrum analyzer remains below_40 dBm.
CN301CN401
CL402
GND
RF-131 board (B side)Shorted between GND and AF IN (HOT)
Solder
Solder
Lead wire
Spectrum analyzer
MM-SMA conversion connector andSMA-BNC conversion connector
RF-131 board
+20 dBmCarrier frequency
_40 dBm
v:10 dB/divH:20 MHz/div
3 GHz1.5 GHz (fc)
2-12 UWP Series
11. Occupied Band Width Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingTransmission channel
U30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
ConnectionsFor connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-1-2.
CN301CN401
Spectrum analyzer
Audio analyzer
Oscillator
Level meter
MM-SMA conversion connector andSMA-BNC conversion connector
AF inputconnector
RF-131 board
v:10 dB/divH:50 kHz/div
_23 dB
fc
REFERENCE LEVEL
band width100 kHz or less
carrier frequencywith no input signal
Procedure1. Set the spectrum analyzer as below:
CENTER FREQUENCY :U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
REFERENCE LEVEL : 20 dBm (10 dBm ;KR model only)
FREQUENCY SPAN : 500kHz (50 kHz/DIV)RBW (resolution band width) : 1 kHzVBW (video band width) : 1 kHzATT : 20 dB
2. Set the carrier frequency level (the center frequency lev-el of the spectrum analyzer) to the REFERENCE LEV-EL when no signals are input.
3. Input 1 kHz, _30 dBV (_27.8 dBm) signal to the AFINPUT connector (with Mic input cable) from the audioanalyzer (oscillator).
4. At this time, confirm that the bandwidth at the level_23 dB lower than REFERENCE LEVEL is inspecification.Specification : bandwidth = 100 kHz or less
2-13UWP Series
2-2. UTX-H2
2-2-1. Equipment and Tools
Equipment Required
Name Specifications Model Name
DC POWER SUPPLY Output regulated voltage : 0 to 5 V, 2 A –
DC AMMETER Measurement : 300 mA –
SPECTRUM ANALYZER Frequency : 10 kHz to 3 GHz ADVANTEST R3361B or equivalent
MODULATION ANALYZER RF input Frequency : 150 kHz to 3 GHz ANRITSU MS616A or equivalent
RF POWER METER Range : 3 uW to 100 mW HP 435B (Power sensor HP 8482A) or equivalentWITH POWER SENSOR
AUDIO ANALYZER . Oscillator : 20 Hz to 100 kHz HP 8903B (with A-weight filter) or equivalent. DISTORTION ANALYZER. S/N METER. LEVEL METER
FREQUENCY COUNTER Frequency : 10 Hz to 1000 MHz HP 5358A or equivalentEffective digits: 10 digits
OSCILLOSCOPE Frequency : DC to 10 MHz –
DIGITAL VOLT METER Effective digits : 3 1/2 digits –
Tool
Name Part No. Remarks
MM-SMA conversion connector J-6402-490-A For RF signal output
SMA-BNC conversion connector J-6402-480-A For RF signal output
Adjustor (0.4 x 1.3 mm) 7-721-052-81 Screwdriver for adjustment
LRT screwdriver J-6402-350-A For removing the grip (A)
2-14 UWP Series
2-2-2. Adjustments
This section describes adjustments and checks which must becompleted to assure that the specifications are complied with.Make adjustment and checks following the procedure below:
Preparation1. When adjustments are performed, remove the MB-1137
board from UTX-H2 unit.(Refer to the Section 1-2-1. for removal.)
2. Connect the SMA-BNC conversion connector (J-6402-480-A) and the MM-SMA conversion connector (J-6402-490-A) to the antenna terminal (CN101) on theMB-1137 board as shown below.
GND
BATT
Solder here.
Lead wireDC ammeter
MB-1137 board (B side)
DC regulated power supply (DC output voltage : + 3.0 ±0.1 V)
Solder here.
Lead wire
3. Connecting the DC power supplySupply the DC power to the battery terminal on MB-1137 board using the wires as below.
CheckAfter the DC power supply connection is complete, set thepower switch (S301) to ON, and check the level on DCammeter.
DC ammeter indication level: 130 to 200 mA
4. Switch and Control Initial SettingMB-1137 boardSwitch and Control Setting
U30 model ; 30-01 channel (566.125 MHz)U42 model ; 42-01 channel (638.125 MHz)CE62 model ; Group 00, 62-01 channel (798.125 MHz)CE67 model ; Group 00, 67-01 channel (838.125 MHz)KR model ; 59-01 channel (740.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
1. Power Supply Voltage Check
2. Carrier Frequency Adjustment
3. RF Power Output Adjustment
4. Reference Frequency Deviation Adjustment
5. Maximum Frequency Deviation Adjustment
6. Distortion Ratio Check
7. S/N Check
8. Frequency Characteristics Check 9. Tone Signal Adjustment
10. Spurious Emissions Check
11. Occupied Band Width Check
↓
↓
↓
↓
↓
↓
↓
↓
↓
↓
MM-SMA conversion connector
SMA-BNC conversion connector
CN101 MB-1137 board (B side)
2-15UWP Series
S301
ON
OFF
CT401(Transmitterfrequency)
RV104(Transmitter output : L)
CT101(Transmitter output)
RV102(Transmitter output : H)
RV2 (Max.frequency deviation
RV101frequency deviation)
RV103(Tone signal level)
RV1 (Max.frequency deviation)
MB-1137 board (A side)
1. Power Supply Voltage Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Digital volt meter (or Digital multimeter)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 30-01 channel (566.125 MHz)U42 model ; 42-01 channel (638.125 MHz)CE62 model ; Group 00, 62-01 channel (798.125 MHz)CE67 model ; Group 00, 67-01 channel (838.125 MHz)KR model ; 59-01 channel (740.125 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
Procedure1. Set the POWER switch (S301) on the MB-1137 board to
ON.2. Check the DC Voltage of the + terminal on the C212 to
the specified voltage as below :Specification : + terminal DC Voltage = +3.3 ±0.1Vdc
3. Check the DC voltage of the + terminal on the C211 tothe specified voltage as below :Specification : + terminal DC voltage = +5.0 ±0.1Vdc
S301
ON
OFF
MB-1137 board (A side) MB-1137 board (B side)
_ +
GND
DC voltmeter
C211
C212
Adjustment Location
2-16 UWP Series
CN101
Frequency counter
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
2. Carrier Frequency Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Frequency counter. Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dB Accumulated time setting : “00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
Procedure1. Connect a frequency counter to the antenna terminal
(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
2. Adjust 1CT401 so that the frequency counter readingmeets the following specification.Specification : Carrier frequency mentioned below.
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
Adjustment : 1CT401/MB-1137 board (A side)(Refer to page 2-16 for the adjustment location.)
2-17UWP Series
CN101
MB-1137 board (B side)
Power sensor
Power meter
MM-SMA conversion connector andSMA-BNC conversion connector
3. RF Power Output Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Power meter (with power sensor). Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”RF power output : “H”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
Procedure1. Connect the power meter (with power sensor) to the an-
tenna terminal (CN101) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
2. Adjust 1CT101 so that the power meter reading meetsthe following specification.Specification : power meter = MaximumAdjustment : 1CT101/MB-1137 board (A side)(Refer to page 2-16 for the adjustment location.)
3. Adjust 1RV102 so that the power meter reading meetsthe following specification.Specification :. U30, U42, CE62 and CE67 models :
Power meter = 28 ±1 mW. KR model :
Power meter = 9.0 mWAdjustment : 1RV102/MB-1137 board (A side)(Refer to page 2-16 for the adjustment location.)
4. Set the transmission output to “L”.5. Check that the power meter reading meets the follow-
ing.Specification :. U30, U42, CE62 and CE67 models :
5 ±2 mW. KR model : 1.6 ±0.6 mWAdjustment : 1RV104/MB-1137 board (A side)
+0.5_0.1
2-18 UWP Series
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
Procedure1. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the MIC
INPUT connector (with Mic input cable).(0 dBV = 1 Vrms)
2. Connect a modulation analyzer to the antenna terminal(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
3. Adjust 1RV101 so that the frequency deviation for themodulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±7 kHz ±0.1 kHzAdjustment : 1RV101/MB-1137 board (A side)(Refer to page 2-16 for the adjustment location.)
4. Reference Frequency DeviationAdjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±10 kHzHPF : 50 HzLPF : 20 kHz or 15 kHzDE EMPHASIS : 50 usec
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
CN101
OscilloscopeModulationanalyzer
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
MB-1137 board (B side)
CN2
Audio analyzer Level meter
Oscillator
Lead wires
BNC connector
GND HOT
Solder
12
14
C2
C5
R10
L1
R302
R303
C301
Q301
R75
C425
C203
R304
Q303
D301
C18
R19
FL1
R41
R40
R20
C9
FL301
CN 2
R18
R15
R14
C3
R9
R36
C4
THP301
IC3
D2
R310
C302
R309R301
C305Q304
2-19UWP Series
4. Connect a modulation analyzer to the antenna terminal(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
5. Adjust 1RV2 so that the frequency deviation for the mod-ulation analyzer reading meets the following specification.Specification : Frequency deviation = ±39.5 kHz ±0.5 kHzAdjustment : 1RV2/MB-1137 board (A side)
6. Distortion Ratio Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
5. Maximum Frequency DeviationAdjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±100 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections. Same as “4. Reference Frequency Division adjustments”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.
Procedure1. Input 1 kHz, _20 dBV (_17.8 dBm) signal to the MIC IN-
PUT connector (with Mic input cable). (0 dBV = 1 Vrms)2. Adjust 1RV1 so that the frequency deviation for the
modulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±34.5 kHz ±0.5 kHzAdjustment : 1RV1/MB-1137 board (A side)
3. Input 1 kHz, _10 dBV (_7.8 dBm) signal to the MIC IN-PUT connector (with Mic input cable). (0 dBV = 1 Vrms)
2-20 UWP Series
CN2
RF INAFOUT
Level meter
Distortionanalyzer
Oscilloscope
Oscillator
Audio analyzer
Modulationanalyzer
CN101
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
7. S/N Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.
Procedure1. Connect the audio analyzer (level meter) to the AF OUT
connector for the modulation analyzer.2. Set the modulation analyzer.3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the MIC
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Set the audio analyzer to S/N measurement (with A-weighting filter).
5. Check that the S/N reading is more than 30 dB.nPerform the checking with the MIC INPUT connectorshort-circuit.
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.. For the connection to the MIC IN connector (CN2), refer
to the section “4. Reference Frequency DeviationAdjustment”.
Procedure1. Connect the audio analyzer (distortion analyzer) to the
AF OUT connector for the modulation analyzer.2. Set the audio analyzer to distortion measurement
(DISTORTION mode).3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the MIC
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Check that the distortion analyzer reading is less than1.0%.
5. Input 1 kHz, _23 dBV (_20.8 dBm) signal to the MICINPUT connector.
6. Check that the distortion analyzer reading is less than1.0%.
2-21UWP Series
5. Check the indication on the audio analyzer (level meter).6. Set the SENSITIVITY on the audio analyzer (level
meter) so that the audio analyzer (level meter) reads 0 dB.7. Switch the oscillation frequency for the audio analyzer
(oscillator) from 1 kHz to 100 Hz.8. Check that audio analyzer (level meter) reading is _1
±2 dB.9. Switch the oscillation frequency for the audio analyzer
(oscillator) from 150 Hz to 15 kHz.10. Check that the reading for the audio analyzer (level
meter) is +3 ±2 dB.
9. Tone Signal Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Frequency counter. Spectrum analyzer. Modulation analyzer. RF adjusting cable (SONY part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
8. Frequency Characteristics Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.
Procedure1. Connect the audio analyzer (level meter) to the AF-
OUT connector for the modulation analyzer.2. Set the modulation analyzer.3. Set the audio analyzer to level meter mode.4. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the MIC
INPUT connector from audio analyzer (oscillator).
2-22 UWP Series
CN101
Spectrum analyzer
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
CN101
Frequencycounter
Modulationanalyzer
RF IN AF UOT
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
Frequency check
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
ProcedurenPerform the checking with the MIC INPUT connector short-circuit.
1. Set the modulation analyzer as below:MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 4 kHzLPF : >20 kHzDE EMPHASIS : OFF
2. Check that the frequency counter (resolution : 0.1 Hzsetting) reading is 32.000 kHz ±1Hz.
Frequency deviation adjustment
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-2-2.)
Procedure1. Connect the spectrum analyzer to the antenna terminal
(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
2. Set the spectrum analyzer as below:CENTER FREQUENCY (fc)
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
REFERENCE LEVEL : 20 dBmFREQUENCY SPAN : 200kHz (20 kHz/DIV)RBW (resolution band width) : 3kHzVBW (video band width) : 1kHzATT : 20 dB
3. Adjust 1RV103/MB-1137 board (A side) so that levelbetween carrier frequency (frequency center level) onspectrum analyzer and tone signal is within 29 dB ±1 dB.
fc
32.000 kHz
29±1 dB
20 dBm
v:10 dB/divH:20 MHz/div
2-23UWP Series
10. Spurious Emissions Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
+20 dBmCarrier frequency
_40 dBm
v:10 dB/divH:20 MHz/div
3 GHz1.5 GHz (fc)
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.. For connecting the MIC input connector (CN2), refer to
“4.Reference Frequency Deviation Adjustment”.
Procedure1. Set the spectrum analyzer as below;
CENTER FREQUENCY : 1.5 GHzREFERENCE LEVEL : 20 dBm (10 dBm ; KR
model only)FREQUENCY SPAN : 3 GHz or Full span
(300 MHz/DIV)RBW (resolution band width) : 300 kHzATT : 20 dB
2. Check that the spurious emissions level (up to 3 GHz)reading for the spectrum analyzer remains below_40 dBm.
CN101
Spectrum analyzer
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
CN2
MB-1137 board (B side)
Input termination (shorted between GND and HOT)
2-24 UWP Series
11. Occupied Band Width Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1137 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 42-01 channel (650.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)KR model ; 60-01 channel (746.125 MHz)
Attenuation setting : 0 dBAccumulated time setting :“00 : 00”nTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
CN101
Spectrum analyzer
MB-1137 board (B side)
MM-SMA conversion connector andSMA-BNC conversion connector
CN2
OscillatorAudio analyzer Level meter
MB-1137 board (B side)
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-2-2.. For connecting the MIC input connector (CN2), refer to
“4.Reference Frequency Deviation Adjustment”.
2-25UWP Series
Procedure1. Set the spectrum analyzer as below:
CENTER FREQUENCY :U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
REFERENCE LEVEL : 20 dBm (10 dBm ;KR model only)
FREQUENCY SPAN : 500kHz (50 kHz/DIV)RBW (resolution band width) : 1 kHzVBW (video band width) : 1 kHzATT : 20 dB
2. Set the carrier frequency level (the center frequencylevel of the spectrum analyzer) to the REFERENCELEVEL when no signals are input.
3. Input 1 kHz, _30 dBV (_27.8 dBm) signal to the MICINPUT connector (with Mic input cable) from the audioanalyzer (oscillator).
4. At this time, confirm that the bandwidth at the level_23 dB lower than REFERENCE LEVEL is inspecification.Specification : bandwidth = 100 kHz or less
v:10 dB/divH:50 kHz/div
_23 dB
fc
REFERENCE LEVEL
band width100 kHz or less
carrier frequencywith no input signal
2-26 UWP Series
2-3. URX-M2
2-3-1. Equipment and Tools
Equipment
Name Specifications Model name
DC Power supply Output regulated voltage : +9.0 ±0.1 Vdc _
Frequency counter Frequency : 1 Hz to 225 MHz HP 5318A or equivalent
Signal generator Frequency : 100 kHz to 990 MHz HP 8656B or equivalent
Spectrum analyzer Frequency : 10 kHz to 5 GHz ADVANTEST TR4173 or equivalent1
DC volt meter (Multi Meter) Effective digits : 3 / digits _3
Audio analyzer Frequency : 10 Hz to 100 kHz HP or 8903B equivalent(with A-weighted filter)
RF millivolt meter Frequency : 10 kHz to 1000 MHz MEGURO MV-19B, C (with 50 Z termination prove chipMP-3109) or equivalent
Level meter Frequency : 20 Hz to 100 kHz _
Noise meter Frequency : 10 Hz to 500 kHz MEGURO MN-445B or equivalent(with A-weighted filter)
Tracking generator Frequency : 100 kHz to 2 GHz ADVANTEST TR4153A or equivalent
Function generator 32.000 kHz ± 0.1 Hz signal (sine wave) HP 8904A or equivalentcan be generated.
Mic amp Gain : 30 dB to 70 dB _Input impedance : 600 Z (balanced)(with A-weighted filter)
Oscilloscope Frequency : DC to 30 MHz _
Tuner base unit Quality unit Sony MB-X6 or MB-806
Tools
Name Part No. Remarks
Adjuster (0.4 x 1.3 mm) 7-721-052-81 For adjustment
DC cut fixture _ Refer to “How to make DC cut fixture”
How to make DC cut fixtureRequired parts
BNC-J connector; 1 (Part No. 1-562-261-21)BNC-P connector; 1 (Part No. 1-560-257-11)Ceramic capacitor 0.001 uF ; 1 (Part No. 1-161-456-00)
BNC-J connector(1-562-261-21)
Ceramic capacitor0.001 uF 50 V (1-161-456-00)
Cut Plated wire (0.6 to 0.8 ø)
2 mm
3 mm
BNC-P connector(1-560-257-11)
Solder
2-27UWP Series
2-3-2. Adjustments
This section describes the following adjustments (andchecks) required to satisfy the specifications.
Adjustment Item1. Current Consumption Check
↓2. Reference Frequency (4 MHz oscillation frequency)
Adjustment↓
3. Output Level Adjustment↓
4. RF Squelch Level/RF Indicator Level Adjustment↓
5. Overall Characteristics Check(1) Output Level Check(2) S/N Check(3) Frequency Characteristic Check(4) Distortion Ratio Check(5) RF Squelch Level/RF Indicator Check(6) RF Level Indicator Check(7) AF Level Indicator/AF Indicator Check(8) Tone Squelch Check
n
0 dBuVEMF = _113 dBm(EMF = Electromotive force) 0 dBm = 1 mW at 50 Z loaded
Note on AdjustmentThe RF level of the input signal (the output level of the sig-nal generator) for adjustment is expressed as an open endedvoltage in unit dBuVEMF (0 dBuVEMF = 1 uVEMF).The adjustment is to be performed by calibrating the outputlevel of the signal generator as shown below.
Calibration method1. Connect the RF millivoltmeter to the signal generator as
shown in the figure below.2. Adjust the level of the output signal from the signal gen-
erator (SSG) so that the RF millivoltmeter reads 50 mV.The level of the output signal from the signal generator(SSG) when RF millivoltmeter reads 50 mV shall bespecified as 100 dBuVEMF (at no load).
Setting the Squelch OFF ModeWhen the URX-M2 is installed in the MB-X6 or MB-806,the squelch OFF mode can be set in the following proce-dure.
1. Turn off the power of the MB-X6/MB-806 and installthe URX-M2.
2. While pressing the “SET ” and the “_ ” button of theURX-M2 at the same time, turn on the power of theMB-X6/MB-806. (Keep pressing the above buttonsand continue the adjustment.)
3. When the following message appears on the LCD ofthe URX-M2, remove your hands from the abovebuttons.
Model LCD message
U30 U30
U42 U42
CE62 CE62
CE67 CE67
KR HELLO
4. When the message “Sq OFF ” is displayed, the squelchOFF mode is set.nWhen you turn off the power of the MB-X6/MB-806,the equipment returns to the normal mode (squelch ONmode).
V
Signal generator(SSG)
RF millivoltmeter(set in 100 mV range)
50 Ztermination probe
Adjust the output ofthe signal generator(SSG) so that themeter reads 50 mV.
50 mV50 Z
50 Z
OSC
100 dBu
2-28 UWP Series
1. Current Consumption Check
Equipment and Tools. DC power supply
DC output voltage : +9.0Vdc ±0.1 V. DC ammeter. Digital volt meter (or Digital multimeter)
Switch and Control SettingURX-M2 Front panel
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
Procedure1. Remove the case (upper and lower) of the URX-M2
from the UWP unit.2. Connect a DC power supply (+9.0Vdc ±0.1 V) as
shown in the figure below.DC ammeter indication level(under no-RF signal input and SQUELCH OFF mode): 190 mA or less
DC ammeter
MB-1129 board (B side)
DC power supply(DC output voltage : +9.0 ± 0.1 V)
Solder
Solder
CN301
Pin No.6Pin No.7
2. Reference Frequency (4 MHz oscillationfrequency) Adjustment
Equipment and Tools. DC power supply
DC output voltage : +9.0Vdc ±0.1 V. Frequency counter
Switch and Control SettingURX-M2 Front panel
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
IC504 CT501
Frequency counter
MB-1129 board (A side)
Pin No.4
2-29UWP Series
1 62 3 4 5
ANTENNA A INANTENNA B IN
URX-M2
TUNEROUTPUT 1
RV402 RV401
Oscilloscope
600 Zbalanceinput
Signalgenerator
DC cut fixture
MB-X6/MB-806
Tuner slot
DC cut fixture
Audio analyzerMIC amp
3. Output Level Adjustment
Perform this adjustment when the TUNER OUTPUT levelsdeviate from the specification.
Preparation1. Turn off the POWER switch of the MB-X6/MB-806.2. Remove the case cover of the MB-X6/MB-806.3. Remove the upper side case lid of the URX-M2, and
insert the URX-M2 to the Tuner [1] slot of the MB-X6/MB-806.
Equipment and Tools. Tuner base unit MB-X6/MB-806. Audio analyzer (level meter, distortion meter). Mic amp (Noise meter). Oscilloscope. Adjuster (0.4 x 1.3 mm) : (Part No. 7-721-052-81). DC cut fixture (See the “How to make DC cut fixture”
on page 2-28)
Connection/Adjustment Location
Switch and Control Setting. URX-M2 Front panel
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch : 0 dBOUTPUT LEVEL switch : LINE (_20 dBm)
Procedure
Preparation
Set the signal generator as follows :Signal generator setting
FREQUENCY (carrier frequency) :U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
RF OUTPUT (Output level) : 60 dBuVEMF
(= _53 dBm)MODULATION (Modulation frequency) : 100 HzDEVIATION (Frequency deviation) : ±5 kHz
Adjustment
nThe adjustment procedures describe that the URX-M2(to be adjusted) is installed into the Tuner [1] slot on theMB-X6/MB-806.1. Connect the audio analyzer to the TUNER OUTPUT 1
connector via MIC amp.2. Connect the signal generator to the ANTENNA A IN
connector with DC cut fixture.3. Adjustment (ANTENNA A IN side adjustment)
Point : TUNER OUTPUT 1Specification : Output level (level meter indication
level) = _20 dBm ±0.5 dB (at 600 Zloaded)
Adjustment : 1RV401/MB-1129 board (URX-M2)4. Connect the signal generator to the ANTENNA B IN
connector with DC cut fixture.
2-30 UWP Series
5. Adjustment (ANTENNA B IN side adjustment)Point : TUNER OUTPUT 1Specification : Output level (level meter indication
level) = _20 dBm ±0.5 dB (at 600 Zloaded)
Adjustment : 1RV402/MB-1129 board (URX-M2)nThe output level difference between the ANTENNA AIN side and the ANTENNA B IN side should be within0.5 dB.
After Completing Adjustment
1. Turn off the MB-X6/MB-806 power switch.2. Remove the tuner unit URX-M2 to be adjusted from
the MB-X6/MB-806.3. Attach the upper side case lid to the tuner unit URX-M2.
1 2 3 4 5 6
ANTENNA B IN
MB-X6/MB-806
ANTENNA A IN
Signalgenerator
DC cut fixture
Tuner slot
DC cut fixture
4. RF Squelch Level/RF Indicator LevelAdjustment
Perform this adjustment when Muting levels deviate fromthe specification.This adjustment is performed automatically by the learningfunction of the URX-M2 RSSI learning.m. The adjustment is performed using as Tuner base unit
MB-X6/MB-806.. Perform the adjustment with the URX-M2 installed in the
MB-X6/MB-806.
Preparation1. Turn off the POWER switch of the MB-X6/MB-806.2. Insert the URX-M2 to theTuner [1] slot of the MB-
X6/MB-806.
Equipment and Tools. Tuner base unit MB-X6/MB-806. Signal generator. DC cut fixture (See the “How to make DC cut fixture”
on page 2-28)
Connection
2-31UWP Series
A C2 L(A C2 L)
Procedure
Preparation
Set the signal generator as follows :Signal generator setting
FREQUENCY (carrier frequency) :U30 model ; 567.000 MHzU42 model ; 639.000 MHzCE62 model ; 799.000 MHzCE67 model ; 839.000 MHzKR model ; 741.000 MHz
RF OUTPUT (Output level) : 35 duVEMF (= _78 dBm)MODULATION (Modulation frequency) :
OFF (No modulation)
Adjustment
m. The adjustment procedures describe that the URX-M2
(to be adjusted) is installed into the Tuner [1] slot on theMB-X6 or MB-806.
. The message indications “A” and “B” on the LCDdisplay and those of the inscription on the ANTENNAconnector where the RF input signal is connected arereversed. However, follow the adjustment procedure asdescribed below.
1. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
2. Turn OFF the MB-X6/MB-806 POWER switch.3. Set the “ATT” switch on the MB-X6/MB-806 rear pan-
el as follows.ATT (ANTENNA A, B) switch: 0 dB
4. Set the RF OUTPUT (output level) of the signal genera-tor to the OFF.
5. Turn on the power of the MB-X6/MB-806. Before anyindication appears on the LCD (URX-M2), press the“SET”, the “+” and the “_” button of the URX-M2 atthe same time. (Keep pressing the above buttons andcontinue the adjustment.)
6. When the following message appears on the LCD(URX-M2), remove your hand from the above buttons.
U30 model : “U30”U42 model : “U42”CE62 model : “CE62”CE67 model : “CE67”KR model : “HELLO”
-SOL-
A C1 L(A C1 L)
(-SQL- )
A
7. When a message appears on the LCD (URX-M2), allsegments light on. Then pressing the following buttonsin the order starting from “SET” → “+” → “_” →“SET” buttons while all segments are lighting.
8. Indication on LCD (URX-M2, Tuner [1]) appears asfollows :LCD :
9. Set the RF OUTPUT (output level) of the signal genera-tor to the ON.
10. Check first that indication “L” of “AC1L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET ” button of the URX-M2.nIf the LCD (on A area: refer to the previous procedure8) displays below, perform the following adjustment (1)or (2).. When “L” indication does not disappear from the
LCD. (The RF input level is lower than the referencelevel.)
. When “H” is displayed. (The RF input level is higherthan the reference level)
(1) Check the RF output level and FREQUENCY ofthe signal generator (perform re-setting ifnecessary), and repeat from procedure 1.
(2) If the above conditions (the “L” indication doesnot disappear, or “H” is displayed) remain evenafter re-adjustment, it is necessary to check theRF circuit of the URX-M2.
11. Indication on the LCD (URX-M2, Tuner [1]) appearsas follows :LCD :
2-32 UWP Series
A C3 L(A C3 L)
B C1 L(B C1 L)
B C2 L(B C2 L)
20. Check first that indication “L” of “BC1L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET” button of the URX-M2.
21. Indication on the LCD (URX-M2, Tuner [1]) appearsas follows :LCD :
22. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 578.000 MHzU42 model ; 650.000 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.000 MHz
23. Check first that indication “L” of “BC2L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET” button of the URX-M2.
24. Indication on the LCD (URX-M2, Tuner [1]) appearsas follows :LCD :
25. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 589.000 MHzU42 model ; 661.000 MHzCE62 model ; 821.000 MHzCE67 model ; 861.000 MHzKR model ; 751.000 MHz
26. Check first that indication “L” of “BC3L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET” button of the URX-M2.
12. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 578.000 MHzU42 model ; 650.000 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.000 MHz
13. Check first that indication “L” of “AC2L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET ” button of the URX-M2.
14. Indication on the LCD (URX-M2, Tuner [1]) appearsas follows :LCD :
15. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 589.000 MHzU42 model ; 661.000 MHzCE62 model ; 821.000 MHzCE67 model ; 861.000 MHzKR model ; 751.000 MHz
16. Check first that indication “L” of “AC3L” on the LCD(URX-M2, Tuner [1]) has disappeared, and then pressthe “SET” button of the URX-M2.
17. Connect the signal generator to the ANTENNA A INconnector with DC cut fixture.
18. Indication on LCD (URX-M2, Tuner [1]) appears asfollows :LCD :
19. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 567.000 MHzU42 model ; 639.000 MHzCE62 model ; 799.000 MHzCE67 model ; 839.000 MHzKR model ; 741.000 MHz
B C3 L(B C3 L)
2-33UWP Series
1 2 3 4 5 6
ANTENNAA IN ANTENNA B IN
TUNEROUTPUT 1
600 Zbalanceinput
Oscilloscope
Signalgenerator
DC cut fixture
MB-X6/MB-806
Tuner slot
DC cut fixture
Audio analyzerMIC amp
Function generator
5. Overall Characteristics Check
Perform the overall characteristics check according to thefollowing procedure.
Procedure(1) Output Level Check
↓(2) S/N Check
↓(3) Frequency Characteristic Check
↓(4) Distortion Ration Check
↓(5) RF Squelch Level/RF Indicator Check
↓(6) RF Level Indicator Check
↓(7) AF Level Indicator/AF Indicator Check
↓(8) Tone Squelch Check
Equipment and Tools. Tuner base unit MB-X6/MB-806. Signal generator. Audio analyzer. Mic amp (Noise meter) with A-weighted filter. Oscilloscope. DC current meter. DC cut fixture (See “How to make DC cut fixture” on
page 2-28)
Connection
27. Indication on the LCD (URX-M2, Tuner [1]) appearsas follows :LCD :
Model LCD message
U30 U30
U42 U42
CE62 CE62
CE67 CE67
KR HELLO
28. Adjustment is completed. (Normal operation mode)
2-34 UWP Series
(1) Output Level Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch :0 dBOUTPUT LEVEL switch : LINE (_20 dBm)
2. Connect the audio analyzer to the TUNER OUTPUT 1connector via MIC amp.
3. Connect the signal generator to the ANTENNA A INconnector with DC cut fixture.
4. Set the signal generator as follows :Signal generator setting
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 100 HzDEVIATION (Frequency deviation) : ±5 kHz
5. Check that the TUNER OUTPUT 1 connector outputlevel is _20 dBm ±1.0 dB (at 600 Z loaded).
6. Connect the audio analyzer to the MIX OUTPUT con-nector via MIC amp.
7. Check that the MIX OUTPUT connector output level is_20 dBm ±1.0 dB (at 600 Z loaded).
8. Set the MIX OUTPUT LEVEL switch is _58 dBm (MIC).9. Check that the TUNER OUTPUT 1 connector output
level is _58 dBm ±1.5 dB (at 600 Z loaded).10. Check that the MIX OUTPUT connector output level is
_58 dBm ±1.5 dB (at 600 Z loaded).11. Connect the signal generator to the ANTENNA B IN
connector with DC cut fixture.12. Perform the procedures 4 to 10 above.
nThe output level difference between the ANTENNA AIN side and the ANTENNA B IN side should be within0.5 dB.
(2) S/N Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch :0 dB
2. Connect the audio analyzer to the TUNER OUTPUT 1connector via MIC amp.
3. Connect the signal generator to the ANTENNA A INconnector with DC cut fixture.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHzKR model ; 746.125 MHz ±1 kHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
5. Read the output level of the TUNER OUTPUT 1 con-nector (Audio analyzer indication level).This level is specified to be 0 dB.
6. Turn OFF the MODULATION (modulation frequency)of the signal generator (No modulation).
7. Check that output level of the TUNER OUTPUT 1 is 62dB or more (S/N is _62 dB or less with A-weighted fil-ter) as compared with the level of procedure 5 above.
8. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 15 dBuVEMF (= _98 dBm)
2-35UWP Series
(3) Frequency Characteristic Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch :0 dB
2. Connect the audio analyzer to the TUNER OUTPUT 1connector via MIC amp.
3. Connect the signal generator to the ANTENNA A INconnector with DC cut fixture.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
5. Read the output level of the TUNER OUTPUT 1(indication of the audio analyzer).This level is specified to be 0 dB.
9. Check that output level of the TUNER OUTPUT 1 is 36dB or more (S/N is _36 dB or less with A-weighted fil-ter) as compared with the level of procedure 5 above.
10. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 60 dBuVEMF (=_53 dBm)
11. Set the audio analyzer to the distortion mode.12. Check that distortion ratio is _40 dB or less (1 % or
less) with A-weighted.13. Connect the signal generator to the ANTENNA B IN
connector with DC cut fixture.14. Perform the procedures 4 to 12 above.15. Set the channel and FREQUENCY (carrier frequency)
of the signal generator as shown 1 and 2 below.Perform the procedures 3 to 14 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 01, 30-01 channel (566.125 MHz)U42 model ; Group 01, 42-01 channel (638.125 MHz)CE62 model ; Group 01, 62-01 channel (798.125 MHz)CE67 model ; Group 01, 67-01 channel (838.125 MHz)KR model ; Group 00, 59-01 channel (740.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U30 model ; 566.125 MHzU42 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 33-47 channel (589.875 MHz)U42 model ; Group 00, 45-47 channel (661.875 MHz)CE62 model ; Group 00, 64-63 channel (821.875 MHz)CE67 model ; Group 00, 69-64 channel (862.000 MHz)KR model ; Group 00, 60-47 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
2-36 UWP Series
(4) Distortion Ratio Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch :0 dB
2. Connect the audio analyzer to the TUNER OUTPUT 1connector via MIC amp.
3. Connect the signal generator to the ANTENNA A INconnector with DC cut fixture.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±36 kHz
5. Set the audio analyzer to the distortion mode, and checkthat the distortion ratio is less than 0.8 %.
6. Change the MODULATION (modulation frequency) ofthe signal generator as shown below.MODULATION (modulation frequency) : 10 kHzCheck that the distortion ratio is less than 4 %.n10 kHz modulation frequency must be set by using thefunction generator.
7. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
8. Perform the procedures 4 to 6 above.
6. Change the MODULATION (modulation frequency) ofthe signal generator as follows, and check the outputlevel of the OUTPUT connector is set also as follows.n40 Hz and 18 kHz modulation frequency must be set byusing the function generator.
MODULATION frequency TUNER OUTPUT 1of signal generator connector output level
40 Hz +2.0 ±1.0 dB
18 kHz _34.0 ±2.5 dB
7. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
8. Perform the procedures 4 to 6.
2-37UWP Series
8. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
9. Perform the procedures 3 to 7 above.10. Set the channel and FREQUENCY (carrier frequency)
of the signal generator as shown 1 and 2 below.Perform the procedures 1 to 9 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U30 model ; 566.125 MHzU42 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 33-47 channel (589.875 MHz)U42 model ; Group 00, 45-47 channel (661.875 MHz)CE62 model ; Group 00, 64-63 channel (821.875 MHz)CE67 model ; Group 00, 69-64 channel (862.000 MHz)KR model ; Group 00, 60-47 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
(5) RF Squelch Level/RF Indicator Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
Muting : ON (Normal mode). MB-X6/MB-806 Rear panel
ATT (ANTENNA A, B) switch : 0 dB2. Connect the signal generator to the ANTENNA A IN
connector with DC cut fixture.3. Set the signal generator as follows :
Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
4. Check that RF Indicator LED lights (green) and “NOTONE” message appears on LCD (Tuner [1]).
5. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 15 dBuVEMF (= _98 dBm)
6. Check that RF Indicator LED goes off (green) and “NOTONE” message disappears on LCD (Tuner [1]).
7. Increase gradually the RF OUTPUT (output level) ofthe signal generator. Check that RF OUTPUT (outputlevel) is 25 dBuVEMF ±5 dB at when RF Indicator lights(green LED) and “NO TONE” message appears on LCD (Tuner [1]).
AF
RF
RF indicator lights.
2-38 UWP Series
(6) RF Level Indicator Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
Muting : ON (Normal mode). MB-X6/MB-806 Rear panel
ATT (ANTENNA A, B) switch : 0 dB2. Connect the signal generator to the ANTENNA A IN
connector with DC cut fixture.3. Set the signal generator as follows :
Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 0 dBuVEMF (= _113 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
4. Increase gradually the output level from the signal gen-erator, and check that the output level of the signal gen-erator is as follows when the RF input level indicator(Tuner [1]) lights.
RF level indicator (green) Signal generator output levellights in of Tuner [1][1][1][1][1]
25 dBuVEMF ±5 dB
35 dBuVEMF ±5 dB
45 dBuVEMF ±5 dB
55 dBuVEMF ±5 dB
5. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
6. Perform the procedures 3 to 4 above.7. Set the channel setting (Tuner [1]) and FREQUENCY
(carrier frequency) of the signal generator as shown 1and 2 below.Perform the procedures 1 to 6 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 01, 30-01 channel (566.125 MHz)U42 model ; Group 01, 42-01 channel (638.125 MHz)CE62 model ; Group 01, 62-01 channel (798.125 MHz)CE67 model ; Group 01, 67-01 channel (838.125 MHz)KR model ; Group 00, 59-01 channel (740.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U30 model ; 566.125 MHzU42 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 33-47 channel (589.875 MHz)U42 model ; Group 00, 45-47 channel (661.875 MHz)CE62 model ; Group 00, 64-63 channel (821.875 MHz)CE67 model ; Group 00, 69-64 channel (862.000 MHz)KR model ; Group 00, 60-47 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
Lighting
LCD :
Lighting
LCD :
Lighting
LCD :
Lighting
LCD :
2-39UWP Series
(8) Tone Squelch Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
Muting : ON (Normal mode). MB-X6/MB-806 Rear panel
ATT (ANTENNA A, B) switch : 0 dB2. Connect the signal generator to the ANTENNA A IN
connector with DC cut fixture.3. Set the signal generator as follows :
Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 32.000 kHzDEVIATION (Frequency deviation) : ±1.4 kHzn32.000 kHz modulation frequency must be set by usingthe function generator.
4. Turn on and off the MODULATION (modulation fre-quency) of the signal generator as follows, and the LCDindicator (Tuner [1]) changes also as follows.
MODULATION ON/OFF LCD indication of Tuner [1][1][1][1][1]on signal generator (URX-M2)
ON GP/CH indication (LCD):U30 model ; “03, 32-01” appears.U42 model ; “03, 44-01” appears.CE62 model ; “04, 63-32” appears.CE67 model ; “04, 68-32” appears.KR model ; “12, 60-01” appears.
OFF GP/CH indication (LCD) :Toggles between the aboveindication and “NOTONE”indication.
5. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
6. Perform the procedures 3 to 4 above.
(7) AF Level Indicator/AF Indicator Check
Procedure
nThe checking procedures describe that the URX-M2 (to beadjusted) is installed into the Tuner [1] slot on the MB-X6 orMB-806.
1. Set the URX-M2 and MB-X6/MB-806 as follows :. URX-M2 Front panel (Tuner [1])
Channel setting :U30 model ; Group 03, 32-01 channel (578.125 MHz)U42 model ; Group 03, 44-01 channel (650.125 MHz)CE62 model ; Group 04, 63-32 channel (810.000 MHz)CE67 model ; Group 04, 68-32 channel (850.000 MHz)KR model ; Group 12, 60-01 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-29)
. MB-X6/MB-806 Rear panelATT (ANTENNA A, B) switch :0 dB
2. Connect the signal generator to the ANTENNA A INconnector with DC fixture.
3. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) :1 kHz
4. Increase gradually DEVIATION (frequency deviation)of the signal generator starting from ±3 kHz, and checkthat the deviation of the signal generator is ± (5.0 ±1.0)kHz with the AF indicator as follows.
DEVIATION setting AF indicator of Tuner [1][1][1][1][1]on signal generator
± (5.0 ±1.0) kHz AF level indicator (LCD);Lights.
Less than AF level indicator (LCD);± (5.0 ±1.0) kHz Goes out.
5. Connect the signal generator to the ANTENNA B INconnector with DC cut fixture.
6. Perform the procedures 3 to 4 above.
2-40 UWP Series
2-4. URX-P2
2-4-1. Equipment and Tools
Equipment
Name Specifications Model Name
DC Power Supply Output regulated voltage: +3.00 ± 0.1 V dc _
Signal generator Frequency : 100 kHz to 1040 MHz HP 8657A or equivalent
DC volt meter (Multi Meter) Effective digits : 3 1/2 digits HP 34401A or equivalent
Frequency counter Frequency : 1 Hz to 225 MHz HP 53181A or equivalent
Audio analyzer Frequency : 20 Hz to 100 kHz HP 8903B equivalent or equivalent(with A-weighted filter)
Noise meter Frequency : 10 Hz to 500 kHz MEGURO MN-445B or equivalent(with A-weighted filter)
Function generator 32.000 kHz signal 1 kHz signal (sine wave) HP 8904A or equivalentcan be generated. Adjustment can be 0.1 Hzstep the specification.
Mic amp Gain : 0 dB to 70 dB _Input impedance : 600 Z (balanced)
(with A-weighted filter)
Oscilloscope Frequency :DC to 30 MHz _
Tools Required
Name Part No. Remarks
MM-SMA conversion connector J-6402-490-A
RF adjusting cable J-6402-390-A
AF output cable 1-792-249-11
Adjustor (0.4 x 1.3 mm) 7-721-052-81 Screwdriver for adjustment (for RF circuit)
Antenna 1-754-575-11 or1-501-612-13
. Supplied accessory of UWP-V1, V2
. Wiring diagram
3-pole mini Phone plug (Ø3.5)Chip
Ring
Sleeve
—Wiring side— —Wiring side—
XLR, 3P connector (male)
1 ; GND2 ; HOT3 ; COLD
2 1
3
2-41UWP Series
2-4-2. Adjustments
This section describes the following adjustments (andchecks) required to satisfy the specifications.
Adjustment Item1. Current Consumption Check
↓2. Reference Frequency Adjustment
↓3. Output Level Adjustment
↓4. RF Squelch Level/RF Indicator Level Adjustment
↓5. Overall Characteristics Check
(1) Output Level Check(2) S/N Check(3) Frequency Characteristic Check(4) Distortion Ratio Check(5) RF Squelch Level/RF Indicator Check(6) RF Level Indicator Check(7) AF Level Indicator/AF Indicator Check(8) Tone Squelch Check(9) Monitor Level Check
n
0 dBuVEMF = _113 dBm(EMF = Electromotive force) 0 dBm = 1 mW at 50 Z loaded
Note on AdjustmentThe RF level of the input signal (the output level of the sig-nal generator) for adjustment is expressed as an open endedvoltage in unit dBuVEMF (0 dBuVEMF = 1 uVEMF).The adjustment is to be performed by calibrating the outputlevel of the signal generator as shown below.
V
Signal generator(SSG)
RF millivoltmeter(set in 100 mV range)
50 Ztermination probe
Adjust the output ofthe signal generator(SSG) so that themeter reads 50 mV.
50 mV50 Z
50 Z
OSC
100 dBu
(Sq OFF)
LCD :
Calibration method1. Connect the RF millivoltmeter to the signal generator as
shown in the figure below.2. Adjust the level of the output signal from the signal gen-
erator (SSG) so that the RF millivoltmeter reads 50 mV.The level of the output signal from the signal generator(SSG) when RF millivoltmeter reads 50 mV shall bespecified as 100 dBuVEMF (at no load).
Setting the Squelch OFF ModeThe squelch OFF mode can be set in the following procedure.
1. Turn off the power of the URX-P2.2. While pressing and holding the “_” button of the
URX-P2, turn on the power of the URX-P2. (Keeppressing the button.)
3. When the following message appears on the LCD,remove your hands from the above buttons.
Model LCD message
U30 U30
U42 U42
CE62 CE62
CE67 CE67
KR HELLO
4. When the message “Sq OFF ” is displayed, the squelchOFF mode is set.
m. When you turn off the power of the URX-P2, the equip-
ment returns to the normal mode (squelch ON mode).. When the Squelch OFF mode is not set, if the RF
signal is not received for one minute or more, thefunction that turns off the “Ant-b” side power supplyworks, which may prevent correct adjustment.
2-42 UWP Series
2. Connect the DC power supply (DC +3 V ±0.1 V) andthe DC ammeter as shown in the following figure.
CheckDC current meter indication level(under no-RF signal input and SQUELCH OFF mode) :200 mA or less
Battery terminal
RF-130 board
CN-3092 board
CPU-421 board
(+)
(_)
+
_
+ _
Black
Battery terminal
RedDC power supply DC ammeter
output voltage : DC+3.0 ± 0.1V
1. Current Consumption Check
Equipment and Tools. DC power supply
DC output voltage : +3.0Vdc ±0.1 V. DC ammeter. Digital volt meter (or Digital multimeter)
Switch and Control SettingSet the URX-P2 as follows :
Channel setting :U30 model ; Group 03, 3201 channel (578.125 MHz)U42 model ; Group 03, 4401 channel (650.125 MHz)CE62 model ; Group 04, 6332 channel (810.000 MHz)CE67 model ; Group 04, 6832 channel (850.000 MHz)KR model ; Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)
Preparation1. Check the current consumption with the RF-130 board,
CN-3092 board, and battery terminal connected to theCPU-421 board after removing the two antennas,CPU-421 board, RF-130 board, and CN-3092 boardfrom the URX-P2 unit.(For the removal method, refer to section 1-1-1.)
2-43UWP Series
2. Reference Frequency (4 MHz oscillationfrequency) Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0Vdc ±0.1 V. Frequency counter
Switch and Control SettingSet the URX-P2 as follows :
Channel setting :U30 model ; Group 03, 3201 channel (578.125 MHz)U42 model ; Group 03, 4401 channel (650.125 MHz)CE62 model ; Group 04, 6332 channel (810.000 MHz)CE67 model ; Group 04, 6832 channel (850.000 MHz)KR model ; Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)
Preparation/Adjustment1. Perform this adjustment after removing the two anten-
nas, CPU-421 board, RF-130 board, and CN-3092board, and with the RF-130 board, CN-3092 board, andbattery terminal mounted to the CPU-421 board.
2. For connecting the DC power supply, refer to “1.Current Consumption Check”.
Connection
Procedure1. Connect the frequency counter to the Q131 (corrector,
pin No.1)/RF-130 board (A side).2. Adjustment
Specification : Frequency at Q131 (corrector,pin No.1)/RF-130 board (A side)= 233.250 MHz ± 0.001 MHz
Adjustment : 1 CT621/CPU-421 board (A side)3. Connect the DC voltmeter to the C341/RF-130 board
(side A).4. Adjustment
Specification : DC voltage of the C341/RF-130board =1.65 ± 0.1 V
Adjustment : 1 CT341/RF130 board (A side)
Pin No.1
Frequency counter
RF-130 board (A side)
CT341
Q131
C341
GND
DC voltmeter
CPU-421 board (B side)
S683" SET " CT621
S682" _ "
S681" + "
2-44 UWP Series
OscilloscopeAudioanalyzer
Signalgenerator
MICamplifier
Make it as short as possible.(Connect directly if possible)
Make it as shortas possible.
AF outputcable
RFadjustingcable
RF adjustingcable
Ant-a(CN201)
Ant-b(CN101)
Monitor
RF-130 board(A side)
Output
RV181 RV281
CN101 or CN201
MM-SMAconversionconnectorMM-SMA
conversionconnector
Connect GND of allequipment within theshortest possible length.
3. Output Level Adjustment
Perform this adjustment when the TUNER OUTPUT levelsdeviate from the specification.
PreparationRemove the six screws securing the rear case lid of theURX-P2 to be adjusted, and remove the rear case lid.
Equipment and Tools. Audio analyzer (level meter, distortion meter). Mic amp. Oscilloscope. Adjuster (0.4 x 1.3 mm) : (Part No. 7-721-052-81). RF adjusting cable : (Part No. J-6402-390-A). MM-SMA conversion connector : (Part No. J-6402-490-A). AF output cable : (Part No. 1-792-249-11)
ConnectionFor connecting the DC power supply, refer to “1. CurrentConsumption Check”.
Switch and Control SettingSet the URX-P2 as follows :
Channel setting :U30 model ; Group 03, 3201 channel (578.125 MHz)U42 model ; Group 03, 4401 channel (650.125 MHz)CE62 model ; Group 04, 6332 channel (810.000 MHz)CE67 model ; Group 04, 6832 channel (850.000 MHz)KR model ; Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)
Procedure
Preparation
Set the signal generator as follows :Signal generator setting
FREQUENCY (carrier frequency) :U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF
(= _53 dBm)MODULATION (Modulation frequency) : 100 HzDEVIATION (Frequency deviation) : ±10 kHz
Adjustment
1. Connect an audio analyzer to the OUTPUT connectorvia the MIC amplifier (with the 0 dB gain setting).
2. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector andthe RF adjusting cable.
3. Adjustment (ANTENNA A side adjustment)Point : OUTPUTSpecification : Output level (level meter indication
level) = _46 dBm ±0.5 dB (at 600 Zloaded)
Adjustment : 1RV281/RF-130 board (A side)4. Connect the signal generator to the CN101/RF-130
board with the MM-SMA conversion connector andthe RF adjusting cable.
2-45UWP Series
4. RF Squelch Level/RF Indicator LevelAdjustment
Perform this adjustment when Muting levels deviate fromthe specification.This adjustment is performed automatically by the learningfunction of the URX-P2 RSSI learning.
Preparation1. Remove the six screws securing the rear case lid of the
URX-P2 to be adjusted, and remove the rear case lid.2. Remove the two antennas of the URX-P2 to be
adjusted.
Equipment and Tools. Signal generator. MM-SMA conversion connector : (Part No. J-6402-490-A). RF adjusting cable : (Part No. J-6402-390-A)
Connection. Same as “3. Output Level Adjustment”.. For connecting the DC power supply, refer to “1.
Current Consumption Check”.
Procedure
Preparation
Set the signal generator as follows :Signal generator setting
FREQUENCY (carrier frequency) :U30 model ; 567.000 MHzU42 model ; 639.000 MHzCE62 model ; 799.000 MHzCE67 model ; 839.000 MHzKR model ; 741.000 MHz
RF OUTPUT (Output level) : 32 duVEMF (= _81 dBm)MODULATION (Modulation frequency) :
OFF (No modulation)
5. Adjustment (ANTENNA B side adjustment)Point : OUTPUTSpecification : Output level (level meter indication
level) = _46 dBm ±0.5 dB (at 600 Zloaded)
Adjustment : 1RV181/RF-130 board (A side)nThe output level difference between the ANTENNA AIN side and the ANTENNA B IN side should bewithin 0.5 dB.
2-46 UWP Series
A C2 L(A C2 L)
Adjustment
1. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector andthe RF adjusting cable.
2. Turn OFF the power of the URX-P2.3. Set the RF OUTPUT (output level) of the signal genera-
tor to the OFF.4. While pressing and holding the “SET”, “+”, and “-”
buttons of the URX-P2 at the same time, turn on thepower of the URX-P2.
5. When the following message appears on the LCD(URX-P2), remove your hand from the above buttons.
U30 model : “U30”U42 model : “U42”CE62 model : “CE62”CE67 model : “CE67”KR model : “HELLO”
6. When a message appears on the LCD (URX-P2), allsegments light on. Then pressing the following buttonsin the order starting from “SET” → “+” → “_” →“SET” buttons while all segments are lighting.
7. Indication on the LCD (URX-P2) appears as follows :LCD :
8. Set the RF OUTPUT (output level) of the signalgenerator to the ON.
9. Check first that indication “L” of “AC1L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
A C1 L(A C1 L)
A
nIf the LCD (on A area: refer to the previous proce-dure 7) displays below, perform the following adjust-ment (1) or (2).. When “L” indication does not disappear from the
LCD. (The RF input level is lower than the referencelevel.)
. When “H” is displayed. (The RF input level is higherthan the reference level)
(1) Check the RF output level and FREQUENCY ofthe signal generator (perform re-setting ifnecessary), and repeat from procedure 1.
(2) If the above conditions (the “L” indication doesnot disappear, or “H” is displayed) remain evenafter re-adjustment, it is necessary to check theRF circuit of the URX-P2.
10. Indication on the LCD (URX-P2) appears as follows :LCD :
11. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 578.000 MHzU42 model ; 650.000 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.000 MHz
12. Check first that indication “L” of “AC2L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
13. Indication on the LCD (URX-P2) appears as follows :LCD :
A C3 L(A C3 L)
2-47UWP Series
FInISH
BACKUP
(FINISH)
(BACKUP)
B C1 L(B C1 L)
B C2 L(B C2 L)
22. Check first that indication “L” of “BC2L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
23. Indication on the LCD (URX-P2) appears as follows :LCD :
24. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 589.000 MHzU42 model ; 661.000 MHzCE62 model ; 821.000 MHzCE67 model ; 861.000 MHzKR model ; 751.000 MHz
25. Check first that indication “L” of “BC3L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
26. Indication on the LCD (URX-P2) appears as follows :LCD :
27. Adjustment is completed. (Normal operation mode)
14. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 589.000 MHzU42 model ; 661.000 MHzCE62 model ; 821.000 MHzCE67 model ; 861.000 MHzKR model ; 751.000 MHz
15. Check first that indication “L” of “AC3L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
16. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector andthe RF adjusting cable.
17. Indication on LCD (URX-P2) appears as follows :LCD :
18. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 567.000 MHzU42 model ; 639.000 MHzCE62 model ; 799.000 MHzCE67 model ; 839.000 MHzKR model ; 741.000 MHz
19. Check first that indication “L” of “BC1L” on the LCD(URX-P2) has disappeared, and then press the “SET”button of the URX-P2.
20. Indication on the LCD (URX-P2) appears as follows :LCD :
21. Set the FREQUENCY (carrier frequency) of the signalgenerator as follows :FREQUENCY (carrier frequency) :
U30 model ; 578.000 MHzU42 model ; 650.000 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.000 MHz
B C3 L(B C3 L)
2-48 UWP Series
5. Overall Characteristics Check
Perform the overall characteristics check according to thefollowing procedure.
Procedure(1) Output Level Check(2) S/N Check(3) Frequency Characteristic Check(4) Distortion Ration Check(5) RF Squelch Level/RF Indicator Check(6) RF Level Indicator Check(7) AF Level Indicator/AF Indicator Check(8) Tone Squelch Check
Equipment and Tools. Signal generator. Function generator. Audio analyzer. Mic amp. Oscilloscope. DC current meter. MM-SMA conversion connector : (Part No. J-6402-490-A). RF adjusting cable : (Part No. J-6402-390-A). AF output cable : (Part No. 1-792-249-11)
Connection
Oscilloscope
Signalgenerator
Function generator
MICamplifier
Make it as short as possible.(Connect directly if possible)
Make it as shortas possible.
RFadjustingcable
RF adjustingcable
CN101 or CN201
MM-SMA conversionconnectorMM-SMA
conversionconnector
Connect GND of allequipment within theshortest possible length.
Audioanalyzer
AF outputcable
Ant-a(CN201)
Ant-b(CN101)
Monitor
RF-130 board(A side)
Output
RV181 RV281
(1) Output Level Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channel (578.125 MHz)U42 model ;Group 03, 4401 channel (650.125 MHz)CE62 model ;Group 04, 6332 channel (810.000 MHz)CE67 model ;Group 04, 6832 channel (850.000 MHz)KR model ;Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level: MON.01 (minimum value)2. Connect an audio analyzer to the OUTPUT connector
via the MIC amplifier (with the 0 dB gain setting).3. Connect the signal generator to the CN201/RF-130
board with the MM-SMA conversion connector andthe RF adjusting cable.
4. Set the signal generator as follows :Signal generator setting
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 100 HzDEVIATION (Frequency deviation) : ±10 kHz
5. Check that the OUTPUT connector output level is _46dBm ±0.5 dB (at 600 Z loaded).
6. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
7. Perform the procedures 4 to 5 above.nThe output level difference between the ANTENNA AIN side and the ANTENNA B IN side should bewithin 0.5 dB.
2-49UWP Series
(2) S/N Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channel (578.125 MHz)U42 model ;Group 03, 4401 channel (650.125 MHz)CE62 model ;Group 04, 6332 channel (810.000 MHz)CE67 model ;Group 04, 6832 channel (850.000 MHz)KR model ;Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
2. Connect the audio analyzer to the OUTPUT connectorvia MIC amp.
3. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector andthe RF adjusting cable.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
5. Read the output level of the OUTPUT connector (Audioanalyzer indication level).This level is specified to be 0 dB.
6. Turn OFF the MODULATION (modulation frequency)of the signal generator (No modulation).
7. Check that output level of the OUTPUT is 62 dB ormore (S/N is _62 dB or less with A-weighted filter) ascompared with the level of procedure 5 above.
8. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 15 dBuVEMF (= _98 dBm)
9. Check that output level of the OUTPUT is 36 dB ormore (S/N is _36 dB or less with A-weighted filter) ascompared with the level of procedure 5 above.
10. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 60 dBuVEMF (=_53 dBm)
11. Set the audio analyzer to the distortion mode.12. Check that distortion ratio is _40 dB or less (1 % or
less) with A-weighted.
13. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
14. Perform the procedures 4 to 12 above.15. Set the channel and FREQUENCY (carrier frequency)
of the signal generator as shown 1 and 2 below.Perform the procedures 3 to 14 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 01, 6201 channel (566.125 MHz)U42 model ; Group 01, 6601 channel (638.125 MHz)CE62 model ; Group 01, 6201 channel (798.125 MHz)CE67 model ; Group 01, 6701 channel (838.125 MHz)KR model ; Group 00, 5901 channel (740.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U6264 model ; 566.125 MHzU6668 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 3201 channel (589.875 MHz)U42 model ; Group 00, 4401 channel (661.875 MHz)CE62 model ; Group 00, 6463 channel (821.875 MHz)CE67 model ; Group 00, 6964 channel (862.000 MHz)KR model ; Group 00, 6047 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
2-50 UWP Series
Notes
Because the audio system of the URX-P2 is output in theunbalanced system, the noise level can be possibly so highthat the S/N measurement becomes impossible dependingon the measurement system. In such a case, reassemble theURX-P2 completely and emit the RF output of the signalgenerator from the antenna (Part No.1-501-612-13) andreceive the RF signal with the URX-P2 in order to imple-ment the S/N ratio measurement.
Equipment and Tools. Signal generator. Audio analyzer. Mic amp (Noise meter) with A-weighted filter. Oscilloscope. Antenna : (Part No.1-754-575-11 or 1-501-612-13)
Connection
Oscilloscope
Audioanalyzer
MICamplifier
Signalgenerator
OUTPUT
URX-P2
Antenna “a”
Antenna(1-501-612-13)
Antenna “b”
Procedure
1. Reassembly URX-P2 completely.2. Turn on the power of the URX-P2 following the
procedure. (For setting, refer to “Setting the SquelchOFF mode” on page 2-42. For the power supply, usethe battery.)
3. Set the signal generator output level to 80 dBu. (Setthe measurement frequency and other parameters tothe same setup as the ordinary measurement.)
4. Move the antenna connected to the signal generator, inthe periphery of the antenna a of the URX-P2 asshown in the illustration.
5. Confirm that the decimal digit indicator that is locatedin between the first digit and the second digit from theleft-most end of the LCD indicator lights on.nIf the decimal digit indicator does not light on, confirmtat is lights when the antenna connected to the signalgenerator is moved to front, end, right or left slightly.
6. Set “modulation” of the signal generator to OFF.Confirm that the S/N ratio in this setup is 62 dB ormore (A-weighted).
7. Set “modulation” of the signal generator to ON.8. Set the audio analyzer to the distortion measurement
mode.9. Confirm that distortion is less than -40 dB (1% or less).10. Move the antenna connected to the signal generator, in
the periphery of the antenna b of the URX-P2 asshown in the illustration.
11. Confirm that the decimal digit indicator that is locatedin between the first digit and the second digit from theright-most end of the LCD indicator lights on.
12. Perform the procedures 6 to 9 above.
Signalgenerator
Antenna
Approx.100mm
URX-P2
2-51UWP Series
(3) Frequency Characteristic Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channel (578.125 MHz)U42 model ;Group 03, 4401 channel (650.125 MHz)CE62 model ;Group 04, 6332 channel (810.000 MHz)CE67 model ;Group 04, 6832 channel (850.000 MHz)KR model ;Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)2. Connect the audio analyzer to the OUTPUT connector
via MIC amp.3. Connect the signal generator to the CN201/RF-130
board with the MM-SMA conversion connector and theRF adjusting cable.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±20 kHz
5. Read the output level of the OUTPUT (indication ofthe audio analyzer).This level is specified to be 0 dB.
6. Change the MODULATION (modulation frequency) ofthe signal generator as follows, and check the outputlevel of the OUTPUT connector is set also as follows.n40 Hz and 18 kHz modulation frequency must be set byusing the function generator.
MODULATION frequency TUNER OUTPUT 1of signal generator connector output level
40 Hz +2.0 ±1.0 dB
18 kHz _34.0 ±2.5 dB
7. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
8. Perform the procedures 4 to 6.
(4) Distortion Ratio Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channel (578.125 MHz)U42 model ;Group 03, 4401 channel (650.125 MHz)CE62 model ;Group 04, 6332 channel (810.000 MHz)CE67 model ;Group 04, 6832 channel (850.000 MHz)KR model ;Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)2. Connect the audio analyzer to the OUTPUT connector
via MIC amp.3. Connect the signal generator to the CN201/RF-130
board with the MM-SMA conversion connector and theRF adjusting cable.
4. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±36 kHz
5. Set the audio analyzer to the distortion mode, and checkthat the distortion ratio is less than 0.8 %.
6. Change the MODULATION (modulation frequency) ofthe signal generator as shown below.MODULATION (modulation frequency) : 10 kHzCheck that the distortion ratio is less than 4 %.n10 kHz modulation frequency must be set by using thefunction generator.
7. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
8. Perform the procedures 4 to 6 above.
2-52 UWP Series
(5) RF Squelch Level/RF Indicator Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ; Group 03, 3201 channelU42 model ; Group 03, 4401 channelCE62 model ; Group 04, 6332 channelCE67 model ; Group 04, 6832 channelKR model ; Group 12, 6001 channel (746.125 MHz)
RF squelch : ON (Normal mode)Monitor level :MON.01 (minimum value)
2. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
3. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : OFF
4. Check that RF Indicator LED lights (green) and “NOTONE” message appears on LCD (URX-P2).
5. Change the RF OUTPUT (output level) of the signalgenerator as shown below.RF OUTPUT (output level) : 5 dBuVEMF (= _108 dBm)
6. Check that RF Indicator LED goes off (green) and “NOTONE” message disappears on LCD (URX-P2).
7. Increase gradually the RF OUTPUT (output level) ofthe signal generator. Check that RF OUTPUT (outputlevel) is 15 dBuVEMF ±5 dB at when RF Indicator lights(green LED) and “NO TONE” message appears on LCD (URX-P2).
8. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
9. Perform the procedures 3 to 7 above.
AF
RF
RF indicator lights.
10. Set the channel and FREQUENCY (carrier frequency)of the signal generator as shown 1 and 2 below.Perform the procedures 1 to 9 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 01, 3001 channel (566.125 MHz)U42 model ; Group 01, 4201 channel (638.125 MHz)CE62 model ; Group 01, 6201 channel (798.125 MHz)CE67 model ; Group 01, 6701 channel (838.125 MHz)KR model ; Group 00, 5901 channel (740.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U30 model ; 566.125 MHzU42 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 3347 channel (589.875 MHz)U42 model ; Group 00, 4547 channel (661.875 MHz)CE62 model ; Group 00, 6463 channel (821.875 MHz)CE67 model ; Group 00, 6964 channel (862.000 MHz)KR model ; Group 00, 6047 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
2-53UWP Series
(6) RF Level Indicator Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channelU42 model ;Group 03, 4401 channelCE62 model ;Group 04, 6332 channelCE67 model ;Group 04, 6832 channelKR model ;Group 12, 6001 channel (746.125 MHz)
RF squelch : ON (Normal mode)Monitor level :MON.01 (minimum value)
2. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
3. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 0 dBuVEMF (= _113 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : OFF
4. Increase gradually the output level from the signal gen-erator, and check that the output level of the signal gen-erator is as follows when the RF input level indicatorlights.
RF level indicator (green) Signal generator output levellights
15 dBuVEMF ±5 dB
25 dBuVEMF ±5 dB
35 dBuVEMF ±5 dB
45 dBuVEMF ±5 dB
5. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
6. Perform the procedures 3 to 4 above.7. Set the channel and FREQUENCY (carrier frequency)
of the signal generator as shown 1 and 2 below.Perform the procedures 2 to 6 above, for each channelsetting (1 and 2).1 Channel setting :
U30 model ; Group 01, 3001 channel (566.125 MHz)U42 model ; Group 01, 4201 channel (638.125 MHz)CE62 model ; Group 01, 6201 channel (798.125 MHz)CE67 model ; Group 01, 6701 channel (838.125 MHz)KR model ; Group 00, 5901 channel (740.125 MHz)
Signal generator setting :FREQUENCY (carrier frequency)U30 model ; 566.125 MHzU42 model ; 638.125 MHzCE62 model ; 798.125 MHzCE67 model ; 838.125 MHzKR model ; 740.125 MHz
2 Channel setting :U30 model ; Group 00, 3347 channel (589.875 MHz)U42 model ; Group 00, 4547 channel (661.875 MHz)CE62 model ; Group 00, 6463 channel (821.875 MHz)CE67 model ; Group 00, 6964 channel (862.000 MHz)KR model ; Group 00, 6047 channel (751.875 MHz)
Signal generator setting:FREQUENCY (carrier frequency):U30 model ; 589.875 MHzU42 model ; 661.875 MHzCE62 model ; 821.875 MHzCE67 model ; 862.000 MHzKR model ; 751.875 MHz
Lighting
LCD :
Lighting
LCD :
Lighting
LCD :
Lighting
LCD :
2-54 UWP Series
(8) Tone Squelch Check
1. Set the URX-P2 as follows :URX-P2 Front panel
Channel setting :U30 model ; Group 03, 3201 channelU42 model ; Group 03, 4401 channelCE62 model ; Group 04, 6332 channelCE67 model ; Group 04, 6832 channelKR model ; Group 12, 6001 channel (746.125 MHz)
RF squelch : ON (Normal mode)Monitor level : MON.01 (minimum value)
2. Connect the signal generator to the CN201/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
3. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 32.000 kHzDEVIATION (Frequency deviation) : ±1.4 kHzn32.000 kHz modulation frequency must be set by usingthe function generator.
4. Turn on and off the MODULATION (modulation fre-quency) of the signal generator as follows, and the LCDindicator (URX-P2) changes also as follows.
MODULATION ON/OFF LCD indicationon signal generator
ON GP/CH indication (LCD):U30 model ; “03, xxxx” appears.U42 model ; “03, xxxx” appears.CE62 model ; “04, 6332” appears.CE67 model ; “04, 6832” appears.KR model ; “12, 6001” appears.
OFF GP/CH indication (LCD) : Togglesbetween the above
indication and “NOTONE”indication.
5. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
6. Perform the procedures 3 to 4 above.
(7) AF Level Indicator/AF Indicator Check
1. Set the URX-P2 as follows :Channel setting :
U30 model ;Group 03, 3201 channel (578.125 MHz)U42 model ;Group 03, 4401 channel (650.125 MHz)CE62 model ;Group 04, 6332 channel (810.000 MHz)CE67 model ;Group 04, 6832 channel (850.000 MHz)KR model ;Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
Monitor level :MON.01 (minimum value)2. Connect the signal generator to the CN201/RF-130
board with the MM-SMA conversion connector and theRF adjusting cable.
3. Set the signal generator as follows :Signal generator settingFREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) :1 kHz
4. Increase gradually DEVIATION (frequency deviation)of the signal generator starting from ±3 kHz, and checkthat the deviation of the signal generator is ± (5.0 ±1.0)kHz with the AF indicator as follows.
DEVIATION setting AF indicatoron signal generator
± (5.0 ±1.0) kHz AF level indicator (LCD);Lights.
Less than AF level indicator (LCD);± (5.0 ±1.0) kHz Goes out.
5. Connect the signal generator to the CN101/RF-130board with the MM-SMA conversion connector and theRF adjusting cable.
6. Perform the procedures 3 to 4 above.
2-55UWP Series
Procedure
1. Connect a signal generator to the MM-SMA conver-sion connector and to the RF adjusting cable.
2. Set the signal generator as follows.FREQUENCY (carrier frequency) :
U30 model ; 578.125 MHzU42 model ; 650.125 MHzCE62 model ; 810.000 MHzCE67 model ; 850.000 MHzKR model ; 746.125 MHz
RF OUTPUT (Output level) : 60 dBuVEMF (= _53 dBm)MODULATION (Modulation frequency) : 1 kHzDEVIATION (Frequency deviation) : ±5 kHz
3. Connect a stereo mini-plug with load resistor, to theMONITOR terminal. Set the MONITOR LVEL toMON. 24 (maximum value).
4. Confirm that the voltage across the load resistor is -11dBV ±2dB.
5. Confirm that the voltage across the load resistor islowered in the step of about 2 dB when the MONITORlevel is decreased step after step.
How to make Stereo mini-plug with load resisters
Equipment. Stereo mini-plug with cable (diameter : 3.5 mm)
(Sony RK-G136 (accessory), or equivalent) : 1. Resister, carbon 16Z 1/4W (Part No. 1-247-088-00) : 2
nTo use the cable RK-G136, cut it into an appropriatelength to use it.
16Z 1/4Wcarbon resisters
Stereo mini-plug with cord(3.5mm diameter)
Shielded wire
Solder here.
Solder here.
Solder here.
(9) Monitor Level Check
Equipment and Tools. DC power supply
DC output voltage : +3.0Vdc ±0.1 V. Signal generator. DC current meter. Stereo mini-plug with load resister (Refer to “How to
make Stereo mini-plug with load resisters” on this page.)
Switch and Control SettingSet the URX-P1 as follows :
Channel setting :U30 model ; Group 03, 3201 channel (578.125 MHz)U42 model ; Group 03, 4401 channel (650.125 MHz)CE62 model ; Group 04, 6332 channel (810.000 MHz)CE67 model ; Group 04, 6832 channel (850.000 MHz)KR model ; Group 12, 6001 channel (746.125 MHz)
RF Squelch : OFF (For setting, refer to “Setting theSquelch OFF mode” on page 2-42)
MONITOR LEVEL : MON.24 (maximum value)
Connection
Signal generator
Make it as shortas possible.
Stereo mini-plug with load resister
RFadjustingcable
RF adjustingcable
GND
CN101 or CN201
MM-SMAconversionconnectorMM-SMA
conversionconnector
Level meter
Ant-a(CN201)
Ant-b(CN101)
Monitor
RF-130 board(A side)
Output
RV181 RV281
2-56 UWP Series
2-5. UTX-P1
2-5-1. Equipment and Tools
Equipment Required
Name Specifications Model Name
DC POWER SUPPLY Output regulated voltage : 0 to 5 V, 2 A –
DC AMMETER Measurement : 300 mA –
SPECTRUM ANALYZER Frequency : 10 kHz to 3 GHz ADVANTEST R3361B or equivalent
MODULATION ANALYZER RF input Frequency : 150 kHz to 3 GHz ANRITSU MS616A or equivalent
RF POWER METER Range : 3 uW to 100 mW HP 435B (Power sensor HP 8482A) or equivalentWITH POWER SENSOR
AUDIO ANALYZER . Oscillator : 20 Hz to 100 kHz HP 8903B (with A-weight filter) or equivalent. DISTORTION ANALYZER. S/N METER. LEVEL METER
FREQUENCY COUNTER Frequency : 10 Hz to 1000 MHz HP 5358A or equivalentEffective digits: 10 digits
OSCILLOSCOPE Frequency : DC to 10 MHz –
DIGITAL VOLT METER Effective digits : 3 1/2 digits –
Tool
Name Part No. Remarks
MM-SMA conversion connector J-6402-490-A For RF signal output
SMA-BNC conversion connector J-6402-480-A For RF signal output
Adjustor (0.4 x 1.3 mm) 7-721-052-81 Screwdriver for adjustment
2-57UWP Series
2-5-2. Adjustments
This section describes adjustments and checks which must becompleted to assure that the specifications are complied with.Make adjustment and checks following the procedure below:
Preparation1. When adjustments are performed, remove the MB-1094
board from UTX-P1 unit.(Refer to the Section 1-1-6. for removal.)
2. Connect the SMA-BNC conversion connector (J-6402-480-A) and the MM-SMA conversion connector (J-6402-490-A) to the antenna terminal (CN101) on theMB-1094 board as shown below.
CN101
MB-1094 board (A side)
MM-SMA conversion connector
SMA-BNC conversion connector
(+)
BATT
GND
Lead wireFL301
DC ammeter
MB-1094 board (B side)
DC regulated power supply (DC output voltage : + 3.0 ±0.1 V)
Lead wire
3. Connecting the DC power supplySupply the DC power to the battery terminal on MB-1094 board using the wires as below.
CheckAfter the DC power supply connection is complete, setthe power switch (S301) to ON, and check the level onDC ammeter.DC ammeter indication level: 150 to 220 mA
Switch and Control Initial SettingMB-1094 boardSwitch and Control Setting
U30 model ;30-01 channel (566.125 MHz)U42 model ;42-01 channel (638.125 MHz)U6264 model ;62-01 channel (758.125 MHz)U6668 model ;66-01 channel (782.125 MHz)CE62 model ;Group 00, 62-01 channel (798.125 MHz)CE67 model ;Group 00, 67-01 channel (838.125 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
1. Power Supply Voltage Check
2. Carrier Frequency Adjustment
3. RF Power Output Adjustment
4. Reference Frequency Deviation Adjustment
5. Maximum Frequency Deviation Adjustment
6. Distortion Ratio Check
7. S/N Check
8. Frequency Characteristics Check 9. Tone Signal Adjustment
10. Spurious Emissions Check
11. Occupied Band Width Check
↓
↓
↓
↓
↓
↓
↓
↓
↓
↓
2-58 UWP Series
S301
RV102(Transmitter output)
S1
CT401(Transmitter frequency)
RV2 (Max.frequency deviation)
RV1 (Max.frequency deviation)
RV101 (Reference frequency deviation)
RV103(Tone signal level)
MIC LINE
MB-1094 board (A side)
1. Power Supply Voltage Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Digital volt meter (or Digital multimeter)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 30-01 channel (566.125 MHz)U42 model ; 42-01 channel (638.125 MHz)U6264 model ; 62-01 channel (758.125 MHz)U6668 model ; 66-01 channel (782.125 MHz)CE62 model ; Group 00, 62-01 channel (798.125 MHz)CE67 model ; Group 00, 67-01 channel (838.125 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
S301GND
+ _
DC voltmeter
MB-1094 board (B side)MB-1094 board (A side)
3.3V
5V
Procedure1. Set the POWER switch (S301) on the MB-1094 board to ON.2. Check the DC Voltage of the 3.3 V test point to the
specified voltage as below :Specification : + terminal DC Voltage = +3.3 ±0.1Vdc
3. Check the DC voltage of the 5 V test point to the speci-fied voltage as below :Specification : + terminal DC voltage= +5.0 ±0.1Vdc
Adjustment Location
2-59UWP Series
MB-1094 board (A side)
CN101
Frequency counter
MM-SMA conversion connectorSMA-BNC conversion connector
2. Carrier Frequency Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Frequency counter. Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
Procedure1. Connect a frequency counter to the antenna terminal
(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
2. Adjust 1CT401 so that the frequency counter readingmeets the following specification.Specification : Carrier frequency mentioned below.
U30 model ; 578.125 MHz ±1 kHzU42 model ; 650.125 MHz ±1 kHzU6264 model ; 770.125 MHz ±1 kHzU6668 model ; 794.125 MHz ±1 kHzCE62 model ; 810.000 MHz ±1 kHzCE67 model ; 850.000 MHz ±1 kHz
Adjustment : 1CT401/MB-1094 board (A side)(Refer to page 2-74 for the adjustment location.)
2-60 UWP Series
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
Power sensor
Power meter
3. RF Power Output Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1 Vdc. DC ammeter. Power meter (with power sensor). Adjustor (SONY Part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
Procedure1. Connect the power meter (with power sensor) to the an-
tenna terminal (CN101) via the MM-SMA conversionconnector and the SMA-BNC conversion connector.
2. Adjust 1RV102 so that the power meter reading meetsthe following specification.Specification :. U30 model :
Power meter = 18 mW. U42 model :
Power meter = 25 mW. U6264 model :
Power meter = 18.5 ±1 mW. U6668 model :
Power meter = 17.0 ±1 mW. CE62 model :
Power meter = 16.5 ±1 mW. CE67 model :
Power meter = 14.0 ±1 mWAdjustment : 1RV102/MB-1094 board (A side)(Refer to page 2-74 for the adjustment location.)
2-61UWP Series
Procedure1. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector (with Mic input cable).(0 dBV = 1 Vrms)
2. Connect a modulation analyzer to the antenna terminal(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
3. Turn the 1RV1 and 1RV2/MB-1094 board (A side)fully counterclockwise.
4. Adjust 1RV101 so that the frequency deviation for themodulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±10 kHz ±0.1 kHzAdjustment : 1RV101/MB-1094 board (A side)(Refer to page 2-74 for the adjustment location.)
4. Reference Frequency Deviation Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±40 kHzHPF : 50 HzLPF : 20 kHz or 15 kHzDE EMPHASIS : 50 usec
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
Lead wires
BNC connector HOT
GND Solder
MB-1094 board (B side)
CN1
MM-SMA conversion connectorSMA-BNC conversion connector
Oscillator
Audio analyzer Level meter
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
OscilloscopeModulation analyzer
RF IN
2-62 UWP Series
3. Adjust 1RV1 so that the frequency deviation for themodulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±35 kHz ±0.5 kHzAdjustment : 1RV1/MB-1094 board (A side)
4. Input 1 kHz, _5 dBV (_2.8 dBm) signal to the MICINPUT connector (with Mic input cable).
5. Adjust 1RV2 so that the frequency deviation for themodulation analyzer reading meets the following speci-fication.Specification : Frequency deviation = ±40 kHz ±0.5 kHzAdjustment : 1RV2/MB-1094 board (A side)
6. Distortion Ratio Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC current meter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
5. Maximum Frequency DeviationAdjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : AUTO or ±100 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. Adjustor (SONY part No. 7-721-052-81)
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
Connections. Same as “4. Reference Frequency Division adjustments”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-6-2.
Procedure1. Input 1 kHz, _30 dBV (_27.8 dBm) signal to the AF IN-
PUT connector (with Mic input cable). (0 dBV = 1 Vrms)2. Connect a modulation analyzer to the antenna terminal
(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
2-63UWP Series
CN1
RF INAFOUT
CN101
Level meter
Distortionanalyzer
Oscilloscope
Oscillator
Audio analyzer
Modulationanalyzer
MB-1094 board (A side)
MB-1094 board (B side)
SMA-BNC conversion connector
MM-SMA conversion connector
7. S/N Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-6-2.
Procedure1. Connect the audio analyzer (level meter) to the AF OUT
connector for the modulation analyzer.2. Set the modulation analyzer.3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Set the audio analyzer to S/N measurement (with A-weighting filter).
5. Check that the S/N reading is more than 28 dB.nPerform the checking with the AF INPUT connectorshort-circuit.
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-6-2.. For the connection to the MIC IN connector (CN1), refer
to the section “4. Reference Frequency DeviationAdjustment”.
Procedure1. Connect the audio analyzer (distortion analyzer) to the
AF OUT connector for the modulation analyzer.2. Set the audio analyzer to distortion measurement
(DISTORTION mode).3. Input 1 kHz, _60 dBV (_57.8 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).(0 dBV = 1 Vrms)
4. Check that the distortion analyzer reading is less than0.90%.
5. Input 1 kHz, _34 dBV (_31.8 dBm) signal to the AFINPUT connector.
6. Check that the distortion analyzer reading is less than3.2%.
2-64 UWP Series
5. Check the indication on the audio analyzer (level meter).6. Set the SENSITIVITY on the audio analyzer (level
meter) so that the audio analyzer (level meter) reads 0 dB.7. Switch the oscillation frequency for the audio analyzer
(oscillator) from 1 kHz to 150 Hz.8. Check that audio analyzer (level meter) reading is _1
±1 dB.9. Switch the oscillation frequency for the audio analyzer
(oscillator) from 150 Hz to 15 kHz.10. Check that the reading for the audio analyzer (level
meter) is 2.5 ±1 dB.
9. Tone Signal Adjustment
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC current meter. Frequency counter. Spectrum analyzer. Modulation analyzer. RF adjusting cable (SONY part No. 7-721-052-81). MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnNote down the setting position before the adjustment.After the Adjustment complete, set the original position.
8. Frequency Characteristics Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Modulation analyzer
MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 50 HzLPF : 15 kHz or 20 kHzDE EMPHASIS : 50 usec
. Oscilloscope
. MM-SMA conversion connector(SONY Part No. J-6402-490-A)
. SMA-BNC conversion connector(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. Same as “6. Distortion Ratio Check”.. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-6-2.
Procedure1. Connect the audio analyzer (level meter) to the AF-
OUT connector for the modulation analyzer.2. Set the modulation analyzer.3. Set the audio analyzer to level meter mode.4. Input 1 kHz, _65 dBV (_62.2 dBm) signal to the AF
INPUT connector from audio analyzer (oscillator).
2-65UWP Series
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
Spectrum analyzer
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
Frequencycounter
Modulationanalyzer
RF IN AF UOT
Frequency check
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
ProcedurenPerform the checking with the AF INPUT connector short-circuit.
1. Set the modulation analyzer as below:MEASUREMENT : FMMEASUREMENT RANGE : ±40 kHzHPF : 4 kHzLPF : >20 kHzDE EMPHASIS : OFF
2. Check that the frequency counter (resolution : 0.1 Hzsetting) reading is 32.000 kHz ±1Hz.
Frequency deviation adjustment
Connections(For connecting the DC power supply, refer to step“3. Connecting the DC power supply” in Section 2-6-2.)
Procedure1. Connect the spectrum analyzer to the antenna terminal
(CN101) via the MM-SMA conversion connector andthe SMA-BNC conversion connector.
2. Set the spectrum analyzer as below:CENTER FREQUENCY (fc)
U30 model : 578.125 MHzU42 model : 650.125 MHzU6264 model : 770.125 MHzU6668 model : 794.125 MHzCE62 model : 810.000 MHzCE67 model : 850.000 MHz
REFERENCE LEVEL : 20 dBmFREQUENCY SPAN : 200kHz (20 kHz/DIV)RBW (resolution band width) : 3kHzVBW (video band width) : 1kHzATT : 20 dB
3. Adjust 1RV103/MB-1094 board (A side) so that levelbetween carrier frequency (frequency center level) onspectrum analyzer and tone signal is within 29 dB ±1 dB.
fc
32.000 kHz
29±1 dB
20 dBm
v:10 dB/divH:20 MHz/div
2-66 UWP Series
10. Spurious Emissions Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.. For connecting the MIC input connector (CN1), refer to
“4.Reference Frequency Deviation Adjustment”.
20 dBmCarrier frequency
_40 dBm
v:10 dB/divH:20 MHz/div
3 GHz1.5 GHz (fc)
Procedure1. Set the spectrum analyzer as below;
CENTER FREQUENCY : 1.5 GHzREFERENCE LEVEL : 20 dBmFREQUENCY SPAN : 3 GHz or Full span
(300 MHz/DIV)RBW (resolution band width) : 300 kHzATT : 20 dB
2. Check that the spurious emissions level (up to 3 GHz)reading for the spectrum analyzer remains below_40 dBm.
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
Spectrum analyzer
MB-1094 board (B side)
CN1
Input termination (shorted between GND and HOT)
2-67UWP Series
11. Occupied Band Width Check
Equipment and Tools. DC power supply
DC output voltage : +3.0 ±0.1Vdc. DC ammeter. Audio analyzer. Spectrum analyzer. MM-SMA conversion connector
(SONY Part No. J-6402-490-A). SMA-BNC conversion connector
(SONY Part No. J-6402-480-A)
Switch and Control SettingMB-1094 board
Transmission channelU30 model ; 32-01 channel (578.125 MHz)U42 model ; 44-01 channel (650.125 MHz)U6264 model ; 64-01 channel (770.125 MHz)U6668 model ; 68-01 channel (794.125 MHz)CE62 model ; Group 00, 63-32 channel (810.000 MHz)CE67 model ; Group 00, 68-32 channel (850.000 MHz)
Attenuation setting : 0 dBAccumulated time setting : “00 : 00”MIC/LINE Select Switch (S1) : MICnTake note of the settings before starting the confirmationwork.After confirmation is completed, return the settings tothe original setting before change.
MB-1094 board (A side)
CN101
MM-SMA conversion connectorSMA-BNC conversion connector
Spectrum analyzer
Lead wires
BNC connector HOT
GND Solder
MB-1094 board (B side)
CN1
MM-SMA conversion connectorSMA-BNC conversion connector
Oscillator
Audio analyzer Level meter
Connections. For connecting the DC power supply, refer to step
“3. Connecting the DC power supply” in Section 2-1-2.. For connecting the MIC input connector (CN1), refer to
“4.Reference Frequency Deviation Adjustment”.
2-68 UWP Series
Procedure1. Set the spectrum analyzer as below:
CENTER FREQUENCY :U30 model : 578.125 MHzU42 model : 650.125 MHzU6264 model : 770.125 MHzU6668 model : 794.125 MHzCE62 model : 810.000 MHzCE67 model : 850.000 MHz
REFERENCE LEVEL : 20 dBmFREQUENCY SPAN : 500kHz (50 kHz/DIV)RBW (resolution band width) : 1 kHzVBW (video band width) : 1 kHzATT : 20 dB
2. Set the carrier frequency level (the center frequency lev-el of the spectrum analyzer) to the REFERENCE LEV-EL when no signals are input.
3. Input 1 kHz, _36 dBV (_33.8 dBm) signal to the AFINPUT connector (with Mic input cable) from the audioanalyzer (oscillator).
4. At this time, confirm that the bandwidth at the level_23 dB lower than REFERENCE LEVEL is inspecification.Specification : bandwidth =100 kHz or less
v:10 dB/divH:50 kHz/div
_23 dB
fc
REFERENCE LEVEL
band width100 kHz or less
carrier frequencywith no input signal
3-1UWP Series
3-1. Notes on Repair Parts
1. Safety Related Components WarningwComponents marked ! are critical to safe operation.Therefore, specified parts should be used in the case ofreplacement.
2. Standardization of PartsSome repair parts supplied by Sony differ from thoseused for the unit. These are because of parts common-ality and improvement.
3. Stock of PartsParts marked with “o” at SP (Supply Code) column ofthe spare parts list may not be stocked. Therefore, thedelivery date will be delayed.
4. HarnessHarnesses with no part number are not registered asspare parts.
5. Destination RepresentationThe part indicated “For U/CE/AU/CN/E” in the spareparts list is used in the unit written below.For U: The part is used in a unit for the U.S.A. and
Canada.For CE: The part is used in a unit for the European.For KR: The part is used in a unit for the Korea.
Section 3Spare Parts
3-2 UWP Series
UTX-B2
3-2. Exploded Views
3-2-1. UTX-B2
9
8
11
14
10
16
6
15
3
17
4
21
1
19
13
20
2
19
19
18
18
12
18
17
5
18
3-3UWP Series
UTX-B2
No. Part No. SP Description
1 A-1520-869-A s CASE,BATTERY ASSY 2 A-1521-008-A s MOUNTED CIRCUIT BOARD, CPU422(U30) (For U30 model) A-1526-370-A s MOUNTED CIRCUIT BOARD, CPU422(U42) (For U42 model) A-1527-294-A s MOUNTED CIRCUIT BOARD, CPU422(CE62) (For CE62 model) A-1527-312-A s MOUNTED CIRCUIT BOARD, CPU422(CE67) (For CE67 model) A-1530-526-A s MOUNTED CIRCUIT BOARD, CPU422(KR3) (For KR model)
3 A-1521-010-A s MOUNTED CIRCUIT BOARD, RF131(U30) (For U30 model) A-1526-371-A s MOUNTED CIRCUIT BOARD, RF131(U42) (For U42 model) A-1527-295-A s MOUNTED CIRCUIT BOARD, RF131(CE62) (For CE62 model) A-1527-313-A s MOUNTED CIRCUIT BOARD, RF131(CE67) (For CE67 model) A-1530-527-A s MOUNTED CIRCUIT BOARD, RF131(KR3) (For KR model)
4 1-507-743-21 s JACK, STEREO MINIATURE 5 1-754-576-11 s ANTENNA (For U30/U42 model) 1-754-576-21 s ANTENNA (For CE62/CE67/KR model) 6 1-467-301-11 s DISPLAY, LIQUID CRYSTAL 8 3-298-191-01 s INDICATOR
9 3-298-192-01 s PANEL ORNAMENTAL(TX)10 3-298-193-01 s BUTTON, SET11 3-298-195-01 s CABINET,FRONT(TX)12 3-298-197-01 s CABINET,REAR(TX)13 3-298-198-01 s PLATE, BATTERY SPRING
14 3-298-199-01 s BATTERY SPRING15 3-298-204-01 s SHEET, PROTECTION POWER16 3-298-508-01 s CASE LCD17 3-876-784-01 s CUSHION, CONDUCTOR18 4-645-214-72 s SCREW M2 (EG GLIP)
19 4-671-539-01 s M2 +P EG GRIP20 1-966-230-11 s HARNESS (2PIN)21 1-966-231-11 s HARNESS (3PIN)
3-4 UWP Series
3-2-2. UTX-H2
UTX-H2
a
3
2
18
205
7
10
11
4
13
12
8
15
9
19
16
14
21
17
1
6
a
PRECISIONP2.6 x 5
PRECISIONP2 x 3
PRECISIONP2 x 3
PRECISIONP2 x 3
PRECISIONP2 x 3
3-5UWP Series
UTX-H2
No. Part No. SP Description
1 A-1538-044-A s MOUNTED CIRCUIT BOARD, MB-1137(U30) (For U30 model) A-1538-287-A s MOUNTED CIRCUIT BOARD, MB-1137(U42) (For U42 model) A-1538-361-A s MOUNTED CIRCUIT BOARD, MB-1137(CE62) (For CE62 model) A-1538-367-A s MOUNTED CIRCUIT BOARD, MB-1137(CE67) (For CE67 model) A-1546-325-A s MOUNTED CIRCUIT BOARD, MB-1137(KR3) (For KR model)
2 A-1539-769-A s DM UNIT ASSY 3 X-2189-926-1 s CAGE SUB ASSY 4 X-2319-810-1 s CHASSIS (A) SUB ASSY 5 X-2319-811-1 s CHASSIS (B) SUB ASSY 6 1-467-301-11 s DISPLAY, LIQUID CRYSTAL
7 1-754-270-12 s ANTENNA (For KR model) 1-754-283-21 s ANTENNA (For CE62 model) 1-754-284-12 s ANTENNA (For CE67 model) 1-754-594-11 s ANTENNA (For U30 model) 1-754-595-11 s ANTENNA (For U42 model)
8 2-347-681-12 s GRIP (B) 9 2-347-684-01 s BRACKET, ANTENNA10 2-347-690-01 s SPRING , BATTERY (-)11 2-347-691-01 s SPRING , BATTERY (+)12 2-347-692-01 s INDICATOR
13 2-347-694-02 s BUTTON, POWER14 2-347-695-02 s STOPPER15 2-347-744-01 s STOPPER, RING16 2-347-745-01 s COVER, MODEL17 2-540-969-03 s SCREW (M2X4), LRT
18 3-299-365-01 s HOLDER BUSHING19 3-398-335-01 s COVER, ANTENNA20 1-966-266-11 s HARNESS (3P)21 2-347-747-12 s GRIP (A)
7-627-553-38 s SCREW,PRECISION +P 2X3 7-627-854-37 s SCREW,PRECISION +P 2.6X5 TYPE3
3-6 UWP Series
URX-M2
3-2-3. URX-M2
4
9
11
6
10
10
2
3
1
8
8
9
5
7
3-7UWP Series
URX-M2
No. Part No. SP Description
1 A-1538-524-A s MOUNTED CIRCUIT BOARD, MB-1129(U30) (For U30 model)A-1538-531-A s MOUNTED CIRCUIT BOARD, MB-1129(U42) (For U42 model)A-1538-544-A s MOUNTED CIRCUIT BOARD, MB-1129(CE62) (For CE62 model)A-1538-549-A s MOUNTED CIRCUIT BOARD, MB-1129(CE67) (For CE67 model)A-1546-312-A s MOUNTED CIRCUIT BOARD, MB-1129(KR3) (For KR model)
2 A-1538-527-A s MOUNTED CIRCUIT BOARD, DP-4563 1-790-794-21 s WIRE, FLAT TYPE (35 CORE)4 2-347-652-01 s INDICATOR5 2-347-701-12 s CASE, FRONT6 2-347-702-01 s BUTTON
7 2-347-703-11 s WINDOW, LCD8 2-347-704-01 s LID9 3-231-472-02 s SCREW (+B 2X4)10 4-995-903-02 s SCREW (B1.4)11 1-467-301-21 s DISPLAY, LIQUID CRYSTAL
3-8 UWP Series
URX-P2
3-2-4. URX-P2
916
14
1
10
13
18
2
18
19
15
19
11
12
6 21
3
17
5
4
22
77
P2 x 5
P2 x 5
P2 x 5
UL3302 AWG28or equivalent(L = 20 mm)
3-9UWP Series
URX-P2
No. Part No. SP Description
1 A-1520-869-A s CASE,BATTERY ASSY 2 A-1527-266-A s MOUNTED CIRCUIT BOARD, CN-3092 3 A-1521-900-A s MOUNTED CIRCUIT BOARD, CPU-421(U30) (For U30 model) A-1526-376-A s MOUNTED CIRCUIT BOARD, CPU-421(U42) (For U42 model) A-1527-305-A s MOUNTED CIRCUIT BOARD, CPU-421(CE62) (For CE62 model) A-1527-316-A s MOUNTED CIRCUIT BOARD, CPU-421(CE67) (For CE67 model) A-1530-795-A s MOUNTED CIRCUIT BOARD, CPU-421(KR3) (For KR model)
4 A-1521-902-A s MOUNTED CIRCUIT BOARD, RF-130(U30) (For U30 model) A-1526-377-A s MOUNTED CIRCUIT BOARD, RF-130(U42) (For U42 model) A-1527-306-A s MOUNTED CIRCUIT BOARD, RF-130(CE62) (For CE62 model) A-1527-317-A s MOUNTED CIRCUIT BOARD, RF-130(CE67) (For CE67 model) A-1530-796-A s MOUNTED CIRCUIT BOARD, RF-130(KR3) (For KR model)
5 1-467-301-11 s DISPLAY, LIQUID CRYSTAL 6 1-507-743-21 s JACK, STEREO MINIATURE 7 1-754-577-11 s ANTENNA (For U30/U42 model) 1-754-577-21 s ANTENNA (For CE62/CE67/KR model) 9 3-298-191-01 s INDICATOR
10 3-298-193-01 s BUTTON, SET11 3-298-198-01 s PLATE, BATTERY SPRING12 3-298-199-01 s BATTERY SPRING13 3-298-204-01 s SHEET, PROTECTION POWER14 3-298-219-01 s PANEL ORNAMENTAL (RX)
15 3-298-220-01 s CABINET, REAR (RX)16 3-298-223-01 s CABINET, FRONT (RX)17 3-298-508-01 s CASE LCD18 3-876-784-01 s CUSHION, CONDUCTOR19 4-645-214-72 s SCREW M2 (EG GRIP)
21 1-966-230-11 s HARNESS (2PIN)22 1-966-232-12 s HARNESS (6PIN)
7-621-255-35 s SCREW +P 2X5
3-10 UWP Series
UTX-P1
3-2-5. UTX-P1
2
3
4
7
6
518 9
10
16
12
1413
17
11
1
8
15
15
PRECISION P2 x 6
PRECISION P2 x 6
PRECISION P2 x 6
PRECISION P2 x 6
PRECISION K 2 x 5 TYPE1
PRECISION P2 x 6
PRECISION P1.7 x 6
3-11UWP Series
UTX-P1
No. Part No. SP Description
1 A-1153-533-A s MOUNTED CIRCUIT BOARD, MB-1094 (For U62 model)A-1153-552-A s MOUNTED CIRCUIT BOARD, MB-1094 (For U66 model)A-1153-599-A s MOUNTED CIRCUIT BOARD, MB-1094 (For CE62 model)A-1153-605-A s MOUNTED CIRCUIT BOARD, MB-1094 (For CE67 model)A-1538-383-A s MOUNTED CIRCUIT BOARD, MB-1094(U30) (For U30 model)A-1538-388-A s MOUNTED CIRCUIT BOARD, MB-1094(U42) (For U42 model)
2 X-2103-035-2 s UPPER SUB ASSY3 1-750-551-11 o CONNECTOR, XLA 3P4 2-659-501-01 s HOLDER, CONNECTOR5 2-659-504-01 s CASE6 2-659-507-01 s BUTTON SET
7 2-659-514-01 s KNOB, SWITCH8 2-659-515-01 s BATTERY CASE9 2-659-518-01 s SPRING, BATTERY(-)(L)10 2-659-519-01 s SPRING, BATTERY(-)(R)11 2-659-520-01 s LOWER
12 2-659-521-01 s LOCKING13 2-659-522-01 s LOWER SPRING14 2-659-524-01 s SPRING, BATTERY(+)15 2-659-539-01 s CLIP16 3-251-483-01 s SCREW +P 1.7X3 NON-SLIT TYPE 2
17 3-254-070-11 s SCREW18 3-318-203-31 s SCREW (B1.7X8), TAPPING
7-627-452-37 s SCREW, PRECISION +K 2X5 TYPE1 7-627-552-77 s SCREW,PRECISION +P 1.7X6 7-627-553-68 s SCREW,PRECISION +P 2X6
3-12 UWP Series
3-3. Electrical Parts List
3-3-1. UTX-B2-------------CPU-422 BOARD------------- Ref. No. or Q’ty Part No. SP Description
1pc A-1521-008-A s MOUNTED CIRCUIT BOARD, CPU422(U30) (U30 model) 1pc A-1526-370-A s MOUNTED CIRCUIT BOARD, CPU422(U42) (U42 model) 1pc A-1527-294-A s MOUNTED CIRCUIT BOARD, CPU422(CE62) (CE62 model) 1pc A-1527-312-A s MOUNTED CIRCUIT BOARD, CPU422(CE67) (CE67 model) 1pc A-1530-526-A s MOUNTED CIRCUIT BOARD, CPU422(KR3) (KR model)
1pc 1-467-301-11 s DISPLAY, LIQUID CRYSTAL 1pc 3-298-508-01 s CASE LCD
C12 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C14 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C15 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C16 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C17 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C18 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C19 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C20 1-112-298-91 o CAP, CERAMIC 1MF B (1608) C21 1-114-548-11 s CAP, NIOBIUM ELECT 22UF C22 1-112-021-91 s CAP, CERAMIC 2.2MF C (1608)
C51 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C52 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C601 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C602 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C603 1-112-015-91 s CAP, CHIP CERAMIC 47MF B 3225
C604 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C605 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C606 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C607 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C608 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C609 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C610 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C611 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C612 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C621 1-112-298-91 o CAP, CERAMIC 1MF B (1608)
C622 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C623 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C624 1-164-860-81 s CAP, CHIP CERAMIC 27PF CH 1005 C626 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C627 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005
C631 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C632 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C634 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C651 1-112-298-91 o CAP, CERAMIC 1MF B (1608) C661 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C671 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C672 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C673 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
CN2 1-779-201-21 s CONNECTOR, BOARD TO BOARD 30P CN11 1-770-619-21 s PIN, CONNECTOR 2P
CT621 1-141-322-21 s CAP, CHIP TYPE TRIMMER 20PF
D11 6-500-220-01 s DIODE RB161M-20TR D12 8-719-040-00 s DIODE UMZ8.2T-T106
(CPU-422 BOARD)
Ref. No. or Q’ty Part No. SP Description
D13 8-719-988-61 s DIODE 1SS355TE-17 D641 8-719-067-82 s DIODE SML-020MLTT86 D651 6-500-605-01 s DIODE CL-270YG-C-TSL D652 6-500-605-01 s DIODE CL-270YG-C-TSL
FB51 1-414-760-21 s FERRITE, EMI (SMD) (1608)
FL11 1-233-322-31 s FILTER, CHIP EMI
IC12 8-759-486-73 s IC XC62FP3302PR IC601 6-807-775-01 s IC MB89498PFV-G-109E1 IC621 6-709-888-01 s IC TC7WHU04FK(T5RSOYF IC631 6-700-923-01 o IC XC61FN2712MR IC661 6-703-999-01 s IC BR24L32FV-WE2
L11 1-419-881-21 s COIL, CHOKE (47UH) L12 1-414-398-41 s INDUCTOR (SMD) 10.0UH
Q11 8-729-052-37 s TRANSISTOR XP151A13A0MR Q12 8-729-039-86 s TRANSISTOR FMMT717TA Q13 8-729-928-88 s TRANSISTOR DTC124EE-TL Q14 8-729-052-37 s TRANSISTOR XP151A13A0MR Q601 8-729-928-88 s TRANSISTOR DTC124EE-TL
Q651 8-729-928-88 s TRANSISTOR DTC124EE-TL
R11 1-208-935-81 s RES, CHIP 100K (1005) R12 1-208-871-81 s RES, CHIP 220 (1005) R13 1-208-919-81 s RES, CHIP 22K (1005) R14 1-208-927-81 s RES, CHIP 47K (1005) R15 1-208-927-81 s RES, CHIP 47K (1005)
R16 1-208-959-81 s RES, CHIP 1M (1005) R17 1-208-863-81 s RES, CHIP 100 (1005) R20 1-208-895-81 s RES, CHIP 2.2K (1005) R21 1-208-887-81 s RES, CHIP 1.0K (1005) R23 1-208-935-81 s RES, CHIP 100K (1005)
R601 1-208-927-81 s RES, CHIP 47K (1005) R602 1-208-927-81 s RES, CHIP 47K (1005) R603 1-208-927-81 s RES, CHIP 47K (1005) R604 1-208-927-81 s RES, CHIP 47K (1005) R609 1-208-927-81 s RES, CHIP 47K (1005)
R613 1-208-927-81 s RES, CHIP 47K (1005) R621 1-208-855-81 s RES, CHIP 47 (1005) R622 1-220-870-81 s RES, CHIP 10 (1005) R623 1-208-883-81 s RES, CHIP 680 (1005) R624 1-208-959-81 s RES, CHIP 1M (1005)
R631 1-220-870-81 s RES, CHIP 10 (1005) R632 1-208-911-81 s RES, CHIP 10K (1005) R633 1-208-911-81 s RES, CHIP 10K (1005) R641 1-208-879-81 s RES, CHIP 470 (1005) R642 1-208-875-81 s RES, CHIP 330 (1005)
R651 1-208-855-81 s RES, CHIP 47 (1005) R652 1-208-887-81 s RES, CHIP 1.0K (1005) R661 1-208-911-81 s RES, CHIP 10K (1005) R662 1-208-911-81 s RES, CHIP 10K (1005) R663 1-220-870-81 s RES, CHIP 10 (1005)
R664 1-220-870-81 s RES, CHIP 10 (1005) R665 1-208-911-81 s RES, CHIP 10K (1005) R666 1-220-870-81 s RES, CHIP 10 (1005) R671 1-208-911-81 s RES, CHIP 10K (1005) R672 1-208-911-81 s RES, CHIP 10K (1005)
3-13UWP Series
(CPU-422 BOARD)
Ref. No. or Q’ty Part No. SP Description
R673 1-208-911-81 s RES, CHIP 10K (1005) R674 1-208-887-81 s RES, CHIP 1.0K (1005) R675 1-208-887-81 s RES, CHIP 1.0K (1005) R676 1-208-887-81 s RES, CHIP 1.0K (1005) R677 1-208-855-81 s RES, CHIP 47 (1005)
S11 1-554-671-12 s SWITCH, SLIDE S671 1-771-105-21 s SWITCH, TACTILE S672 1-771-105-21 s SWITCH, TACTILE S673 1-771-105-21 s SWITCH, TACTILE
THP11 1-804-616-21 s THERMISTOR, POSITIVE
X621 1-767-636-21 s VIBRATOR, CRYSTAL (8 MHz)
------------RF-131 BOARD------------ Ref. No. or Q’ty Part No. SP Description
1pc A-1521-010-A s MOUNTED CIRCUIT BOARD, RF131(U30) (U30 model) 1pc A-1526-371-A s MOUNTED CIRCUIT BOARD, RF131(U42) (U42 model) 1pc A-1527-295-A s MOUNTED CIRCUIT BOARD, RF131(CE62) (CE62 model) 1pc A-1527-313-A s MOUNTED CIRCUIT BOARD, RF131(CE67) (CE67 model) 1pc A-1530-527-A s MOUNTED CIRCUIT BOARD, RF131(KR3) (KR model)
C301 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C302 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C303 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C304 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C305 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C306 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C307 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C308 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C309 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C310 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005
C311 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C312 1-137-689-91 s CAP, CHIP TANTALUM ELECT 47MF (U30/U42 model) 1-113-981-91 s CAP, CHIP TANTALUM ELECT 22MF (CE62/CE67/KR model) C313 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C314 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C315 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C323 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C324 1-114-549-11 s CAP, NIOBIUM ELECT 47UF C325 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C326 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C327 1-100-880-91 s CAP, CERAMIC 100MF C (3225)
C331 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C332 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C333 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C334 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 (U30/U42 model) 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 (CE62/CE67/KR model) C335 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C336 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U30/U42 model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (CE62/CE67/KR model) C337 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C338 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C339 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C340 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U30/U42 model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (CE62/CE67 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (KR model)
C351 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C352 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C353 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C354 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C362 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30/U42 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (CE62/CE67/KR model)
3-14 UWP Series
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
C363 1-164-847-81 s CAP, CHIP CERAMIC 7PF CH 1005 (U30/U42 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE62/CE67/KR model) C364 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30/U42 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (CE62/CE67/KR model) C371 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C401 1-113-981-91 s CAP, CHIP TANTALUM ELECT 22MF C402 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C404 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C405 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C411 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C412 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C421 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF
C423 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C431 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C432 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005 C433 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005 C434 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C435 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C436 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C441 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C442 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C443 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012)
C444 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C451 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C452 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C453 1-112-298-91 o CAP, CERAMIC 1MF B (1608) C454 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012)
C455 1-113-981-91 s CAP, CHIP TANTALUM ELECT 22MF C456 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C457 1-131-664-91 s CAP,CHIP CERAMIC 0.15MF B 1608 C458 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C459 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216
C472 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C473 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C474 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C475 1-113-601-91 s CAP, CHIP TANTALUM ELECT 1MF C476 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216
C477 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C478 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C481 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C482 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C483 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
C484 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012) C485 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C486 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C487 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005 C488 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C489 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C491 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C493 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005 C494 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005 C495 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF
C496 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C511 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C512 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C513 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
C514 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C515 1-100-581-81 s CAP,CHIP CERAMIC0.0047MF B1005 C516 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C517 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C521 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C522 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF
CN1 1-815-411-21 o CONNECTOR, BOARD TO BOARD 30P CN301 1-774-915-21 s CONNECTOR, COAXIAL CN401 1-770-620-21 s PIN, CONNECTOR 3P
CP321 1-795-184-21 s OSCILLATOR (U30 model) 1-795-187-21 s OSCILLATOR (U42 model) 1-795-210-21 s OSCILLATOR (VOLTAGE VAR TYPE) (CE62 model) 1-781-493-11 s OSCILLATOR (VOLTAGE VAR TYPE) (CE67 model) 1-795-191-21 s OSCILLATOR (KR model) CP361 1-251-966-21 s ISOLATOR (U30 model) 1-251-969-21 s ISOLATOR (U42 model) 1-417-523-21 s ISOLATOR (CE62 model) 1-417-524-21 s ISOLATOR (CE67 model) 1-251-973-21 s ISOLATOR (KR model)
CT361 1-141-313-21 s CAP, CHIP TYPE TRIMMER 10PF
D351 8-719-421-70 s DIODE MA133-TX D441 8-719-988-61 s DIODE 1SS355TE-17 D442 8-719-421-70 s DIODE MA133-TX D451 8-719-421-70 s DIODE MA133-TX D481 8-719-421-70 s DIODE MA133-TX
FB401 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB402 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB403 1-414-760-21 s FERRITE, EMI (SMD) (1608)
FL401 1-239-719-31 s FILTER, CHIP EMI FL402 1-239-719-31 s FILTER, CHIP EMI
IC411 8-759-523-00 s IC TC74HC4051AFT(EL) IC431 8-759-422-21 s IC NJM4580V(TE2) IC441 8-759-710-84 s IC NJM2406F-TE2 IC451 8-759-370-11 s IC NJM2100V-TE2 IC471 8-759-384-89 s IC TK10690MTL
IC481 8-759-370-11 s IC NJM2100V-TE2 IC491 8-759-370-11 s IC NJM2100V-TE2 IC511 8-759-209-27 s IC TC4SU69F(TE85R) IC521 8-759-287-55 s IC TC7S66FU(TE85R)
L301 1-414-850-21 s INDUCTOR, CHIP 39NH (1005) L302 1-414-801-21 s INDUCTOR 5.6NH (1005) L331 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (U30 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (U42/CE62/CE67/KR model) L332 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U30/U42 model) 1-414-834-21 s INDUCTOR, CHIP 3.3NH (1005) (CE62/CE67/KR model) L342 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (U30 model) 1-414-836-21 s INDUCTOR, CHIP 4.7NH (1005) (U42/CE62/KR model) 1-414-834-21 s INDUCTOR, CHIP 3.3NH (1005) (CE67 model)
3-15UWP Series
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
L351 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U42/CE62/KR model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (CE67 model) L361 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U30/U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62/CE67/KR model) L362 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30/U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/CE67/KR model) L363 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30/U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/CE67/KR model) L364 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U30/U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62/CE67/KR model)
L401 1-414-398-41 s INDUCTOR (SMD) 10.0UH L511 1-414-801-21 s INDUCTOR 5.6NH (1005)
Q320 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E Q321 8-729-928-88 s TRANSISTOR DTC124EE-TL Q322 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q331 6-551-265-01 s TRANSISTOR SI2307BDS-T1 Q332 8-729-928-88 s TRANSISTOR DTC124EE-TL
Q333 8-729-039-32 s TRANSISTOR 2SC5015-T1 Q341 8-729-048-14 s TRANSISTOR 2SC4919-S-TL-E Q351 8-729-143-47 s TRANSISTOR 2SC3356-T1R24 Q421 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q491 8-729-928-05 s TRANSISTOR 2SC4617TL-QR
Q492 8-729-928-25 s TRANSISTOR 2SA1774TL-QR Q493 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q494 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q495 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q511 8-729-821-90 s TRANSISTOR 2SK1332-3-TL-E
Q512 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q521 8-729-928-88 s TRANSISTOR DTC124EE-TL
R301 1-220-878-81 s RES, CHIP 22 (1005) R302 1-208-935-81 s RES, CHIP 100K (1005) R303 1-208-911-81 s RES, CHIP 10K (1005) R304 1-208-867-81 s RES, CHIP 150 (1005) R305 1-220-878-81 s RES, CHIP 22 (1005)
R306 1-208-863-81 s RES, CHIP 100 (1005) (U30 model) 1-208-865-81 s RES, CHIP 120 (1005) (U42 model) 1-208-867-81 s RES, CHIP 150 (1005) (CE62/CE67/KR model) R307 1-208-887-81 s RES, CHIP 1.0K (1005) R308 1-208-887-81 s RES, CHIP 1.0K (1005) R309 1-208-887-81 s RES, CHIP 1.0K (1005) R310 1-208-887-81 s RES, CHIP 1.0K (1005)
R311 1-208-887-81 s RES, CHIP 1.0K (1005) R321 1-208-867-81 s RES, CHIP 150 (1005) R322 1-208-927-81 s RES, CHIP 47K (1005) R323 1-208-887-81 s RES, CHIP 1.0K (1005) R324 1-208-887-81 s RES, CHIP 1.0K (1005)
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
R325 1-208-865-81 s RES, CHIP 120 (1005) (U30 model) 1-208-869-81 s RES, CHIP 180 (1005) (U42/KR model) 1-208-873-81 s RES, CHIP 270 (1005) (CE62/CE67 model) R326 1-208-855-81 s RES, CHIP 47 (1005) (U30 model) 1-220-882-81 s RES, CHIP 33 (1005) (U42/KR model) 1-220-876-81 s RES, CHIP 18 (1005) (CE62/CE67 model) R327 1-208-865-81 s RES, CHIP 120 (1005) (U30 model) 1-208-869-81 s RES, CHIP 180 (1005) (U42/KR model) 1-208-873-81 s RES, CHIP 270 (1005) (CE62/CE67 model) R335 1-208-917-81 s RES, CHIP 18K (1005) R336 1-208-915-81 s RES, CHIP 15K (1005)
R337 1-220-870-81 s RES, CHIP 10 (1005) (EXCEPT KR model) 1-208-863-81 s RES, CHIP 100 (1005) (KR model) R342 1-208-935-81 s RES, CHIP 100K (1005) R343 1-208-895-81 s RES, CHIP 2.2K (1005) R351 1-208-899-81 s RES, CHIP 3.3K (1005) R352 1-208-911-81 s RES, CHIP 10K (1005)
R353 1-220-870-81 s RES, CHIP 10 (1005) (EXCEPT KR model) 1-208-863-81 s RES, CHIP 100 (1005) (KR model) R354 1-220-882-81 s RES, CHIP 33 (1005) R402 1-208-875-81 s RES, CHIP 330 (1005) R404 1-208-921-81 s RES, CHIP 27K (1005) R405 1-208-927-81 s RES, CHIP 47K (1005)
R407 1-208-927-81 s RES, CHIP 47K (1005) R408 1-208-903-81 s RES, CHIP 4.7K (1005) R409 1-208-933-81 s RES, CHIP 82K (1005) R410 1-208-911-81 s RES, CHIP 10K (1005) R411 1-208-899-81 s RES, CHIP 3.3K (1005)
R412 1-208-897-81 s RES, CHIP 2.7K (1005) R413 1-208-893-81 s RES, CHIP 1.8K (1005) R414 1-208-891-81 s RES, CHIP 1.5K (1005) R415 1-208-887-81 s RES, CHIP 1.0K (1005) R416 1-208-883-81 s RES, CHIP 680 (1005)
R417 1-208-879-81 s RES, CHIP 470 (1005) R418 1-208-889-81 s RES, CHIP 1.2K (1005) R419 1-208-911-81 s RES, CHIP 10K (1005) R420 1-208-911-81 s RES, CHIP 10K (1005) R421 1-208-911-81 s RES, CHIP 10K (1005)
R422 1-208-935-81 s RES, CHIP 100K (1005) R423 1-208-935-81 s RES, CHIP 100K (1005) R424 1-208-911-81 s RES, CHIP 10K (1005) R425 1-208-911-81 s RES, CHIP 10K (1005) R426 1-208-895-81 s RES, CHIP 2.2K (1005)
R431 1-208-887-81 s RES, CHIP 1.0K (1005) R432 1-208-952-81 s RES, CHIP 510K (1005) R433 1-208-952-81 s RES, CHIP 510K (1005) R434 1-208-901-81 s RES, CHIP 3.9K (1005) R435 1-208-871-81 s RES, CHIP 220 (1005)
R436 1-208-905-81 s RES, CHIP 5.6K (1005) R437 1-208-905-81 s RES, CHIP 5.6K (1005) R440 1-208-911-81 s RES, CHIP 10K (1005) R441 1-208-911-81 s RES, CHIP 10K (1005) R442 1-208-887-81 s RES, CHIP 1.0K (1005)
3-16 UWP Series
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
R443 1-208-903-81 s RES, CHIP 4.7K (1005) R444 1-208-935-81 s RES, CHIP 100K (1005) R445 1-208-899-81 s RES, CHIP 3.3K (1005) R446 1-208-911-81 s RES, CHIP 10K (1005) R447 1-208-911-81 s RES, CHIP 10K (1005)
R448 1-208-911-81 s RES, CHIP 10K (1005) R449 1-208-903-81 s RES, CHIP 4.7K (1005) R450 1-208-927-81 s RES, CHIP 47K (1005) R451 1-208-909-81 s RES, CHIP 8.2K (1005) R452 1-208-887-81 s RES, CHIP 1.0K (1005)
R453 1-208-927-81 s RES, CHIP 47K (1005) R454 1-208-887-81 s RES, CHIP 1.0K (1005) R455 1-208-935-81 s RES, CHIP 100K (1005) R456 1-208-935-81 s RES, CHIP 100K (1005) R457 1-208-935-81 s RES, CHIP 100K (1005)
R458 1-208-911-81 s RES, CHIP 10K (1005) R459 1-208-895-81 s RES, CHIP 2.2K (1005) R472 1-208-917-81 s RES, CHIP 18K (1005) R473 1-208-917-81 s RES, CHIP 18K (1005) R482 1-208-927-81 s RES, CHIP 47K (1005)
R483 1-208-919-81 s RES, CHIP 22K (1005) R484 1-208-911-81 s RES, CHIP 10K (1005) R485 1-208-911-81 s RES, CHIP 10K (1005) R486 1-208-935-81 s RES, CHIP 100K (1005) R487 1-208-917-81 s RES, CHIP 18K (1005)
R488 1-208-895-81 s RES, CHIP 2.2K (1005) R491 1-208-907-81 s RES, CHIP 6.8K (1005) R492 1-208-915-81 s RES, CHIP 15K (1005) R493 1-208-917-81 s RES, CHIP 18K (1005) R494 1-208-895-81 s RES, CHIP 2.2K (1005)
R495 1-208-895-81 s RES, CHIP 2.2K (1005) R496 1-208-903-81 s RES, CHIP 4.7K (1005) R497 1-208-915-81 s RES, CHIP 15K (1005) R498 1-208-863-81 s RES, CHIP 100 (1005) R499 1-208-935-81 s RES, CHIP 100K (1005)
R500 1-208-905-81 s RES, CHIP 5.6K (1005) R501 1-208-905-81 s RES, CHIP 5.6K (1005) R511 1-219-570-91 s RES, CHIP 10M (1608) R512 1-208-951-81 s RES, CHIP 470K (1005) R513 1-208-935-81 s RES, CHIP 100K (1005)
R514 1-208-887-81 s RES, CHIP 1.0K (1005) R515 1-208-903-81 s RES, CHIP 4.7K (1005) R516 1-208-927-81 s RES, CHIP 47K (1005) R517 1-208-927-81 s RES, CHIP 47K (1005) R518 1-208-889-81 s RES, CHIP 1.2K (1005)
R519 1-208-863-81 s RES, CHIP 100 (1005) R521 1-208-903-81 s RES, CHIP 4.7K (1005) R522 1-208-903-81 s RES, CHIP 4.7K (1005) R523 1-208-927-81 s RES, CHIP 47K (1005) R524 1-208-903-81 s RES, CHIP 4.7K (1005)
R525 1-208-935-81 s RES, CHIP 100K (1005) R526 1-208-887-81 s RES, CHIP 1.0K (1005) R2001 1-208-887-81 s RES, CHIP 1.0K (1005) (U30 model) R2002 1-208-887-81 s RES, CHIP 1.0K (1005) (U42 model) R2003 1-208-887-81 s RES, CHIP 1.0K (1005) (CE62 model)
R2004 1-208-887-81 s RES, CHIP 1.0K (1005) (CE67 model) R2006 1-208-887-81 s RES, CHIP 1.0K (1005) (KR model)
RV351 1-227-275-21 s RES, ADJ, CERMET 47K
(RF-131 BOARD)
Ref. No. or Q’ty Part No. SP Description
RV441 1-227-270-21 s RES, ADJ, CERMET 10K RV491 1-227-270-21 s RES, ADJ, CERMET 10K RV511 1-227-264-21 s RES, ADJ, CERMET 2.2K RV521 1-227-275-21 s RES, ADJ, CERMET 47K
S401 1-554-671-12 s SWITCH, SLIDE
3-17UWP Series
3-3-2. UTX-H2-------------MB-1137 BOARD------------- Ref. No. or Q’ty Part No. SP Description
1pc A-1538-044-A s MOUNTED CIRCUIT BOARD, MB-1137(U30) (U30 model) 1pc A-1538-287-A s MOUNTED CIRCUIT BOARD, MB-1137(U42) (U42 model) 1pc A-1538-361-A s MOUNTED CIRCUIT BOARD, MB-1137(CE62) (CE62 model) 1pc A-1538-367-A s MOUNTED CIRCUIT BOARD, MB-1137(CE67) (CE67 model) 1pc A-1546-325-A s MOUNTED CIRCUIT BOARD, MB-1137(KR3) (KR model)
1pc 1-467-301-11 s DISPLAY, LIQUID CRYSTAL
C3 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C4 1-137-910-91 s CAP, TANTALUM ELECT 10MF C7 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C8 1-137-910-91 s CAP, TANTALUM ELECT 10MF C9 1-137-910-91 s CAP, TANTALUM ELECT 10MF
C11 1-137-910-91 s CAP, TANTALUM ELECT 10MF C12 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C13 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C14 1-137-910-91 s CAP, TANTALUM ELECT 10MF C15 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
C16 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C17 1-137-910-91 s CAP, TANTALUM ELECT 10MF C18 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C20 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C21 1-135-149-91 s CAP,CHIP TANTALUM ELECT 2.2MF
C22 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012) C23 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012) C24 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C25 1-112-300-91 s CAP, CERAMIC 4.7MF B (2012) C26 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C27 1-137-910-91 s CAP, TANTALUM ELECT 10MF C28 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005 C29 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C30 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005 C31 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005
C32 1-137-910-91 s CAP, TANTALUM ELECT 10MF C33 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C34 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C35 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C36 1-113-601-91 s CAP, CHIP TANTALUM ELECT 1MF
C37 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C38 1-137-910-91 s CAP, TANTALUM ELECT 10MF C39 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C40 1-131-664-91 s CAP,CHIP CERAMIC 0.15MF B 1608 C42 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005
C43 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005 C44 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C45 1-137-910-91 s CAP, TANTALUM ELECT 10MF C46 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C47 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C48 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C50 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C101 1-164-852-81 s CAP, CHIP CERAMIC 12PF CH 1005 C102 1-164-852-81 s CAP, CHIP CERAMIC 12PF CH 1005 C103 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C104 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C105 1-100-581-81 s CAP,CHIP CERAMIC0.0047MF B1005 C106 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
C107 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C108 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C109 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C110 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C111 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C112 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C113 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C114 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C115 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C116 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005
C117 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C118 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C119 1-165-845-21 s CAP, ELECT 47MF 7.3X4.3 C120 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C121 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C122 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C123 1-165-845-21 s CAP, ELECT 47MF 7.3X4.3 C124 1-137-859-91 s CAP, TANTALUM ELECT 220MF 3528 C125 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C126 1-165-845-21 s CAP, ELECT 47MF 7.3X4.3
C127 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C128 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C129 1-165-945-91 s CAP, TANTALUM ELECT 22MF(3528) C130 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C131 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 (U30/U42 model) 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 (CE62/CE67/KR model)
C132 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C133 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 C134 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C135 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U30 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U42 model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (CE62/CE67/KR model) C136 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C138 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C140 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C141 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C142 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U42/CE62/CE67/KR model) C143 1-164-847-81 s CAP, CHIP CERAMIC 7PF CH 1005 (U30 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (U42/CE62/CE67/KR model)
C144 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U42/CE62/CE67/KR model) C145 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C146 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30/U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE62/CE67/KR model) C147 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30/U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE62/CE67/KR model)
3-18 UWP Series
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
C148 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 (U30/CE62/CE67/KR model) C149 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C201 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C203 1-131-603-22 s CAP, ELECT 100MF 7.3X4.3 C204 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C205 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C206 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C211 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C212 1-112-015-91 s CAP, CHIP CERAMIC 47MF B 3225 C213 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C214 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C302 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C304 1-131-603-22 s CAP, ELECT 100MF 7.3X4.3 C401 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C402 1-112-015-91 s CAP, CHIP CERAMIC 47MF B 3225
C403 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C404 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C405 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C406 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C408 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C409 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C410 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C411 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C412 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C414 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C415 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C416 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 C417 1-164-860-81 s CAP, CHIP CERAMIC 27PF CH 1005 C418 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C419 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005
C421 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C425 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
CN2 1-770-620-21 s PIN, CONNECTOR 3P CN101 1-774-915-21 s CONNECTOR, COAXIAL
CP101 1-795-184-21 s OSCILLATOR (U30 model) 1-795-187-21 s OSCILLATOR (U42 model) 1-795-210-21 s OSCILLATOR (VOLTAGE VAR TYPE) (CE62 model) 1-781-493-11 s OSCILLATOR (VOLTAGE VAR TYPE) (CE67 model) 1-795-191-21 s OSCILLATOR (KR model) CP102 1-251-966-21 s ISOLATOR (U30 model) 1-251-969-21 s ISOLATOR (U42 model) 1-417-523-21 s ISOLATOR (CE62 model) 1-417-524-21 s ISOLATOR (CE67 model) 1-251-973-21 s ISOLATOR (KR model)
CT101 1-141-313-21 s CAP, CHIP TYPE TRIMMER 10PF CT401 1-141-322-21 s CAP, CHIP TYPE TRIMMER 20PF
D1 8-719-421-70 s DIODE MA133-TX D2 8-719-988-61 s DIODE 1SS355TE-17 D3 8-719-421-70 s DIODE MA133-TX D4 8-719-421-70 s DIODE MA133-TX D105 8-719-421-70 s DIODE MA133-TX
D106 8-719-988-61 s DIODE 1SS355TE-17 D107 8-719-988-61 s DIODE 1SS355TE-17 D201 6-500-220-01 s DIODE RB161M-20TR D301 8-719-040-00 s DIODE UMZ8.2T-T106 D401 8-719-053-07 s DIODE SML-310MTT86
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
FL1 1-233-322-31 s FILTER, CHIP EMI FL301 1-233-322-31 s FILTER, CHIP EMI
IC1 8-759-523-00 s IC TC74HC4051AFT(EL) IC2 8-759-422-21 s IC NJM4580V(TE2) IC3 8-759-710-84 s IC NJM2406F-TE2 IC4 8-759-370-11 s IC NJM2100V-TE2 IC5 8-759-370-11 s IC NJM2100V-TE2
IC6 8-759-384-89 s IC TK10690MTL IC7 8-759-370-11 s IC NJM2100V-TE2 IC101 8-759-209-27 s IC TC4SU69F(TE85R) IC103 8-759-287-55 s IC TC7S66FU(TE85R) IC211 8-759-486-73 s IC XC62FP3302PR
IC401 8-759-669-90 o IC 24LC64T-I/SNG IC402 6-700-923-01 o IC XC61FN2712MR IC404 6-709-888-01 s IC TC7WHU04FK(T5RSOYF
L101 1-414-801-21 s INDUCTOR 5.6NH (1005) L102 1-469-860-21 s INDUCTOR, CHIP 39.0NH (1005) L103 1-414-801-21 s INDUCTOR 5.6NH (1005) L105 1-410-658-41 s CHIP INDUCTOR 220UH L106 1-410-658-41 s CHIP INDUCTOR 220UH
L108 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (U30/U42 model) 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (CE62/CE67 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (KR model) L109 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U42/KR model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE67 model) L110 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62/CE67/KR model) L111 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/CE67/KR model) L112 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/CE67/KR model)
L113 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62/CE67/KR model) L115 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30/U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model)
3-19UWP Series
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
L121 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (U30 model) 1-414-836-21 s INDUCTOR, CHIP 4.7NH (1005) (U42/CE62/KR model) 1-414-834-21 s INDUCTOR, CHIP 3.3NH (1005) (CE67 model) L201 1-419-881-21 s COIL, CHOKE (47UH) L202 1-414-398-41 s INDUCTOR (SMD) 10.0UH
Q1 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q3 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q4 8-729-928-25 s TRANSISTOR 2SA1774TL-QR Q5 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q6 8-729-928-05 s TRANSISTOR 2SC4617TL-QR
Q7 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q101 8-729-821-90 s TRANSISTOR 2SK1332-3-TL-E Q102 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q103 8-729-928-88 s TRANSISTOR DTC124EE-TL Q104 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E
Q105 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E Q106 8-729-039-32 s TRANSISTOR 2SC5015-T1 Q107 8-729-048-14 s TRANSISTOR 2SC4919-S-TL-E Q108 8-729-143-47 s TRANSISTOR 2SC3356-T1R24 Q201 8-729-052-37 s TRANSISTOR XP151A13A0MR
Q301 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q302 8-729-039-86 s TRANSISTOR FMMT717TA Q303 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q401 8-729-928-88 s TRANSISTOR DTC124EE-TL Q402 8-729-928-88 s TRANSISTOR DTC124EE-TL
R1 1-218-959-81 s RES, CHIP 3.3K R2 1-218-958-81 s RES, CHIP 2.7K R3 1-218-956-81 s RES, CHIP 1.8K R4 1-218-955-81 s RES, CHIP 1.5K R5 1-218-953-81 s RES, CHIP 1.0K
R6 1-218-951-81 s RES, CHIP 680 R7 1-218-949-81 s RES, CHIP 470 R8 1-218-954-81 s RES, CHIP 1.2K R9 1-218-969-81 s RES, CHIP 22K R11 1-218-977-81 s RES, CHIP 100K
R12 1-218-977-81 s RES, CHIP 100K R14 1-218-965-81 s RES, CHIP 10K R15 1-218-965-81 s RES, CHIP 10K R18 1-218-965-81 s RES, CHIP 10K R19 1-218-965-81 s RES, CHIP 10K
R20 1-218-965-81 s RES, CHIP 10K R21 1-208-895-81 s RES, CHIP 2.2K (1005) R22 1-218-953-81 s RES, CHIP 1.0K R26 1-220-215-81 s RES, CHIP 510K R27 1-220-215-81 s RES, CHIP 510K
R28 1-218-960-81 s RES, CHIP 3.9K R29 1-218-945-81 s RES, CHIP 220 R31 1-208-927-81 s RES, CHIP 47K (1005) R32 1-218-969-81 s RES, CHIP 22K R34 1-218-965-81 s RES, CHIP 10K
R35 1-218-965-81 s RES, CHIP 10K R36 1-218-977-81 s RES, CHIP 100K R37 1-218-965-81 s RES, CHIP 10K R39 1-218-953-81 s RES, CHIP 1.0K R40 1-218-961-81 s RES, CHIP 4.7K
R41 1-218-977-81 s RES, CHIP 100K
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
R42 1-218-977-81 s RES, CHIP 100K R43 1-218-964-81 s RES, CHIP 8.2K R44 1-218-953-81 s RES, CHIP 1.0K R45 1-218-977-81 s RES, CHIP 100K R46 1-208-885-81 s RES, CHIP 820 (1005)
R47 1-218-980-81 s RES, CHIP 180K R48 1-218-953-81 s RES, CHIP 1.0K R49 1-218-977-81 s RES, CHIP 100K R51 1-218-965-81 s RES, CHIP 10K R52 1-218-965-81 s RES, CHIP 10K
R53 1-218-977-81 s RES, CHIP 100K R54 1-218-968-81 s RES, CHIP 18K R55 1-208-895-81 s RES, CHIP 2.2K (1005) R57 1-218-962-81 s RES, CHIP 5.6K R58 1-218-962-81 s RES, CHIP 5.6K
R59 1-218-968-81 s RES, CHIP 18K R60 1-218-968-81 s RES, CHIP 18K R61 1-218-963-81 s RES, CHIP 6.8K R62 1-218-967-81 s RES, CHIP 15K R63 1-218-968-81 s RES, CHIP 18K
R65 1-208-895-81 s RES, CHIP 2.2K (1005) R66 1-208-895-81 s RES, CHIP 2.2K (1005) R67 1-218-961-81 s RES, CHIP 4.7K R69 1-218-967-81 s RES, CHIP 15K R70 1-218-941-81 s RES, CHIP 100
R71 1-218-977-81 s RES, CHIP 100K R73 1-218-962-81 s RES, CHIP 5.6K R74 1-218-962-81 s RES, CHIP 5.6K R75 1-218-965-81 s RES, CHIP 10K R101 1-219-570-91 s RES, CHIP 10M (1608)
R102 1-218-985-81 s RES, CHIP 470K R103 1-218-977-81 s RES, CHIP 100K R104 1-218-955-81 s RES, CHIP 1.5K R105 1-218-961-81 s RES, CHIP 4.7K R106 1-208-927-81 s RES, CHIP 47K (1005)
R107 1-208-927-81 s RES, CHIP 47K (1005) R108 1-218-955-81 s RES, CHIP 1.5K R110 1-218-941-81 s RES, CHIP 100 R111 1-218-933-81 s RES, CHIP 22 R112 1-218-977-81 s RES, CHIP 100K
R114 1-218-965-81 s RES, CHIP 10K R115 1-218-953-81 s RES, CHIP 1.0K R116 1-218-953-81 s RES, CHIP 1.0K R117 1-218-953-81 s RES, CHIP 1.0K R118 1-218-943-81 s RES, CHIP 150
R120 1-218-933-81 s RES, CHIP 22 R121 1-218-942-81 s RES, CHIP 120 (U30 model) 1-218-943-81 s RES, CHIP 150 (U42 model) 1-218-944-81 s RES, CHIP 180 (CE62/CE67/KR model) R122 1-218-953-81 s RES, CHIP 1.0K R123 1-218-953-81 s RES, CHIP 1.0K R125 1-218-961-81 s RES, CHIP 4.7K
R126 1-208-927-81 s RES, CHIP 47K (1005) R127 1-218-961-81 s RES, CHIP 4.7K R128 1-218-948-81 s RES, CHIP 390 R129 1-218-965-81 s RES, CHIP 10K R130 1-208-927-81 s RES, CHIP 47K (1005)
R131 1-208-927-81 s RES, CHIP 47K (1005) R132 1-208-895-81 s RES, CHIP 2.2K (1005)
3-20 UWP Series
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
R133 1-218-968-81 s RES, CHIP 18K R134 1-218-967-81 s RES, CHIP 15K R135 1-218-939-81 s RES, CHIP 68 (U30 model) 1-218-937-81 s RES, CHIP 47 (U42 model) 1-218-933-81 s RES, CHIP 22 (CE62/CE67 model) 1-218-941-81 s RES, CHIP 100 (KR model) R138 1-218-977-81 s RES, CHIP 100K R140 1-218-959-81 s RES, CHIP 3.3K
R141 1-218-965-81 s RES, CHIP 10K R142 1-218-929-81 s RES, CHIP 10 (EXCEPT KR) 1-218-941-81 s RES, CHIP 100 (KR model) R143 1-218-935-81 s RES, CHIP 33 R145 1-218-935-81 s RES, CHIP 33 R147 1-218-961-81 s RES, CHIP 4.7K
R302 1-208-927-81 s RES, CHIP 47K (1005) R303 1-208-895-81 s RES, CHIP 2.2K (1005) R304 1-208-921-81 s RES, CHIP 27K (1005) R305 1-218-977-81 s RES, CHIP 100K R306 1-218-945-81 s RES, CHIP 220
R307 1-208-927-81 s RES, CHIP 47K (1005) R308 1-208-927-81 s RES, CHIP 47K (1005) R401 1-218-965-81 s RES, CHIP 10K R402 1-218-961-81 s RES, CHIP 4.7K R403 1-208-927-81 s RES, CHIP 47K (1005)
R404 1-218-965-81 s RES, CHIP 10K R405 1-218-965-81 s RES, CHIP 10K R406 1-218-965-81 s RES, CHIP 10K R407 1-218-953-81 s RES, CHIP 1.0K R408 1-218-953-81 s RES, CHIP 1.0K
R409 1-218-953-81 s RES, CHIP 1.0K R410 1-218-965-81 s RES, CHIP 10K R411 1-218-965-81 s RES, CHIP 10K R412 1-218-965-81 s RES, CHIP 10K R413 1-208-895-81 s RES, CHIP 2.2K (1005)
R414 1-218-929-81 s RES, CHIP 10 R415 1-218-929-81 s RES, CHIP 10 R416 1-218-929-81 s RES, CHIP 10 R417 1-218-965-81 s RES, CHIP 10K R421 1-218-965-81 s RES, CHIP 10K
R422 1-218-965-81 s RES, CHIP 10K R423 1-218-965-81 s RES, CHIP 10K R424 1-218-959-81 s RES, CHIP 3.3K R425 1-218-955-81 s RES, CHIP 1.5K R426 1-218-950-81 s RES, CHIP 560
R427 1-218-989-81 s RES, CHIP 1M R428 1-208-895-81 s RES, CHIP 2.2K (1005) R429 1-218-977-81 s RES, CHIP 100K R430 1-218-929-81 s RES, CHIP 10 R431 1-218-929-81 s RES, CHIP 10
R432 1-218-929-81 s RES, CHIP 10
RV1 1-227-270-21 s RES, ADJ, CERMET 10K RV2 1-227-270-21 s RES, ADJ, CERMET 10K RV101 1-227-275-21 s RES, ADJ, CERMET 47K RV102 1-227-275-21 s RES, ADJ, CERMET 47K RV103 1-227-264-21 s RES, ADJ, CERMET 2.2K
S301 1-553-977-71 s SWITCH, SLIDE S401 1-771-105-21 s SWITCH, TACTILE S402 1-771-105-21 s SWITCH, TACTILE S403 1-771-105-21 s SWITCH, TACTILE
(MB-1137 BOARD)
Ref. No. or Q’ty Part No. SP Description
THP301 1-804-616-21 s THERMISTOR, POSITIVE
X401 1-760-474-21 s VIBRATOR, CRYSTAL (4 MHz)
3-21UWP Series
3-3-3. URX-M2------------DP-456 BOARD------------ Ref. No. or Q’ty Part No. SP Description
1pc A-1538-527-A s MOUNTED CIRCUIT BOARD, DP-456
C601 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C602 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C603 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
CN602 1-793-123-51 s CONNECTOR, FFC/FPC (ZIF) 35P
D601 6-500-605-01 s DIODE CL-270YG-C-TSL D602 6-500-605-01 s DIODE CL-270YG-C-TSL D603 8-719-053-07 s DIODE SML-310MTT86
R601 1-218-945-81 s RES, CHIP 220 R603 1-218-949-81 s RES, CHIP 470 R604 1-218-965-81 s RES, CHIP 10K R605 1-218-953-81 s RES, CHIP 1.0K R606 1-218-965-81 s RES, CHIP 10K
R607 1-218-953-81 s RES, CHIP 1.0K R608 1-218-965-81 s RES, CHIP 10K R609 1-218-953-81 s RES, CHIP 1.0K
S601 1-771-105-21 s SWITCH, TACTILE S602 1-771-105-21 s SWITCH, TACTILE S603 1-771-105-21 s SWITCH, TACTILE
------------------MB-1129 BOARD------------------ Ref. No. or Q'ty Part No. SP Description
1pc A-1538-524-A s MOUNTED CIRCUIT BOARD, MB-1129(U30) (U30 model) 1pc A-1538-531-A s MOUNTED CIRCUIT BOARD, MB-1129(U42) (U42 model) 1pc A-1538-544-A s MOUNTED CIRCUIT BOARD, MB-1129(CE62) (CE62 model) 1pc A-1538-549-A s MOUNTED CIRCUIT BOARD, MB-1129(CE67) (CE67 model) 1pc A-1546-312-A s MOUNTED CIRCUIT BOARD, MB-1129(KR3) (KR model)
1pc 1-569-671-11 s CONNECTOR, BOARD TO BOARD 10P (U30 model)
C101 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C102 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C103 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C104 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C105 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 (U30 model) 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 (U42/CE62/KR model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE67 model)
C106 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C107 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C108 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (EXCEPT U42 model) 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 (U42 model) C109 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (EXCEPT U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U42 model) C110 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C111 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C112 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C113 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 (U30/CE62/KR model) 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 (U42/CE67 model) C114 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U30/U42/CE62 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE67/KR model) C115 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U30/U42 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE62 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (CE67/KR model)
C116 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C117 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C118 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C119 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C120 1-164-841-81 s CAP,CHIP CERAMIC 1.5PF CH 1005
C121 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C122 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C123 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C124 1-164-874-81 s CAP, CHIP CERAMIC 100PF CH 1005 C125 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005
C126 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C127 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C128 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C129 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
3-22 UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
C130 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C131 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C132 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225 C133 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C134 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C135 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C136 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C137 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C138 1-100-672-91 s CAP, CERAMIC 10MF C (3216) C139 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C140 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C141 1-112-746-91 s CAP, CERAMIC 4.7MF B (1608) C142 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C143 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C144 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C145 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C146 1-100-672-91 s CAP, CERAMIC 10MF C (3216) C147 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C201 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C202 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005
C203 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C204 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C205 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 (U30 model) 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 (U42/CE62/KR model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE67 model) C206 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C207 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C208 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (EXCEPT U42 model) 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 (U42 model) C209 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (EXCEPT U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U42 model) C210 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C211 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C212 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C213 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 (U30/CE62/KR model) 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 (U42/CE67 model) C214 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U30/U42/CE62 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE67/KR model) C215 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U30/U42 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE62 model) 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (CE67/KR model) C216 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C217 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005
C218 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C219 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C220 1-164-841-81 s CAP,CHIP CERAMIC 1.5PF CH 1005 C221 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C222 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
C223 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C224 1-164-874-81 s CAP, CHIP CERAMIC 100PF CH 1005 C225 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 C226 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C227 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005
C228 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C229 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C230 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C231 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C232 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225
C233 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C234 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C235 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C236 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C237 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C238 1-100-672-91 s CAP, CERAMIC 10MF C (3216) C239 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C240 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C241 1-112-746-91 s CAP, CERAMIC 4.7MF B (1608) C242 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
C243 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C244 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C245 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C246 1-100-672-91 s CAP, CERAMIC 10MF C (3216) C247 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C301 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 C302 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C303 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C304 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C305 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005
C306 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C307 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C308 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C309 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C310 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C311 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C312 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C313 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C314 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C315 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C316 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C317 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C318 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C319 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C320 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005
C321 1-100-611-91 s CAP, CERAMIC 22MF C (2012) C322 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C323 1-100-880-91 s CAP, CERAMIC 100MF C (3225) C324 1-100-880-91 s CAP, CERAMIC 100MF C (3225) C325 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C326 1-131-664-91 s CAP,CHIP CERAMIC 0.15MF B 1608 C327 1-112-746-91 s CAP, CERAMIC 4.7MF B (1608) C328 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C329 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C330 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005
C331 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 C332 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 C333 1-100-880-91 s CAP, CERAMIC 100MF C (3225) C334 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
3-23UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
C335 1-100-880-91 s CAP, CERAMIC 100MF C (3225) C336 1-128-934-91 s CAP,CHIP CERAMIC 0.33MF B 1608 C337 1-165-884-91 s CAP, CERAMIC 2.2MF (1608) C338 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C339 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005
C340 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 C341 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C342 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C343 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005 C344 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005
C345 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 C346 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C347 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 C348 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C349 1-117-681-21 s CAP, ELECT 100MF (6.6X5.5)
C350 1-100-566-91 s CAP, CHIP CERAMIC 0.1MF B 1608 C351 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225 C352 1-100-566-91 s CAP, CHIP CERAMIC 0.1MF B 1608 C353 1-117-681-21 s CAP, ELECT 100MF (6.6X5.5) C354 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C355 1-117-681-21 s CAP, ELECT 100MF (6.6X5.5) C356 1-100-672-91 s CAP, CERAMIC 10MF C (3216) C357 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C358 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C359 1-100-880-91 s CAP, CERAMIC 100MF C (3225)
C360 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C361 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C362 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C401 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C402 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C403 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C404 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C405 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C406 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C407 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C408 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225 C409 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C410 1-113-601-91 s CAP, CHIP TANTALUM ELECT 1MF C411 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225 C412 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C413 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C414 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C415 1-100-055-21 s CAP, CHIP CERAMIC 22MF B 3225 C416 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C417 1-119-751-91 s CAP, CHIP TANTALUM ELECT 22MF
C419 1-100-611-91 s CAP, CERAMIC 22MF C (2012) C420 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C421 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C422 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C423 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005
C424 1-162-979-91 s CAP,CERAMIC 2700PF B 1608 C425 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C426 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C427 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C428 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF
C429 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C430 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C431 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C432 1-104-915-91 s CAP, CHIP TANTALUM ELECT 2.2MF
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
C433 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C434 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C435 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C436 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C437 1-164-854-81 s CAP, CHIP CERAMIC 15PF CH 1005
C438 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C439 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C440 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C441 1-164-935-81 s CAP, CHIP CERAMIC 470PF B 1005 C442 1-164-935-81 s CAP, CHIP CERAMIC 470PF B 1005
C443 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C444 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C445 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C446 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C447 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF
C448 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C449 1-104-913-91 s CAP, CHIP TANTALUM ELECT 10MF C501 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C502 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C503 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C504 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C505 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C506 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C507 1-164-860-81 s CAP, CHIP CERAMIC 27PF CH 1005 C508 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005
C509 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C510 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C511 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C512 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C513 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C514 1-100-880-91 s CAP, CERAMIC 100MF C (3225) C515 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C516 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C517 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C518 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C519 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C520 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C521 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C522 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C523 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C524 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C525 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C526 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C527 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C528 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C529 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C530 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C531 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
CF101 1-813-415-11 s FILTER, CERAMIC CF102 1-813-415-11 s FILTER, CERAMIC CF103 1-813-415-11 s FILTER, CERAMIC CF104 1-813-356-11 s FILTER, CERAMIC CF201 1-813-415-11 s FILTER, CERAMIC
CF202 1-813-415-11 s FILTER, CERAMIC CF203 1-813-415-11 s FILTER, CERAMIC CF204 1-813-356-11 s FILTER, CERAMIC
CN101 1-774-915-21 s CONNECTOR, COAXIAL CN201 1-774-915-21 s CONNECTOR, COAXIAL
3-24 UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
CN301 1-569-671-11 s CONNECTOR, BOARD TO BOARD 10P (EXCEPT U30 model) CN502 1-793-122-51 s CONNECTOR, FFC/FPC (ZIF) 35P
CT301 1-141-435-21 s CAP, CHIP TYPE TRIMMER 3PF CT501 1-141-322-21 s CAP, CHIP TYPE TRIMMER 20PF
D302 6-500-220-11 s DIODE RB161M-20FTR D303 8-719-988-61 s DIODE 1SS355TE-17 D401 8-719-421-70 s DIODE MA133-TX D402 8-719-421-70 s DIODE MA133-TX D403 8-719-421-70 s DIODE MA133-TX
F301 ! 1-576-847-21 s FUSE (0.5A/72V)
FB101 1-400-834-21 s FERRITE, EMI (SMD) (1005) FB201 1-400-834-21 s FERRITE, EMI (SMD) (1005)
FL101 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model) FL102 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model) FL201 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model) FL202 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model)
IC101 8-759-355-20 s IC TA31161FN(EL) IC102 8-752-072-65 s IC CXA1611N-T4 IC201 8-752-072-65 s IC CXA1611N-T4 IC202 8-759-355-20 s IC TA31161FN(EL) IC302 8-759-578-53 s IC XC6365D103MR
IC303 6-702-302-01 s IC TK11133CSCL-G IC401 8-759-358-47 s IC NJM2115V(TE2) IC402 8-759-384-91 s IC TK10691MTL IC403 8-759-523-02 s IC TC74HC4053AFT(EL) IC404 8-759-422-21 s IC NJM4580V(TE2)
IC405 8-759-422-21 s IC NJM4580V(TE2) IC406 8-759-278-58 s IC NJM4558V-TE2 IC407 8-759-278-58 s IC NJM4558V-TE2 IC501 6-700-923-01 o IC XC61FN2712MR IC502 8-759-669-90 o IC 24LC64T-I/SNG
IC503 6-709-888-01 s IC TC7WHU04FK(T5RSOYF IC504 6-706-492-01 s IC TC7SHU04FU(T5RSOJF)
L101 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L102 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U30 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (U42 model) 1-414-837-21 s INDUCTOR, CHIP 5.6NH (1005) (CE62/CE67 model) 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (KR model)
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
L103 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L104 1-414-851-21 s INDUCTOR, CHIP 47NH (1005) (U30 model) 1-414-846-21 s INDUCTOR, CHIP 33NH (1005) (U42 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (CE67 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (KR model) L105 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62 model) 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (CE67 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (KR model) L106 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L107 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/KR model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE67 model)
L108 1-414-851-21 s INDUCTOR, CHIP 47NH (1005) (U30/U42 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62/CE67/KR model) L109 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L110 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (U42 model) 1-400-993-21 s INDUCTOR, CHIP 1.2NH (1005) (CE62 model) 1-400-991-21 f INDUCTOR,CHIP 1.0NH (1005) (CE67 model) 1-414-830-21 s INDUCTOR, CHIP 1.5NH (1005) (KR model)
3-25UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
L111 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (U42 model) 1-400-991-21 f INDUCTOR,CHIP 1.0NH (1005) (CE62/CE67 model) 1-400-993-21 s INDUCTOR, CHIP 1.2NH (1005) (KR model) L112 1-469-356-21 s INDUCTOR, CHIP 120NH (1005) L113 1-414-846-21 s INDUCTOR, CHIP 33NH (1005) L114 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L115 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L116 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L117 1-412-947-21 s INDUCTOR 4.7UH (2520) L118 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L119 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L201 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L202 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U30 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (U42 model) 1-414-837-21 s INDUCTOR, CHIP 5.6NH (1005) (CE62/CE67 model) 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (KR model) L203 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L204 1-414-851-21 s INDUCTOR, CHIP 47NH (1005) (U30 model) 1-414-846-21 s INDUCTOR, CHIP 33NH (1005) (U42 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (CE67 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (KR model) L205 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62 model) 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) (CE67 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (KR model) L206 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model)
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
L207 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (CE62/KR model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE67 model) L208 1-414-851-21 s INDUCTOR, CHIP 47NH (1005) (U30/U42 model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62/CE67/KR model) L209 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L210 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (U42 model) 1-400-993-21 s INDUCTOR, CHIP 1.2NH (1005) (CE62 model) 1-400-991-21 f INDUCTOR,CHIP 1.0NH (1005) (CE67 model) 1-414-830-21 s INDUCTOR, CHIP 1.5NH (1005) (KR model) L211 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (U42 model) 1-400-991-21 f INDUCTOR,CHIP 1.0NH (1005) (CE62/CE67 model) 1-400-993-21 s INDUCTOR, CHIP 1.2NH (1005) (KR model)
L212 1-469-356-21 s INDUCTOR, CHIP 120NH (1005) L213 1-414-846-21 s INDUCTOR, CHIP 33NH (1005) L214 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L215 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L216 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L217 1-412-947-21 s INDUCTOR 4.7UH (2520) L218 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L219 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L301 1-469-187-21 s INDUCTOR, CHIP 68NH (1005) L302 1-469-356-21 s INDUCTOR, CHIP 120NH (1005)
L303 1-469-187-21 s INDUCTOR, CHIP 68NH (1005) L304 1-469-356-21 s INDUCTOR, CHIP 120NH (1005) L305 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) L306 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) L307 1-400-134-21 s INDUCTOR, CHIP 56NH (1005)
L308 1-414-687-21 s INDUCTOR, CHIP 47NH L309 1-419-881-21 s COIL, CHOKE (47UH) L310 1-419-881-21 s COIL, CHOKE (47UH) L311 1-419-881-21 s COIL, CHOKE (47UH)
Q101 6-551-524-01 s TRANSISTOR 3SK293(TE85L,F) Q102 8-729-047-26 s TRANSISTOR 3SK255-T2 Q103 8-729-047-26 s TRANSISTOR 3SK255-T2 Q104 8-729-047-26 s TRANSISTOR 3SK255-T2 Q105 6-551-864-01 s TR 3SK294(T5LSONY,F)
Q106 6-551-864-01 s TR 3SK294(T5LSONY,F) Q107 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q201 6-551-524-01 s TRANSISTOR 3SK293(TE85L,F) Q202 8-729-047-26 s TRANSISTOR 3SK255-T2 Q203 8-729-047-26 s TRANSISTOR 3SK255-T2
3-26 UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
Q204 8-729-047-26 s TRANSISTOR 3SK255-T2 Q205 6-551-864-01 s TR 3SK294(T5LSONY,F) Q206 6-551-864-01 s TR 3SK294(T5LSONY,F) Q207 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q301 8-729-117-75 s TRANSISTOR 2SC4178-T1F13
Q302 8-729-117-75 s TRANSISTOR 2SC4178-T1F13 Q303 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q304 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q305 8-729-033-13 s TRANSISTOR 2SC4726-TLPQ Q306 8-729-033-13 s TRANSISTOR 2SC4726-TLPQ
Q307 6-551-265-01 s TRANSISTOR SI2307BDS-T1 Q308 8-729-928-88 s TRANSISTOR DTC124EE-TL Q501 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E
R101 1-208-929-81 s RES, CHIP 56K (1005) R102 1-218-966-81 s RES, CHIP 12K (U30 model) 1-218-967-81 s RES, CHIP 15K (EXCEPT U30 model) R103 1-218-969-81 s RES, CHIP 22K R104 1-208-929-81 s RES, CHIP 56K (1005) R105 1-244-161-81 s RES, CHIP 2.2 (1005)
R106 1-218-953-81 s RES, CHIP 1.0K (U30/U42/KR model) 1-218-955-81 s RES, CHIP 1.5K (CE62/CE67 model) R107 1-218-929-81 s RES, CHIP 10 R108 1-218-929-81 s RES, CHIP 10 R109 1-218-929-81 s RES, CHIP 10 R110 1-218-942-81 s RES, CHIP 120
R111 1-218-929-81 s RES, CHIP 10 R112 1-218-975-81 s RES, CHIP 68K R113 1-218-969-81 s RES, CHIP 22K R114 1-218-971-81 s RES, CHIP 33K R115 1-218-975-81 s RES, CHIP 68K
R116 1-218-949-81 s RES, CHIP 470 R117 1-218-929-81 s RES, CHIP 10 R118 1-218-976-81 s RES, CHIP 82K R119 1-218-965-81 s RES, CHIP 10K R120 1-218-976-81 s RES, CHIP 82K
R121 1-218-970-81 s RES, CHIP 27K R122 1-220-803-81 s RES, CHIP 4.7 R123 1-220-803-81 s RES, CHIP 4.7 R124 1-218-955-81 s RES, CHIP 1.5K (U30 model) 1-218-957-81 s RES, CHIP 2.2K (U42 model) 1-218-961-81 s RES, CHIP 4.7K (CE62/CE67/KR model) R125 1-218-929-81 s RES, CHIP 10
R126 1-218-929-81 s RES, CHIP 10 R127 1-218-976-81 s RES, CHIP 82K R128 1-218-969-81 s RES, CHIP 22K R129 1-218-975-81 s RES, CHIP 68K R130 1-218-970-81 s RES, CHIP 27K
R131 1-218-959-81 s RES, CHIP 3.3K R132 1-218-929-81 s RES, CHIP 10 R133 1-218-929-81 s RES, CHIP 10 R134 1-218-963-81 s RES, CHIP 6.8K R135 1-218-959-81 s RES, CHIP 3.3K
R136 1-218-947-81 s RES, CHIP 330 R137 1-218-929-81 s RES, CHIP 10 R138 1-218-943-81 s RES, CHIP 150 R139 1-218-929-81 s RES, CHIP 10 R140 1-218-945-81 s RES, CHIP 220
R141 1-218-941-81 s RES, CHIP 100 R142 1-218-990-81 s CONDUCTOR, CHIP (1005)
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
R143 1-218-941-81 s RES, CHIP 100 R145 1-220-876-81 s RES, CHIP 18 (1005) R146 1-208-873-81 s RES, CHIP 270 (1005) R147 1-208-873-81 s RES, CHIP 270 (1005) R201 1-208-929-81 s RES, CHIP 56K (1005)
R202 1-218-966-81 s RES, CHIP 12K (U30 model) 1-218-967-81 s RES, CHIP 15K (EXCEPT U30 model) R203 1-218-969-81 s RES, CHIP 22K R204 1-208-929-81 s RES, CHIP 56K (1005) R205 1-244-161-81 s RES, CHIP 2.2 (1005) R206 1-218-953-81 s RES, CHIP 1.0K (U30/U42/KR model) 1-218-955-81 s RES, CHIP 1.5K (CE62/CE67 model)
R207 1-218-929-81 s RES, CHIP 10 R208 1-218-929-81 s RES, CHIP 10 R209 1-218-929-81 s RES, CHIP 10 R210 1-218-942-81 s RES, CHIP 120 R211 1-218-929-81 s RES, CHIP 10
R212 1-218-975-81 s RES, CHIP 68K R213 1-218-969-81 s RES, CHIP 22K R214 1-218-971-81 s RES, CHIP 33K R215 1-218-975-81 s RES, CHIP 68K R216 1-218-949-81 s RES, CHIP 470
R217 1-218-929-81 s RES, CHIP 10 R218 1-218-976-81 s RES, CHIP 82K R219 1-218-965-81 s RES, CHIP 10K R220 1-218-976-81 s RES, CHIP 82K R221 1-218-970-81 s RES, CHIP 27K
R222 1-220-803-81 s RES, CHIP 4.7 R223 1-220-803-81 s RES, CHIP 4.7 R224 1-218-955-81 s RES, CHIP 1.5K (U30 model) 1-218-957-81 s RES, CHIP 2.2K (U42 model) 1-218-961-81 s RES, CHIP 4.7K (CE62/CE67/KR model) R225 1-218-929-81 s RES, CHIP 10 R226 1-218-929-81 s RES, CHIP 10
R227 1-218-976-81 s RES, CHIP 82K R228 1-218-969-81 s RES, CHIP 22K R229 1-218-975-81 s RES, CHIP 68K R230 1-218-970-81 s RES, CHIP 27K R231 1-218-959-81 s RES, CHIP 3.3K
R232 1-218-929-81 s RES, CHIP 10 R233 1-218-929-81 s RES, CHIP 10 R234 1-218-963-81 s RES, CHIP 6.8K R235 1-218-959-81 s RES, CHIP 3.3K R236 1-218-947-81 s RES, CHIP 330
R237 1-218-929-81 s RES, CHIP 10 R238 1-218-943-81 s RES, CHIP 150 R239 1-218-929-81 s RES, CHIP 10 R240 1-218-945-81 s RES, CHIP 220 R241 1-218-941-81 s RES, CHIP 100
R242 1-218-990-81 s CONDUCTOR, CHIP (1005) R243 1-218-941-81 s RES, CHIP 100 R245 1-220-876-81 s RES, CHIP 18 (1005) R246 1-208-873-81 s RES, CHIP 270 (1005) R247 1-208-873-81 s RES, CHIP 270 (1005)
R301 1-218-937-81 s RES, CHIP 47 R302 1-218-963-81 s RES, CHIP 6.8K R303 1-218-961-81 s RES, CHIP 4.7K R304 1-218-939-81 s RES, CHIP 68 R305 1-218-937-81 s RES, CHIP 47
3-27UWP Series
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
R306 1-218-963-81 s RES, CHIP 6.8K R307 1-218-961-81 s RES, CHIP 4.7K R308 1-218-939-81 s RES, CHIP 68 R309 1-218-953-81 s RES, CHIP 1.0K R310 1-218-953-81 s RES, CHIP 1.0K
R311 1-218-953-81 s RES, CHIP 1.0K R312 1-218-953-81 s RES, CHIP 1.0K R313 1-218-933-81 s RES, CHIP 22 R314 1-218-933-81 s RES, CHIP 22 R315 1-218-953-81 s RES, CHIP 1.0K
R316 1-218-953-81 s RES, CHIP 1.0K R317 1-218-953-81 s RES, CHIP 1.0K R318 1-218-953-81 s RES, CHIP 1.0K R319 1-218-941-81 s RES, CHIP 100 R320 1-218-941-81 s RES, CHIP 100
R321 1-218-953-81 s RES, CHIP 1.0K R322 1-218-950-81 s RES, CHIP 560 R323 1-218-953-81 s RES, CHIP 1.0K R324 1-218-965-81 s RES, CHIP 10K R325 1-218-954-81 s RES, CHIP 1.2K
R326 1-218-958-81 s RES, CHIP 2.7K R327 1-218-957-81 s RES, CHIP 2.2K R328 1-218-943-81 s RES, CHIP 150 R329 1-218-943-81 s RES, CHIP 150 R330 1-218-983-81 s RES, CHIP 330K
R331 1-218-984-81 s RES, CHIP 390K R332 1-218-965-81 s RES, CHIP 10K R333 1-218-975-81 s RES, CHIP 68K R334 1-218-969-81 s RES, CHIP 22K R401 1-218-958-81 s RES, CHIP 2.7K
R402 1-218-965-81 s RES, CHIP 10K R403 1-218-953-81 s RES, CHIP 1.0K R404 1-218-958-81 s RES, CHIP 2.7K R405 1-218-965-81 s RES, CHIP 10K R406 1-218-953-81 s RES, CHIP 1.0K
R407 1-218-965-81 s RES, CHIP 10K R408 1-218-967-81 s RES, CHIP 15K R409 1-218-962-81 s RES, CHIP 5.6K R410 1-218-977-81 s RES, CHIP 100K R411 1-218-977-81 s RES, CHIP 100K
R412 1-218-977-81 s RES, CHIP 100K R413 1-218-977-81 s RES, CHIP 100K R414 1-218-953-81 s RES, CHIP 1.0K R415 1-218-977-81 s RES, CHIP 100K R416 1-208-929-81 s RES, CHIP 56K (1005)
R417 1-208-929-81 s RES, CHIP 56K (1005) R418 1-208-929-81 s RES, CHIP 56K (1005) R419 1-208-927-81 s RES, CHIP 47K (1005) R420 1-218-967-81 s RES, CHIP 15K R421 1-218-967-81 s RES, CHIP 15K
R422 1-218-960-81 s RES, CHIP 3.9K R423 1-218-960-81 s RES, CHIP 3.9K R424 1-218-957-81 s RES, CHIP 2.2K R425 1-218-971-81 s RES, CHIP 33K R426 1-218-977-81 s RES, CHIP 100K
R427 1-218-957-81 s RES, CHIP 2.2K R428 1-218-986-81 s RES, CHIP 560K R429 1-218-953-81 s RES, CHIP 1.0K R430 1-208-929-81 s RES, CHIP 56K (1005)
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
R432 1-218-977-81 s RES, CHIP 100K R431 1-208-927-81 s RES, CHIP 47K (1005) R433 1-218-957-81 s RES, CHIP 2.2K R434 1-218-965-81 s RES, CHIP 10K R435 1-218-977-81 s RES, CHIP 100K
R436 1-218-953-81 s RES, CHIP 1.0K R437 1-218-971-81 s RES, CHIP 33K R438 1-218-977-81 s RES, CHIP 100K R439 1-218-957-81 s RES, CHIP 2.2K R440 1-218-986-81 s RES, CHIP 560K
R441 1-218-953-81 s RES, CHIP 1.0K R442 1-218-960-81 s RES, CHIP 3.9K R443 1-218-965-81 s RES, CHIP 10K R444 1-218-967-81 s RES, CHIP 15K R445 1-218-960-81 s RES, CHIP 3.9K
R446 1-218-977-81 s RES, CHIP 100K R447 1-218-957-81 s RES, CHIP 2.2K R448 1-218-986-81 s RES, CHIP 560K R449 1-218-953-81 s RES, CHIP 1.0K R450 1-218-941-81 s RES, CHIP 100
R451 1-208-927-81 s RES, CHIP 47K (1005) R452 1-208-929-81 s RES, CHIP 56K (1005) R453 1-218-977-81 s RES, CHIP 100K R454 1-218-977-81 s RES, CHIP 100K R455 1-218-941-81 s RES, CHIP 100
R456 1-218-941-81 s RES, CHIP 100 R457 1-218-941-81 s RES, CHIP 100 R501 1-218-965-81 s RES, CHIP 10K R502 1-218-965-81 s RES, CHIP 10K R503 1-218-965-81 s RES, CHIP 10K
R504 1-218-965-81 s RES, CHIP 10K R505 1-218-965-81 s RES, CHIP 10K R506 1-218-929-81 s RES, CHIP 10 R507 1-218-951-81 s RES, CHIP 680 R508 1-218-989-81 s RES, CHIP 1M
R509 1-218-941-81 s RES, CHIP 100 R510 1-218-941-81 s RES, CHIP 100 R511 1-218-953-81 s RES, CHIP 1.0K R512 1-218-929-81 s RES, CHIP 10 R513 1-218-929-81 s RES, CHIP 10
R514 1-218-929-81 s RES, CHIP 10 R515 1-218-929-81 s RES, CHIP 10 R516 1-218-929-81 s RES, CHIP 10 R517 1-218-929-81 s RES, CHIP 10 R518 1-218-929-81 s RES, CHIP 10
R519 1-218-929-81 s RES, CHIP 10 R520 1-218-929-81 s RES, CHIP 10 R521 1-218-929-81 s RES, CHIP 10 R522 1-218-965-81 s RES, CHIP 10K R523 1-218-965-81 s RES, CHIP 10K
R524 1-218-965-81 s RES, CHIP 10K R525 1-218-965-81 s RES, CHIP 10K R526 1-218-929-81 s RES, CHIP 10 R527 1-218-929-81 s RES, CHIP 10 R528 1-208-929-81 s RES, CHIP 56K (1005)
R529 1-218-977-81 s RES, CHIP 100K R530 1-218-965-81 s RES, CHIP 10K R531 1-218-965-81 s RES, CHIP 10K R532 1-218-965-81 s RES, CHIP 10K
3-28 UWP Series
3-3-4. URX-P2-------------CN-3092 BOARD------------- Ref. No. or Q’ty Part No. SP Description
1pc A-1527-266-A s MOUNTED CIRCUIT BOARD, CN3092 2pcs 1-507-743-21 s JACK, STEREO MINIATURE
CN1001 1-770-623-21 s PIN, CONNECTOR 6P
R1001 1-220-234-91 s RES,SQUARE TYPE CHIP 4.7(3225) R1002 1-220-234-91 s RES,SQUARE TYPE CHIP 4.7(3225)
(MB-1129 BOARD)
Ref. No. or Q'ty Part No. SP Description
R533 1-218-959-81 s RES, CHIP 3.3K R558 1-218-961-81 s RES, CHIP 4.7K R559 1-218-965-81 s RES, CHIP 10K R560 1-218-965-81 s RES, CHIP 10K R561 1-218-990-81 s CONDUCTOR, CHIP (1005)
RV401 1-227-264-21 s RES, ADJ, CERMET 2.2K RV402 1-227-264-21 s RES, ADJ, CERMET 2.2K
X301 1-814-153-11 s OSCILLATOR (U30 model) 1-814-154-11 s OSCILLATOR (U42 model) 1-814-157-11 s OSCILLATOR (CE62 model) 1-814-158-11 s OSCILLATOR (CE67 model) 1-814-156-11 s OSCILLATOR (KR model) X501 1-760-474-21 s VIBRATOR, CRYSTAL (4 MHz)
3-29UWP Series
-------------CPU-421 BOARD------------- Ref. No. or Q’ty Part No. SP Description
1pc A-1521-900-A s MOUNTED CIRCUIT BOARD, CPU421(U30) (U30 model) 1pc A-1526-376-A s MOUNTED CIRCUIT BOARD, CPU421(U42) (U42 model) 1pc A-1527-305-A s MOUNTED CIRCUIT BOARD, CPU421(CE62) (CE62 model) 1pc A-1527-316-A s MOUNTED CIRCUIT BOARD, CPU421(CE67) (CE67 model) 1pc A-1530-795-A s MOUNTED CIRCUIT BOARD, CPU421(KR3) (KR model)
1pc 1-467-301-11 s DISPLAY, LIQUID CRYSTAL 1pc 3-298-508-01 s CASE LCD
C12 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C13 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C14 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C15 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C16 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
C17 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C18 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C20 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C21 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C401 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF
C402 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C403 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C411 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C412 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C413 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005
C414 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C415 1-162-979-91 s CAP,CERAMIC 2700PF B 1608 C416 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C417 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C421 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C422 1-113-601-91 s CAP, CHIP TANTALUM ELECT 1MF C423 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C424 1-137-739-91 s CAP, TANTALUM ELECT 22MF(3216) C427 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005 C428 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C429 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C430 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C431 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C432 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216 C433 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216
C434 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C435 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C436 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C441 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C442 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF
C443 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C444 1-164-854-81 s CAP, CHIP CERAMIC 15PF CH 1005 C445 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C446 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C447 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C448 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C451 1-164-935-81 s CAP, CHIP CERAMIC 470PF B 1005 C452 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C453 1-164-935-81 s CAP, CHIP CERAMIC 470PF B 1005 C454 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C455 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C456 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
(CPU-421 BOARD)
Ref. No. or Q’ty Part No. SP Description
C457 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C458 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C459 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C460 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C461 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C462 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF C463 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C464 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C471 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C472 1-104-851-95 s CAP, CHIP TANTALUM ELECT 10MF
C473 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C474 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF C481 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216 C482 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C483 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105
C484 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C485 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C486 1-135-856-91 s CAP, CHIP TANTALUM ELECT 100MF C487 1-135-856-91 s CAP, CHIP TANTALUM ELECT 100MF C601 1-112-015-91 s CAP, CHIP CERAMIC 47MF B 3225
C602 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C603 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C604 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C605 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C606 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C607 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C608 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C609 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C610 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C611 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C612 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C613 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C614 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C615 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C616 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C617 1-112-815-91 s CAP, CERAMIC 10MF C (1608) C622 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C623 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C624 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C625 1-164-860-81 s CAP, CHIP CERAMIC 27PF CH 1005
C626 1-165-875-91 s CAP, CHIP CERAMIC 10MF B 3216 C627 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C628 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C631 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C632 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C651 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C652 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C671 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C681 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C682 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C683 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
CN2 1-779-201-21 s CONNECTOR, BOARD TO BOARD 30P CN11 1-770-619-21 s PIN, CONNECTOR 2P CN431 1-770-623-21 s PIN, CONNECTOR 6P
CT621 1-141-322-21 s CAP, CHIP TYPE TRIMMER 20PF
D11 6-500-220-01 s DIODE RB161M-20TR D12 8-719-040-00 s DIODE UMZ8.2T-T106
3-30 UWP Series
(CPU-421 BOARD)
Ref. No. or Q’ty Part No. SP Description
D441 8-719-421-70 s DIODE MA133-TX D451 8-719-421-70 s DIODE MA133-TX D452 8-719-421-70 s DIODE MA133-TX D641 8-719-053-07 s DIODE SML-310MTT86 D651 6-500-605-01 s DIODE CL-270YG-C-TSL
D652 6-500-605-01 s DIODE CL-270YG-C-TSL
FB431 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB432 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB484 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB485 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB486 1-414-760-21 s FERRITE, EMI (SMD) (1608)
IC11 8-759-569-80 s IC XC6367A331MR IC401 8-759-523-02 s IC TC74HC4053AFT(EL) IC411 8-759-370-11 s IC NJM2100V-TE2 IC421 8-759-384-91 s IC TK10691MTL IC422 8-759-358-47 s IC NJM2115V(TE2)
IC441 8-759-370-11 s IC NJM2100V-TE2 IC451 8-759-370-11 s IC NJM2100V-TE2 IC461 8-759-523-00 s IC TC74HC4051AFT(EL) IC471 8-759-523-00 s IC TC74HC4051AFT(EL) IC481 8-759-048-94 s IC LA4534M-TE-L
IC601 6-807-775-01 s IC MB89498PFV-G-109E1 IC621 6-709-888-01 s IC TC7WHU04FK(T5RSOYF IC631 6-700-923-01 o IC XC61FN2712MR IC671 6-703-999-01 s IC BR24L32FV-WE2
L11 1-419-881-21 s COIL, CHOKE (47UH) L12 1-414-398-41 s INDUCTOR (SMD) 10.0UH
Q11 8-729-052-37 s TRANSISTOR XP151A13A0MR Q12 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q13 8-729-039-86 s TRANSISTOR FMMT717TA Q14 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q401 8-729-039-86 s TRANSISTOR FMMT717TA
Q431 8-729-920-19 s TRANSISTOR DTC343TK-T-146 Q432 8-729-920-19 s TRANSISTOR DTC343TK-T-146 Q481 8-729-928-37 s TRANSISTOR DTA114EE-TL Q482 8-729-928-37 s TRANSISTOR DTA114EE-TL Q651 8-729-929-12 s TRANSISTOR DTC143ZE-TL
R11 1-208-895-81 s RES, CHIP 2.2K (1005) R12 1-208-871-81 s RES, CHIP 220 (1005) R13 1-208-915-81 s RES, CHIP 15K (1005) R14 1-208-927-81 s RES, CHIP 47K (1005) R15 1-208-929-81 s RES, CHIP 56K (1005)
R16 1-208-935-81 s RES, CHIP 100K (1005) R17 1-208-887-81 s RES, CHIP 1.0K (1005) R18 1-208-935-81 s RES, CHIP 100K (1005) R19 1-208-935-81 s RES, CHIP 100K (1005) R20 1-208-887-81 s RES, CHIP 1.0K (1005)
R21 1-208-911-81 s RES, CHIP 10K (1005) R22 1-208-935-81 s RES, CHIP 100K (1005) R23 1-218-990-81 s CONDUCTOR, CHIP (1005) R26 1-208-949-81 s RES, CHIP 390K (1005) R31 1-208-935-81 s RES, CHIP 100K (1005)
R401 1-208-935-81 s RES, CHIP 100K (1005) R402 1-208-895-81 s RES, CHIP 2.2K (1005) R403 1-208-935-81 s RES, CHIP 100K (1005) R404 1-208-935-81 s RES, CHIP 100K (1005) R405 1-208-935-81 s RES, CHIP 100K (1005)
(CPU-421 BOARD)
Ref. No. or Q’ty Part No. SP Description
R406 1-208-935-81 s RES, CHIP 100K (1005) R407 1-208-887-81 s RES, CHIP 1.0K (1005) R408 1-208-929-81 s RES, CHIP 56K (1005) R409 1-208-923-81 s RES, CHIP 33K (1005) R410 1-208-887-81 s RES, CHIP 1.0K (1005)
R412 1-208-915-81 s RES, CHIP 15K (1005) R413 1-208-915-81 s RES, CHIP 15K (1005) R414 1-208-929-81 s RES, CHIP 56K (1005) R415 1-208-927-81 s RES, CHIP 47K (1005) R416 1-208-901-81 s RES, CHIP 3.9K (1005)
R417 1-208-901-81 s RES, CHIP 3.9K (1005) R421 1-208-919-81 s RES, CHIP 22K (1005) R422 1-208-929-81 s RES, CHIP 56K (1005) R423 1-208-927-81 s RES, CHIP 47K (1005) R424 1-208-935-81 s RES, CHIP 100K (1005)
R425 1-208-911-81 s RES, CHIP 10K (1005) R426 1-208-887-81 s RES, CHIP 1.0K (1005) R427 1-208-919-81 s RES, CHIP 22K (1005) R429 1-218-990-81 s CONDUCTOR, CHIP (1005) R431 1-208-881-81 s RES, CHIP 560 (1005)
R432 1-208-877-81 s RES, CHIP 390 (1005) R433 1-208-879-81 s RES, CHIP 470 (1005) R434 1-208-883-81 s RES, CHIP 680 (1005) R436 1-208-911-81 s RES, CHIP 10K (1005) R441 1-208-929-81 s RES, CHIP 56K (1005)
R442 1-208-927-81 s RES, CHIP 47K (1005) R443 1-208-935-81 s RES, CHIP 100K (1005) R444 1-208-935-81 s RES, CHIP 100K (1005) R445 1-208-911-81 s RES, CHIP 10K (1005) R446 1-208-895-81 s RES, CHIP 2.2K (1005)
R447 1-208-923-81 s RES, CHIP 33K (1005) R448 1-208-887-81 s RES, CHIP 1.0K (1005) R449 1-208-935-81 s RES, CHIP 100K (1005) R450 1-208-895-81 s RES, CHIP 2.2K (1005) R451 1-208-951-81 s RES, CHIP 470K (1005)
R452 1-208-887-81 s RES, CHIP 1.0K (1005) R453 1-208-901-81 s RES, CHIP 3.9K (1005) R454 1-208-887-81 s RES, CHIP 1.0K (1005) R455 1-208-951-81 s RES, CHIP 470K (1005) R456 1-208-895-81 s RES, CHIP 2.2K (1005)
R457 1-208-935-81 s RES, CHIP 100K (1005) R458 1-208-901-81 s RES, CHIP 3.9K (1005) R459 1-208-911-81 s RES, CHIP 10K (1005) R460 1-208-911-81 s RES, CHIP 10K (1005) R461 1-208-923-81 s RES, CHIP 33K (1005)
R462 1-208-879-81 s RES, CHIP 470 (1005) R463 1-208-935-81 s RES, CHIP 100K (1005) R464 1-208-895-81 s RES, CHIP 2.2K (1005) R465 1-208-951-81 s RES, CHIP 470K (1005) R466 1-208-887-81 s RES, CHIP 1.0K (1005)
R467 1-208-927-81 s RES, CHIP 47K (1005) R468 1-208-927-81 s RES, CHIP 47K (1005) R469 1-208-906-81 s RES, CHIP 6.2K (1005) R470 1-208-899-81 s RES, CHIP 3.3K (1005) R471 1-208-891-81 s RES, CHIP 1.5K (1005)
R472 1-208-885-81 s RES, CHIP 820 (1005) R473 1-208-877-81 s RES, CHIP 390 (1005) R474 1-208-869-81 s RES, CHIP 180 (1005) R475 1-208-863-81 s RES, CHIP 100 (1005)
3-31UWP Series
(CPU-421 BOARD)
Ref. No. or Q’ty Part No. SP Description
R476 1-208-863-81 s RES, CHIP 100 (1005) R477 1-208-935-81 s RES, CHIP 100K (1005) R478 1-208-911-81 s RES, CHIP 10K (1005) R479 1-208-911-81 s RES, CHIP 10K (1005) R480 1-208-911-81 s RES, CHIP 10K (1005)
R481 1-208-927-81 s RES, CHIP 47K (1005) R482 1-208-927-81 s RES, CHIP 47K (1005) R483 1-208-935-81 s RES, CHIP 100K (1005) R484 1-208-887-81 s RES, CHIP 1.0K (1005) R485 1-208-887-81 s RES, CHIP 1.0K (1005)
R486 1-208-909-81 s RES, CHIP 8.2K (1005) R487 1-208-911-81 s RES, CHIP 10K (1005) R488 1-208-911-81 s RES, CHIP 10K (1005) R489 1-208-895-81 s RES, CHIP 2.2K (1005) R490 1-208-895-81 s RES, CHIP 2.2K (1005)
R491 1-208-935-81 s RES, CHIP 100K (1005) R492 1-208-935-81 s RES, CHIP 100K (1005) R493 1-220-803-81 s RES, CHIP 4.7 R494 1-220-803-81 s RES, CHIP 4.7 R601 1-208-927-81 s RES, CHIP 47K (1005)
R602 1-208-927-81 s RES, CHIP 47K (1005) R603 1-208-927-81 s RES, CHIP 47K (1005) R604 1-208-927-81 s RES, CHIP 47K (1005) R605 1-208-927-81 s RES, CHIP 47K (1005) R610 1-208-927-81 s RES, CHIP 47K (1005)
R621 1-220-870-81 s RES, CHIP 10 (1005) R622 1-208-883-81 s RES, CHIP 680 (1005) R623 1-220-870-81 s RES, CHIP 10 (1005) R624 1-208-855-81 s RES, CHIP 47 (1005) R625 1-208-959-81 s RES, CHIP 1M (1005)
R631 1-208-911-81 s RES, CHIP 10K (1005) R632 1-208-911-81 s RES, CHIP 10K (1005) R641 1-208-879-81 s RES, CHIP 470 (1005) R651 1-208-863-81 s RES, CHIP 100 (1005) R652 1-208-863-81 s RES, CHIP 100 (1005)
R653 1-208-887-81 s RES, CHIP 1.0K (1005) R671 1-208-911-81 s RES, CHIP 10K (1005) R672 1-208-911-81 s RES, CHIP 10K (1005) R673 1-220-870-81 s RES, CHIP 10 (1005) R674 1-220-870-81 s RES, CHIP 10 (1005)
R675 1-208-911-81 s RES, CHIP 10K (1005) R676 1-220-870-81 s RES, CHIP 10 (1005) R681 1-208-911-81 s RES, CHIP 10K (1005) R682 1-208-911-81 s RES, CHIP 10K (1005) R683 1-208-911-81 s RES, CHIP 10K (1005)
R684 1-208-887-81 s RES, CHIP 1.0K (1005) R685 1-208-887-81 s RES, CHIP 1.0K (1005) R686 1-208-887-81 s RES, CHIP 1.0K (1005) R687 1-208-855-81 s RES, CHIP 47 (1005)
S11 1-554-671-12 s SWITCH, SLIDE S681 1-771-105-21 s SWITCH, TACTILE S682 1-771-105-21 s SWITCH, TACTILE S683 1-771-105-21 s SWITCH, TACTILE
THP11 1-804-616-21 s THERMISTOR, POSITIVE
X621 1-767-636-21 s VIBRATOR, CRYSTAL (8 MHz)
------------RF-130 BOARD------------ Ref. No. or Q’ty Part No. SP Description
1pc A-1521-902-A s MOUNTED CIRCUIT BOARD, RF130(U30) (U30 model) 1pc A-1526-377-A s MOUNTED CIRCUIT BOARD, RF130(U42) (U42 model) 1pc A-1527-306-A s MOUNTED CIRCUIT BOARD, RF130(CE62) (CE62 model) 1pc A-1527-317-A s MOUNTED CIRCUIT BOARD, RF130(CE67) (CE67 model) 1pc A-1530-796-A s MOUNTED CIRCUIT BOARD, RF130(KR3) (KR model)
C101 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C102 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C103 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C104 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C105 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C106 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C107 1-164-847-81 s CAP, CHIP CERAMIC 7PF CH 1005 (U30 model) 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U42/CE62/KR model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE67 model) C111 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C112 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C113 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C114 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 C115 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE62/KR model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (CE67 model) C116 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C121 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C122 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (U30/U42 model) 1-164-840-81 s CAP, CHIP CERAMIC 1PF CK 1005 (CE62/CE67 model) 1-164-841-81 s CAP,CHIP CERAMIC 1.5PF CH 1005 (KR model)
C123 1-164-868-81 s CAP, CHIP CERAMIC 56PF CH 1005 (U30 model) 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 (U42 model) 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005 (CE62/KR model) 1-164-854-81 s CAP, CHIP CERAMIC 15PF CH 1005 (CE67 model) C124 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C125 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 (U30/U42 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE62/CE67/KR model) C127 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C128 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C129 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C130 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C131 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 C132 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C133 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C134 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C141 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005
3-32 UWP Series
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
C142 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C143 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 C144 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C145 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C146 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005
C147 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C148 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C149 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C151 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C152 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005
C153 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C161 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C162 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C163 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C164 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005
C165 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C171 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C172 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C173 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C174 1-112-717-91 s CAP, CERAMIC 1UF B (1005)
C175 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C176 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C177 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216 C178 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C179 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C180 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C181 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C182 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C183 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C184 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C201 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C202 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C203 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C204 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C205 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C206 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C207 1-164-847-81 s CAP, CHIP CERAMIC 7PF CH 1005 (U30 model) 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U42/CE62/KR model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE67 model) C211 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C212 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C213 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005
C214 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 C215 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 (U30 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (CE62/KR model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (CE67 model) C216 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C221 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C222 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (U30/U42 model) 1-164-840-81 s CAP, CHIP CERAMIC 1PF CK 1005 (CE62/CE67 model) 1-164-841-81 s CAP,CHIP CERAMIC 1.5PF CH 1005 (KR model)
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
C223 1-164-868-81 s CAP, CHIP CERAMIC 56PF CH 1005 (U30 model) 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 (U42 model) 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005 (CE62/KR model) 1-164-854-81 s CAP, CHIP CERAMIC 15PF CH 1005 (CE67 model) C224 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C225 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 (U30/U42 model) 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (CE62/CE67/KR model) C227 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C228 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C229 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C230 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C231 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 C232 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C233 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C234 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C241 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C242 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C243 1-164-846-81 s CAP, CHIP CERAMIC 6PF CH 1005 C244 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005
C245 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C246 1-164-872-81 s CAP, CHIP CERAMIC 82PF CH 1005 C247 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C248 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C249 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005
C251 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C252 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C253 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C261 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C262 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005
C263 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C264 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C265 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C271 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C272 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
C273 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C274 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C275 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C276 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C277 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216
C278 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C279 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C280 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C281 1-165-848-91 s CAP, TANTALUM ELECT 10MF 3528 C282 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C283 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C301 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 C302 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C303 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C304 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005
C305 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C306 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C307 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105 C308 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C321 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005
3-33UWP Series
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
C322 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C323 1-112-717-91 s CAP, CERAMIC 1UF B (1005) C324 1-112-015-91 s CAP, CHIP CERAMIC 47MF B 3225 C325 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C326 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C327 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C328 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C329 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C330 1-128-934-91 s CAP,CHIP CERAMIC 0.33MF B 1608 C331 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF
C332 1-164-933-81 s CAP, CHIP CERAMIC 220PF B 1005 C333 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C341 1-100-567-81 s CAP,CHIP CERAMIC 0.01MF B 1005 C345 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C346 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005
C347 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 C348 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C349 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C350 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005 C351 1-164-856-81 s CAP, CHIP CERAMIC 18PF CH 1005
C352 1-112-692-81 s CAP,CHIP CERAMIC1000PF CH 1005 C353 1-112-914-11 s CAP,NIOBIUM ELECT 10MF105 3216 C354 1-114-386-11 s CAP, NIOBIUM ELECT 100MF 105
CF141 1-813-415-11 s FILTER, CERAMIC CF151 1-813-415-11 s FILTER, CERAMIC CF161 1-813-415-11 s FILTER, CERAMIC CF171 1-813-356-11 s FILTER, CERAMIC CF241 1-813-415-11 s FILTER, CERAMIC
CF251 1-813-415-11 s FILTER, CERAMIC CF261 1-813-415-11 s FILTER, CERAMIC CF271 1-813-356-11 s FILTER, CERAMIC
CN1 1-815-411-21 o CONNECTOR, BOARD TO BOARD 30P CN101 1-774-915-21 s CONNECTOR, COAXIAL CN201 1-774-915-21 s CONNECTOR, COAXIAL
CT341 1-141-435-21 s CAP, CHIP TYPE TRIMMER 3PF
D341 8-719-064-32 s DIODE HVC358BTRF
FB101 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB111 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB121 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB141 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB201 1-414-760-21 s FERRITE, EMI (SMD) (1608)
FB211 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB221 1-414-760-21 s FERRITE, EMI (SMD) (1608) FB241 1-414-760-21 s FERRITE, EMI (SMD) (1608)
FL101 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model) FL121 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model)
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
FL201 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model) FL221 1-234-620-21 s FILTER, BAND PASS (U30 model) 1-234-623-21 s FILTER, BAND PASS (U42 model) 1-234-630-21 s FILTER, BAND PASS (CE62 model) 1-234-632-21 s FILTER, BAND PASS (CE67 model) 1-234-627-21 s FILTER, BAND PASS (KR model)
IC161 8-759-355-20 s IC TA31161FN(EL) IC171 8-752-072-65 s IC CXA1611N-T4 IC181 8-759-370-11 s IC NJM2100V-TE2 IC261 8-759-355-20 s IC TA31161FN(EL) IC271 8-752-072-65 s IC CXA1611N-T4
L102 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) L103 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (CE67 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (KR model) L104 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) L105 1-414-850-21 s INDUCTOR, CHIP 39NH (1005) (U30 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U42/KR model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62/CE67 model) L111 1-414-851-21 s INDUCTOR, CHIP 47NH (1005)
L112 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) L113 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30/U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67/KR model) L121 1-414-836-21 s INDUCTOR, CHIP 4.7NH (1005) (U30 model) 1-414-835-21 s INDUCTOR, CHIP 3.9NH (1005) (U42 model) 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (CE62/CE67 model) L122 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L123 1-414-920-41 s INDUCTOR, CHIP 220.0NH
L124 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L125 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L131 1-469-187-21 s INDUCTOR, CHIP 68NH (1005) L132 1-469-356-21 s INDUCTOR, CHIP 120NH (1005) L141 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L142 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L143 1-469-524-91 s INDUCTOR 4.7UH (NLFV25) L161 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L171 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L202 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005)
3-34 UWP Series
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
L203 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (CE62 model) 1-414-839-21 s INDUCTOR, CHIP 8.2NH (1005) (CE67 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (KR model) L204 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) L205 1-414-850-21 s INDUCTOR, CHIP 39NH (1005) (U30 model) 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) (U42/KR model) 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (CE62/CE67 model) L211 1-414-851-21 s INDUCTOR, CHIP 47NH (1005) L212 1-414-845-21 s INDUCTOR, CHIP 27NH (1005)
L213 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30/U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67/KR model) L221 1-414-836-21 s INDUCTOR, CHIP 4.7NH (1005) (U30 model) 1-414-835-21 s INDUCTOR, CHIP 3.9NH (1005) (U42 model) 1-414-832-21 s INDUCTOR, CHIP 2.2NH (1005) (CE62/CE67 model) L222 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30 model) 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U42 model) 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (CE62/CE67 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (KR model) L223 1-414-920-41 s INDUCTOR, CHIP 220.0NH L224 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L225 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L231 1-469-187-21 s INDUCTOR, CHIP 68NH (1005) L232 1-469-356-21 s INDUCTOR, CHIP 120NH (1005) L241 1-469-189-21 s INDUCTOR, CHIP 100NH (1005) L242 1-469-189-21 s INDUCTOR, CHIP 100NH (1005)
L243 1-469-524-91 s INDUCTOR 4.7UH (NLFV25) L261 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L271 1-412-959-21 s INDUCTOR, SMALL TYPE 47UH 2520 L301 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005) L302 1-414-838-21 s INDUCTOR, CHIP 6.8NH (1005)
L342 1-414-845-21 s INDUCTOR, CHIP 27NH (1005) L343 1-400-134-21 s INDUCTOR, CHIP 56NH (1005)
Q101 6-551-954-01 s TR 3SK318YB-TL-E Q111 8-729-047-26 s TRANSISTOR 3SK255-T2 Q121 8-729-047-26 s TRANSISTOR 3SK255-T2 Q122 8-729-047-26 s TRANSISTOR 3SK255-T2 Q131 8-729-117-75 s TRANSISTOR 2SC4178-T1F13
Q141 6-551-864-01 s TR 3SK294(T5LSONY,F) Q142 6-551-864-01 s TR 3SK294(T5LSONY,F) Q151 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q201 6-551-954-01 s TR 3SK318YB-TL-E Q211 8-729-047-26 s TRANSISTOR 3SK255-T2
Q221 8-729-047-26 s TRANSISTOR 3SK255-T2 Q222 8-729-047-26 s TRANSISTOR 3SK255-T2
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
Q231 8-729-117-75 s TRANSISTOR 2SC4178-T1F13 Q241 6-551-864-01 s TR 3SK294(T5LSONY,F) Q242 6-551-864-01 s TR 3SK294(T5LSONY,F) Q251 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q301 8-729-928-05 s TRANSISTOR 2SC4617TL-QR
Q341 8-729-033-13 s TRANSISTOR 2SC4726-TLPQ Q342 8-729-033-13 s TRANSISTOR 2SC4726-TLPQ Q343 8-729-928-05 s TRANSISTOR 2SC4617TL-QR Q351 8-729-039-86 s TRANSISTOR FMMT717TA
R101 1-208-923-81 s RES, CHIP 33K (1005) R102 1-208-927-81 s RES, CHIP 47K (1005) R103 1-208-927-81 s RES, CHIP 47K (1005) R105 1-244-161-81 s RES, CHIP 2.2 (1005) R111 1-208-931-81 s RES, CHIP 68K (1005)
R112 1-208-919-81 s RES, CHIP 22K (1005) R113 1-208-923-81 s RES, CHIP 33K (1005) R114 1-208-915-81 s RES, CHIP 15K (1005) R115 1-208-931-81 s RES, CHIP 68K (1005) R116 1-208-887-81 s RES, CHIP 1.0K (1005)
R120 1-208-863-81 s RES, CHIP 100 (1005) (U30 model) 1-208-865-81 s RES, CHIP 120 (1005) (U42 model) 1-208-867-81 s RES, CHIP 150 (1005) (CE62/CE67/KR model) R121 1-208-931-81 s RES, CHIP 68K (1005) R122 1-208-921-81 s RES, CHIP 27K (1005) R123 1-208-931-81 s RES, CHIP 68K (1005) R124 1-208-931-81 s RES, CHIP 68K (1005)
R125 1-244-161-81 s RES, CHIP 2.2 (1005) R126 1-244-161-81 s RES, CHIP 2.2 (1005) R127 1-220-882-81 s RES, CHIP 33 (1005) R129 1-208-859-81 s RES, CHIP 68 (1005) (U30 model) 1-208-855-81 s RES, CHIP 47 (1005) (U42 model) 1-218-936-81 s RES, CHIP 39 (CE62/CE67/KR model) R130 1-208-863-81 s RES, CHIP 100 (1005) (U30 model) 1-208-865-81 s RES, CHIP 120 (1005) (U42 model) 1-208-867-81 s RES, CHIP 150 (1005) (CE62/CE67/KR model)
R131 1-208-855-81 s RES, CHIP 47 (1005) R132 1-208-907-81 s RES, CHIP 6.8K (1005) R133 1-208-903-81 s RES, CHIP 4.7K (1005) R134 1-208-859-81 s RES, CHIP 68 (1005) R141 1-208-931-81 s RES, CHIP 68K (1005)
R142 1-208-927-81 s RES, CHIP 47K (1005) R143 1-208-927-81 s RES, CHIP 47K (1005) R144 1-208-927-81 s RES, CHIP 47K (1005) R145 1-208-899-81 s RES, CHIP 3.3K (1005) R146 1-208-865-81 s RES, CHIP 120 (1005)
R151 1-208-907-81 s RES, CHIP 6.8K (1005) R152 1-208-875-81 s RES, CHIP 330 (1005) R153 1-208-899-81 s RES, CHIP 3.3K (1005) R154 1-208-875-81 s RES, CHIP 330 (1005) R155 1-220-870-81 s RES, CHIP 10 (1005)
R156 1-208-867-81 s RES, CHIP 150 (1005) R161 1-208-871-81 s RES, CHIP 220 (1005) R171 1-218-990-81 s CONDUCTOR, CHIP (1005) R181 1-208-887-81 s RES, CHIP 1.0K (1005) R182 1-208-901-81 s RES, CHIP 3.9K (1005)
R183 1-208-911-81 s RES, CHIP 10K (1005) R201 1-208-923-81 s RES, CHIP 33K (1005) R202 1-208-927-81 s RES, CHIP 47K (1005)
3-35UWP Series
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
R203 1-208-927-81 s RES, CHIP 47K (1005) R205 1-244-161-81 s RES, CHIP 2.2 (1005) R211 1-208-931-81 s RES, CHIP 68K (1005) R212 1-208-919-81 s RES, CHIP 22K (1005) R213 1-208-923-81 s RES, CHIP 33K (1005)
R214 1-208-915-81 s RES, CHIP 15K (1005) R215 1-208-931-81 s RES, CHIP 68K (1005) R216 1-208-887-81 s RES, CHIP 1.0K (1005) R220 1-208-863-81 s RES, CHIP 100 (1005) (U30 model) 1-208-865-81 s RES, CHIP 120 (1005) (U42 model) 1-208-867-81 s RES, CHIP 150 (1005) (CE62/CE67/KR model) R221 1-208-931-81 s RES, CHIP 68K (1005)
R222 1-208-921-81 s RES, CHIP 27K (1005) R223 1-208-931-81 s RES, CHIP 68K (1005) R224 1-208-931-81 s RES, CHIP 68K (1005) R225 1-244-161-81 s RES, CHIP 2.2 (1005) R226 1-244-161-81 s RES, CHIP 2.2 (1005)
R227 1-220-882-81 s RES, CHIP 33 (1005) R229 1-208-859-81 s RES, CHIP 68 (1005) (U30 model) 1-208-855-81 s RES, CHIP 47 (1005) (U42 model) 1-218-936-81 s RES, CHIP 39 (CE62/CE67/KR model) R230 1-208-863-81 s RES, CHIP 100 (1005) (U30 model) 1-208-865-81 s RES, CHIP 120 (1005) (U42 model) 1-208-867-81 s RES, CHIP 150 (1005) (CE62/CE67/KR model) R231 1-208-855-81 s RES, CHIP 47 (1005) R232 1-208-907-81 s RES, CHIP 6.8K (1005)
R233 1-208-903-81 s RES, CHIP 4.7K (1005) R234 1-208-859-81 s RES, CHIP 68 (1005) R241 1-208-931-81 s RES, CHIP 68K (1005) R242 1-208-927-81 s RES, CHIP 47K (1005) R243 1-208-927-81 s RES, CHIP 47K (1005)
R244 1-208-927-81 s RES, CHIP 47K (1005) R245 1-208-899-81 s RES, CHIP 3.3K (1005) R246 1-208-865-81 s RES, CHIP 120 (1005) R251 1-208-907-81 s RES, CHIP 6.8K (1005) R252 1-208-875-81 s RES, CHIP 330 (1005)
R253 1-208-899-81 s RES, CHIP 3.3K (1005) R254 1-208-875-81 s RES, CHIP 330 (1005) R255 1-220-870-81 s RES, CHIP 10 (1005) R256 1-208-867-81 s RES, CHIP 150 (1005) R261 1-208-871-81 s RES, CHIP 220 (1005)
R271 1-218-990-81 s CONDUCTOR, CHIP (1005) R281 1-208-901-81 s RES, CHIP 3.9K (1005) R282 1-208-911-81 s RES, CHIP 10K (1005) R283 1-208-887-81 s RES, CHIP 1.0K (1005) R301 1-208-863-81 s RES, CHIP 100 (1005)
R302 1-208-863-81 s RES, CHIP 100 (1005) R303 1-208-887-81 s RES, CHIP 1.0K (1005) R304 1-208-887-81 s RES, CHIP 1.0K (1005) R311 1-218-990-81 s CONDUCTOR, CHIP (1005) R312 1-218-990-81 s CONDUCTOR, CHIP (1005)
R321 1-208-887-81 s RES, CHIP 1.0K (1005) R322 1-208-887-81 s RES, CHIP 1.0K (1005) R323 1-220-870-81 s RES, CHIP 10 (1005) R324 1-220-878-81 s RES, CHIP 22 (1005) R325 1-220-878-81 s RES, CHIP 22 (1005)
R326 1-208-867-81 s RES, CHIP 150 (1005) R327 1-208-881-81 s RES, CHIP 560 (1005)
(RF-130 BOARD)
Ref. No. or Q’ty Part No. SP Description
R328 1-208-887-81 s RES, CHIP 1.0K (1005) R329 1-208-887-81 s RES, CHIP 1.0K (1005) R330 1-208-887-81 s RES, CHIP 1.0K (1005) R331 1-208-887-81 s RES, CHIP 1.0K (1005) R341 1-208-911-81 s RES, CHIP 10K (1005)
R342 1-208-889-81 s RES, CHIP 1.2K (1005) R343 1-208-897-81 s RES, CHIP 2.7K (1005) R344 1-208-895-81 s RES, CHIP 2.2K (1005) R345 1-208-867-81 s RES, CHIP 150 (1005) R346 1-208-887-81 s RES, CHIP 1.0K (1005)
R351 1-208-935-81 s RES, CHIP 100K (1005) R352 1-208-895-81 s RES, CHIP 2.2K (1005) R2001 1-208-887-81 s RES, CHIP 1.0K (1005) (U30 model) R2002 1-208-887-81 s RES, CHIP 1.0K (1005) (U42 model) R2003 1-208-887-81 s RES, CHIP 1.0K (1005) (CE62 model)
R2004 1-208-887-81 s RES, CHIP 1.0K (1005) (CE67 model) R2006 1-208-887-81 s RES, CHIP 1.0K (1005) (KR model)
RV181 1-227-264-21 s RES, ADJ, CERMET 2.2K RV281 1-227-264-21 s RES, ADJ, CERMET 2.2K
X301 1-814-153-11 s OSCILLATOR (U30 model) 1-814-154-11 s OSCILLATOR (U42 model) 1-814-157-11 s OSCILLATOR (CE62 model) 1-814-158-11 s OSCILLATOR (CE67 model) 1-814-156-11 s OSCILLATOR (KR model)
3-36 UWP Series
3-3-5. UTX-P1-------------MB-1094 BOARD------------- Ref. No. or Q’ty Part No. SP Description
1pc A-1538-383-A s MOUNTED CIRCUIT BOARD, MB-1094(U30) (U30 model) 1pc A-1538-388-A s MOUNTED CIRCUIT BOARD, MB-1094(U42) (U42 model) 1pc A-1153-533-A s MOUNTED CIRCUIT BOARD, MB-1094 (U62/CN model) 1pc A-1153-552-A s MOUNTED CIRCUIT BOARD, MB-1094 (U66/AU66 model) 1pc A-1153-599-A s MOUNTED CIRCUIT BOARD, MB-1094 (CE62 model)
1pc A-1153-605-A s MOUNTED CIRCUIT BOARD, MB-1094 (CE67 model) 1pc 1-467-301-11 s DISPLAY, LIQUID CRYSTAL
C1 1-119-751-91 s CAP, CHIP TANTALUM ELECT 22MF C2 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C3 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C4 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C5 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C6 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C7 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C9 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C11 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C12 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C13 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C14 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C15 1-165-908-91 s CAP, CERAMIC 1000000PF B 1608 C16 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C17 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF
C18 1-137-910-91 s CAP, TANTALUM ELECT 10MF C19 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C20 1-164-934-81 s CAP, CHIP CERAMIC 330PF B 1005 C21 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF (U30/U42 model) 1-135-179-91 s CAP,CHIP TANTALUM ELECT 2.2MF (EXCEPT U30/U42 model) C22 1-165-908-91 s CAP, CERAMIC 1000000PF B 1608
C23 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C24 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C25 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C26 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C27 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216
C28 1-164-940-81 s CAP,CHIP CERAMIC 3300PF B 1005 C29 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C30 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005 C31 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005 C32 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF
C33 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C34 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C35 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C36 1-135-091-91 s CAP,CHIP TANTALUM ELECT 1.0MF C37 1-137-910-91 s CAP, TANTALUM ELECT 10MF
C38 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C39 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C40 1-131-664-91 s CAP,CHIP CERAMIC 0.15MF B 1608 C42 1-164-939-81 s CAP, CHIPCERAMIC 2200PF B 1005 C43 1-164-936-81 s CAP, CHIP CERAMIC 680PF B 1005
C44 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C45 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C46 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C47 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
C48 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C51 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C52 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C53 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C54 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C55 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C100 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C101 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C102 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 C103 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C104 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C105 1-164-941-81 s CAP,CHIP CERAMIC 4700PF B 1005 C106 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C107 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C108 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216
C110 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C111 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C112 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C113 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005 C114 1-164-874-81 s CAP,CHIP CERAMIC 100PF CH 1005
C115 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C116 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C117 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 C118 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C119 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216
C120 1-119-923-81 s CAP, CERAMIC 0.047MF B 1005 C121 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C122 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF C123 1-100-539-91 s CAP, ELECT 47MF (3216) C124 1-137-859-91 s CAP, TANTALUM ELECT 220MF 3528
C125 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C126 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C127 1-164-866-81 s CAP, CHIP CERAMIC 47PF CH 1005 C128 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C129 1-137-910-91 s CAP, TANTALUM ELECT 10MF
C130 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C131 1-164-862-81 s CAP, CHIP CERAMIC 33PF CH 1005 (U30/U42 model) 1-164-858-81 s CAP, CHIP CERAMIC 22PF CH 1005 (EXCEPT U30/U42 model) C132 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C133 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (U30 model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (EXCEPT U30 model) C134 1-135-210-91 s CAP,CHIP TANTALUM ELECT 4.7MF
C135 1-164-844-81 s CAP, CHIP CERAMIC 4PF CH 1005 (U30/U42 model) 1-164-842-81 s CAP,CHIP CERAMIC 2.0PF CK 1005 (EXCEPT U30/U42 model) C136 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C137 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (EXCEPT U30/U42 model) C138 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C139 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005
C142 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (U30/U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (EXCEPT U30/U42 model)
3-37UWP Series
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
C143 1-164-845-81 s CAP, CHIP CERAMIC 5PF CH 1005 (U30/U42 model) 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 (EXCEPT U30/U42 model) C144 1-164-843-81 s CAP, CHIP CERAMIC 3PF CJ 1005 C145 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C146 1-164-882-81 s CAP,CHIP CERAMIC 220PF CH 1005 (U30/U42 model) 1-164-850-81 s CAP, CHIP CERAMIC 10PF CH 1005 (EXCEPT U30/U42 model) C147 1-164-852-81 s CAP, CHIP CERAMIC 12PF CH 1005 (U30 model) 1-164-848-81 s CAP, CHIP CERAMIC 8PF CH 1005 (U42 model) 1-164-847-81 s CAP, CHIP CERAMIC 7PF CH 1005 (EXCEPT U30/U42 model)
C151 1-164-840-81 s CAP, CHIP CERAMIC 1PF CK 1005 (U30 model) C201 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C203 1-137-689-91 s CAP, CHIP TANTALUM ELECT 47MF C204 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C205 1-137-689-91 s CAP, CHIP TANTALUM ELECT 47MF
C206 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C212 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216 C301 1-100-253-21 s CAP, ELECT 47MF 6.3X3.2 C302 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C303 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF
C304 1-135-856-91 s CAP, CHIP TANTALUM ELECT 100MF C305 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C306 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005 C307 1-100-507-91 s CAP, CERAMIC 4.7MF C (1608) C401 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005
C402 1-165-897-91 s CAP, TANTALUM ELECT 22MF 3216 C403 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C404 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C405 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C406 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005
C408 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C409 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C410 1-125-777-81 s CAP, CHIP CERAMIC 0.1MF B 1005 C411 1-100-506-91 s CAP, CERAMIC 1MF C (1005) C413 1-164-937-81 s CAP, CHIPCERAMIC 1000PF B 1005
C414 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C415 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C417 1-164-860-81 s CAP, CHIP CERAMIC 27PF CH 1005 C418 1-100-506-91 s CAP, CERAMIC 1MF C (1005) C419 1-165-908-91 s CAP, CERAMIC 1000000PF B 1608
C420 1-104-851-91 s CAP, CHIP TANTALUM ELECT 10MF C421 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C422 1-100-506-91 s CAP, CERAMIC 1MF C (1005) C423 1-165-908-91 s CAP, CERAMIC 1000000PF B 1608 C424 1-165-908-91 s CAP, CERAMIC 1000000PF B 1608
C425 1-100-506-91 s CAP, CERAMIC 1MF C (1005) C426 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005 C427 1-164-943-81 s CAP,CHIP CERAMIC 10000PF B1005
CN1 1-770-620-21 s PIN, CONNECTOR 3P CN101 1-774-915-21 s CONNECTOR, COAXIAL
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
CP101 1-795-184-21 s OSCILLATOR (U30 model) 1-795-187-21 s OSCILLATOR (U42 model) 1-781-489-11 s OSCILLATOR (VOLTAGE VAR TYPE) (U62/CN model) 1-781-491-11 s OSCILLATOR (VOLTAGE VAR TYPE) (U66/AU66 model) 1-795-210-21 s OSCILLATOR (VOLTAGE VAR TYPE) (CE62 model) 1-781-493-11 s OSCILLATOR (VOLTAGE VAR TYPE) (CE67 model) CP102 1-251-966-21 s ISOLATOR (U30 model) 1-251-969-21 s ISOLATOR (U42 model) 1-251-974-21 s ISOLATOR (U62/CN model) 1-417-525-21 s ISOLATOR (U66/AU66 model) 1-417-523-21 s ISOLATOR (CE62 model) 1-417-524-21 s ISOLATOR (CE67 model)
CT401 1-141-322-21 s CAP, CHIP TYPE TRIMMER 20PF
D1 8-719-421-70 s DIODE MA133-TX D2 8-719-988-61 s DIODE 1SS355TE-17 D3 8-719-421-70 s DIODE MA133-TX D4 8-719-421-70 s DIODE MA133-TX D5 8-719-421-70 s DIODE MA133-TX
D102 8-719-421-70 s DIODE MA133-TX D106 8-719-988-61 s DIODE 1SS355TE-17 D107 8-719-421-70 s DIODE MA133-TX D201 6-500-220-01 s DIODE RB161M-20TR D301 8-719-040-00 s DIODE UMZ8.2T-T106
D401 8-719-067-82 s DIODE SML-020MLTT86 D402 6-500-605-01 s DIODE CL-270YG-C-TSL D403 6-500-605-01 s DIODE CL-270YG-C-TSL
FB1 1-414-385-21 s INDUCTOR, FERRITE BEAD
FL1 1-233-322-31 s FILTER, CHIP EMI FL301 1-233-322-31 s FILTER, CHIP EMI
IC1 8-759-523-00 s IC TC74HC4051AFT(EL) IC2 8-759-422-21 s IC NJM4580V(TE2) IC3 8-759-710-84 s IC NJM2406F-TE2 IC4 8-759-370-11 s IC NJM2100V-TE2 IC5 8-759-370-11 s IC NJM2100V-TE2
IC6 8-759-384-89 s IC TK10690MTL IC7 8-759-370-11 s IC NJM2100V-TE2 IC101 8-759-209-27 s IC TC4SU69F(TE85R) IC103 8-759-287-55 s IC TC7S66FU(TE85R) IC211 8-759-486-73 s IC XC62FP3302PR
IC401 8-759-669-90 o IC 24LC64T-I/SNG IC402 6-700-923-01 o IC XC61FN2712MR IC406 8-759-181-29 s IC TC7W04FU(TE12R)
L1 1-469-865-21 s INDUCTOR, CHIP 100NH (1005) L2 1-469-865-21 s INDUCTOR, CHIP 100NH (1005) L3 1-469-865-21 s INDUCTOR, CHIP 100NH (1005) L100 1-469-865-21 s INDUCTOR, CHIP 100NH (1005) L101 1-414-837-21 s INDUCTOR, CHIP 5.6NH (1005) (U30/U42 model) 1-414-783-21 s INDUCTOR, CHIP 5.6NH (1005) (EXCEPT U30/U42 model)
L102 1-469-860-21 s INDUCTOR, CHIP 39.0NH (1005) L103 1-414-783-21 s INDUCTOR, CHIP 5.6NH (1005)
3-38 UWP Series
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
L104 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U30/U42 model) 1-414-788-21 s INDUCTOR, CHIP 15.0NH (1005) (EXCEPT U30/U42 model) L105 1-410-658-41 s CHIP INDUCTOR 220UH L106 1-410-658-41 s CHIP INDUCTOR 220UH L107 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (U30/U42 model) 1-414-780-21 s INDUCTOR, CHIP 3.3NH (1005) (EXCEPT U30/U42 model) L108 1-414-840-21 s INDUCTOR, CHIP 10NH (1005) (U30/U42 model) 1-414-784-21 s INDUCTOR, CHIP 6.8NH (1005) (EXCEPT U30/U42 model)
L109 1-414-843-21 s INDUCTOR, CHIP 18NH (1005) (U30 model) 1-414-842-21 s INDUCTOR, CHIP 15NH (1005) (U42 model) 1-414-786-21 s INDUCTOR, CHIP 10.0NH (1005) (EXCEPT U30/U42 model) L110 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U30/U42 model) 1-414-786-21 s INDUCTOR, CHIP 10.0NH (1005) (EXCEPT U30/U42 model) L111 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U30/U42 model) 1-414-788-21 s INDUCTOR, CHIP 15.0NH (1005) (EXCEPT U30/U42 model) L112 1-414-841-21 s INDUCTOR, CHIP 12NH (1005) (U30/U42 model) 1-414-786-21 s INDUCTOR, CHIP 10.0NH (1005) (EXCEPT U30/U42 model) L113 1-469-865-21 s INDUCTOR, CHIP 100NH (1005)
L114 1-414-837-21 s INDUCTOR, CHIP 5.6NH (1005) (U30 model) 1-414-834-21 s INDUCTOR, CHIP 3.3NH (1005) (U42 model) 1-414-782-21 s INDUCTOR, CHIP 4.7NH (1005) (U62/CN model) 1-414-781-21 s INDUCTOR, CHIP 3.9NH (1005) (U66/AU66/CE62 model) 1-218-990-81 s CONDUCTOR, CHIP (1005) (CE67 model) L121 1-414-844-21 s INDUCTOR, CHIP 22NH (1005) (U42 model) L201 1-419-881-21 s COIL, CHOKE (47UH) L202 1-419-384-21 s COIL, CHOKE 47UH
Q1 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q3 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q4 8-729-013-17 s TRANSISTOR 2SA1832-YGR-TE85L Q5 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q6 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3)
Q7 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q101 8-729-821-90 s TRANSISTOR 2SK1332-3-TL-E Q102 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q103 8-729-928-88 s TRANSISTOR DTC124EE-TL Q104 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E
Q105 8-729-047-19 s TRANSISTOR 2SA1965-S-TL-E Q106 8-729-039-32 s TRANSISTOR 2SC5015-T1 Q108 8-729-143-47 s TRANSISTOR 2SC3356-T1R24 Q201 8-729-052-37 s TRANSISTOR XP151A13A0MR Q301 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3)
Q302 8-729-039-86 s TRANSISTOR FMMT717TA Q303 8-729-042-27 s TRANSISTOR 2SC4738F-Y/GR(TPL3) Q402 8-729-928-88 s TRANSISTOR DTC124EE-TL
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
Q403 8-729-928-88 s TRANSISTOR DTC124EE-TL Q404 8-729-928-88 s TRANSISTOR DTC124EE-TL
R1 1-218-959-81 s RES, CHIP 3.3K R2 1-218-958-81 s RES, CHIP 2.7K R3 1-218-956-81 s RES, CHIP 1.8K R4 1-218-955-81 s RES, CHIP 1.5K R5 1-218-953-81 s RES, CHIP 1.0K
R6 1-218-951-81 s RES, CHIP 680 R7 1-218-949-81 s RES, CHIP 470 R8 1-218-954-81 s RES, CHIP 1.2K R14 1-218-965-81 s RES, CHIP 10K R15 1-218-965-81 s RES, CHIP 10K
R18 1-218-965-81 s RES, CHIP 10K R19 1-218-965-81 s RES, CHIP 10K R20 1-218-965-81 s RES, CHIP 10K R21 1-218-957-81 s RES, CHIP 2.2K R22 1-218-957-81 s RES, CHIP 2.2K
R23 1-218-977-81 s RES, CHIP 100K R26 1-220-215-81 s RES, CHIP 510K R27 1-220-215-81 s RES, CHIP 510K R28 1-218-967-81 s RES, CHIP 15K R29 1-218-965-81 s RES, CHIP 10K
R31 1-218-973-81 s RES, CHIP 47K R32 1-218-969-81 s RES, CHIP 22K R34 1-218-965-81 s RES, CHIP 10K R35 1-218-965-81 s RES, CHIP 10K R36 1-218-977-81 s RES, CHIP 100K
R37 1-218-965-81 s RES, CHIP 10K R38 1-218-953-81 s RES, CHIP 1.0K R39 1-218-965-81 s RES, CHIP 10K R40 1-218-961-81 s RES, CHIP 4.7K R41 1-218-977-81 s RES, CHIP 100K
R42 1-218-977-81 s RES, CHIP 100K R43 1-218-964-81 s RES, CHIP 8.2K R44 1-218-953-81 s RES, CHIP 1.0K R45 1-218-977-81 s RES, CHIP 100K R46 1-218-952-81 s RES, CHIP 820
R47 1-218-977-81 s RES, CHIP 100K R48 1-218-965-81 s RES, CHIP 10K R49 1-218-965-81 s RES, CHIP 10K R50 1-218-957-81 s RES, CHIP 2.2K R51 1-218-961-81 s RES, CHIP 4.7K
R52 1-218-962-81 s RES, CHIP 5.6K R53 1-218-977-81 s RES, CHIP 100K R54 1-218-968-81 s RES, CHIP 18K R55 1-218-957-81 s RES, CHIP 2.2K R57 1-218-962-81 s RES, CHIP 5.6K
R58 1-218-962-81 s RES, CHIP 5.6K R59 1-218-968-81 s RES, CHIP 18K R60 1-218-968-81 s RES, CHIP 18K R61 1-218-963-81 s RES, CHIP 6.8K R62 1-218-967-81 s RES, CHIP 15K
R63 1-218-968-81 s RES, CHIP 18K R65 1-218-957-81 s RES, CHIP 2.2K R66 1-218-957-81 s RES, CHIP 2.2K R67 1-218-961-81 s RES, CHIP 4.7K R69 1-218-967-81 s RES, CHIP 15K
R70 1-218-941-81 s RES, CHIP 100
3-39UWP Series
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
R73 1-218-962-81 s RES, CHIP 5.6K R74 1-218-962-81 s RES, CHIP 5.6K R75 1-218-973-81 s RES, CHIP 47K R81 1-218-959-81 s RES, CHIP 3.3K R82 1-218-973-81 s RES, CHIP 47K
R83 1-218-973-81 s RES, CHIP 47K R84 1-218-959-81 s RES, CHIP 3.3K R85 1-218-965-81 s RES, CHIP 10K R86 1-218-953-81 s RES, CHIP 1.0K R87 1-218-953-81 s RES, CHIP 1.0K
R88 1-218-965-81 s RES, CHIP 10K R89 1-218-965-81 s RES, CHIP 10K R90 1-218-941-81 s RES, CHIP 100 R101 1-219-570-91 s RES, CHIP 10M (1608) R102 1-218-985-81 s RES, CHIP 470K
R103 1-218-977-81 s RES, CHIP 100K R104 1-218-961-81 s RES, CHIP 4.7K R105 1-218-961-81 s RES, CHIP 4.7K R106 1-218-973-81 s RES, CHIP 47K R107 1-218-973-81 s RES, CHIP 47K
R108 1-218-954-81 s RES, CHIP 1.2K R110 1-218-941-81 s RES, CHIP 100 R111 1-218-933-81 s RES, CHIP 22 R112 1-218-977-81 s RES, CHIP 100K R114 1-218-965-81 s RES, CHIP 10K
R115 1-218-953-81 s RES, CHIP 1.0K R116 1-218-953-81 s RES, CHIP 1.0K R117 1-218-953-81 s RES, CHIP 1.0K R118 1-218-943-81 s RES, CHIP 150 R120 1-218-933-81 s RES, CHIP 22
R121 1-218-943-81 s RES, CHIP 150 (U30 model) 1-218-944-81 s RES, CHIP 180 (U42 model) 1-218-945-81 s RES, CHIP 220 (EXCEPT U30/U42 model) R122 1-218-953-81 s RES, CHIP 1.0K R123 1-218-953-81 s RES, CHIP 1.0K R125 1-218-961-81 s RES, CHIP 4.7K R126 1-218-973-81 s RES, CHIP 47K
R127 1-218-961-81 s RES, CHIP 4.7K R128 1-218-948-81 s RES, CHIP 390 R129 1-218-965-81 s RES, CHIP 10K R130 1-218-973-81 s RES, CHIP 47K R131 1-218-973-81 s RES, CHIP 47K
R132 1-218-957-81 s RES, CHIP 2.2K R133 1-218-968-81 s RES, CHIP 18K R134 1-218-967-81 s RES, CHIP 15K R135 1-218-941-81 s RES, CHIP 100 R136 1-218-935-81 s RES, CHIP 33 (U30/U42 model) 1-218-933-81 s RES, CHIP 22 (EXCEPT U30/U42 model)
R137 1-218-943-81 s RES, CHIP 150 (U30/U42 model) 1-218-947-81 s RES, CHIP 330 (EXCEPT U30/U42 model) R138 1-218-943-81 s RES, CHIP 150 (U30/U42 model) 1-218-947-81 s RES, CHIP 330 (EXCEPT U30/U42 model) R140 1-218-966-81 s RES, CHIP 12K R143 1-218-933-81 s RES, CHIP 22 (U30/U42 model) 1-220-802-81 s RES, CHIP 3.3 (EXCEPT U30/U42 model) R144 1-218-965-81 s RES, CHIP 10K
(MB-1094 BOARD)
Ref. No. or Q’ty Part No. SP Description
R201 1-218-953-81 s RES, CHIP 1.0K R301 1-218-953-81 s RES, CHIP 1.0K R302 1-218-977-81 s RES, CHIP 100K R303 1-218-957-81 s RES, CHIP 2.2K R304 1-218-970-81 s RES, CHIP 27K
R305 1-218-977-81 s RES, CHIP 100K R306 1-218-945-81 s RES, CHIP 220 R307 1-218-973-81 s RES, CHIP 47K R308 1-218-973-81 s RES, CHIP 47K R309 1-218-965-81 s RES, CHIP 10K
R401 1-218-961-81 s RES, CHIP 4.7K R402 1-218-961-81 s RES, CHIP 4.7K R403 1-218-973-81 s RES, CHIP 47K R404 1-218-965-81 s RES, CHIP 10K R405 1-218-965-81 s RES, CHIP 10K
R406 1-218-965-81 s RES, CHIP 10K R407 1-218-953-81 s RES, CHIP 1.0K R408 1-218-953-81 s RES, CHIP 1.0K R409 1-218-953-81 s RES, CHIP 1.0K R410 1-218-965-81 s RES, CHIP 10K
R411 1-218-965-81 s RES, CHIP 10K R412 1-218-965-81 s RES, CHIP 10K R414 1-218-929-81 s RES, CHIP 10 R415 1-218-929-81 s RES, CHIP 10 R416 1-218-929-81 s RES, CHIP 10
R421 1-218-965-81 s RES, CHIP 10K R422 1-218-965-81 s RES, CHIP 10K R423 1-218-965-81 s RES, CHIP 10K R424 1-218-959-81 s RES, CHIP 3.3K R425 1-218-953-81 s RES, CHIP 1.0K
R426 1-218-950-81 s RES, CHIP 560 R427 1-218-989-81 s RES, CHIP 1M R428 1-218-953-81 s RES, CHIP 1.0K R429 1-218-953-81 s RES, CHIP 1.0K R430 1-218-955-81 s RES, CHIP 1.5K
R431 1-218-954-81 s RES, CHIP 1.2K R432 1-218-949-81 s RES, CHIP 470 R433 1-218-949-81 s RES, CHIP 470 R434 1-218-965-81 s RES, CHIP 10K
RV1 1-225-901-21 s RES, ADJ, CERMET (3 TYPE) 10K RV2 1-225-905-21 s RES, ADJ, CERMET (3 TYPE) 47K RV101 1-225-905-21 s RES, ADJ, CERMET (3 TYPE) 47K RV102 1-225-901-21 s RES, ADJ, CERMET (3 TYPE) 10K RV103 1-225-897-21 s RES, ADJ, CERMET (3 TYPE) 2.2K
S1 1-570-711-33 s SWITCH, SLIDE S301 1-554-671-12 s SWITCH, SLIDE S401 1-771-105-21 s SWITCH, TACTILE S402 1-771-105-21 s SWITCH, TACTILE S403 1-771-105-21 s SWITCH, TACTILE
X401 1-760-474-21 s VIBRATOR, CRYSTAL (4 MHz)
3-40 UWP Series
3-4. Accessories Supplied
3-4-1. UWP-V1
102
107
104
109
103
108
101
3-4-2. UWP-V2
102
104
103
107
108
101
Ref. No. or Q’ty Part No. SP Description
101 1-790-935-21 s CABLE, CONNECTION 102 1-792-249-21 s CORD, CONNECTION 103 2-347-679-04 s HOLDER, BELT CLIP 104 3-299-649-01 s SCREEN,WIND 105 3-870-284-11 s MANUAL, INSTRUCTION (EXCEPT KR model) 3-300-444-01 s MANUAL, INSTRUCTION (KR model)
106 3-870-287-01 s CD-ROM (EXCEPT KR model) 107 A-1526-354-A s SHOE MOUNT ADAPTOR ASSY 108 A-1539-631-A s MIC,LAVALIER(C-3053) 109 X-2190-774-1 s CLIP ASSY
Ref. No. or Q’ty Part No. SP Description
101 1-790-935-21 s CABLE, CONNECTION 102 1-792-249-21 s CORD, CONNECTION 103 2-100-952-02 s ADAPTER, SCREW, STAND (SAD-35) (U30/U42 model) 2-100-951-04 s ADAPTER, SCREW, STAND, SAD-34 (CE62/CE67 model) 104 2-347-679-04 s HOLDER, BELT CLIP 105 3-870-284-11 s MANUAL, INSTRUCTION
106 3-870-287-01 s CD-ROM 107 A-1526-354-A s SHOE MOUNT ADAPTOR ASSY 108 A-8327-823-A s HOLDER ASSY, MICROPHONE
3-41UWP Series
3-4-3. UWP-V6
102
103
108
101
3-4-4. UWP-X7
102
106
101
3-4-5. UWP-X8
101
109
104
107
Ref. No. or Q’ty Part No. SP Description
101 1-790-935-21 s CABLE, CONNECTION 102 1-792-249-21 s CORD, CONNECTION 103 2-347-679-04 s HOLDER, BELT CLIP 104 3-299-649-01 s SCREEN,WIND 105 3-870-284-11 s MANUAL, INSTRUCTION
106 3-870-287-01 s CD-ROM 107 A-1539-631-A s MIC,LAVALIER(C-3053) 108 A-1526-354-A s SHOE MOUNT ADAPTOR ASSY 109 X-2190-774-1 s CLIP ASSY
Ref. No. or Q’ty Part No. SP Description
101 2-347-679-04 s HOLDER, BELT CLIP 102 2-537-618-01 s SCREEN, WIND 103 3-870-284-11 s MANUAL, INSTRUCTION (EXCEPT KR model) 3-300-444-01 s MANUAL, INSTRUCTION (KR model) 104 3-870-287-01 s CD-ROM (EXCEPT KR model) 105 A-1538-270-A s MIC,LAVALIER(C-3054)
106 X-2190-774-1 s CLIP ASSY
Ref. No. or Q’ty Part No. SP Description
101 2-100-952-02 s ADAPTER, SCREW, STAND (SAD-35) (U30/U42/KR model) 2-100-951-04 s ADAPTER, SCREW, STAND, SAD-34 (CE62/CE67 model) 102 3-870-284-11 s MANUAL, INSTRUCTION (EXCEPT KR model) 3-300-444-01 s MANUAL, INSTRUCTION (KR model) 103 3-870-287-01 s CD-ROM (EXCEPT KR model) 104 A-8327-823-A s HOLDER ASSY, MICROPHONE
105
104
4-1UWP Series 4-1
Section 4Block Diagrams and Circuit Descriptions
4-2 UWP Series4-2
UTX-B2UTX-B2
4-1. UTX-B2
UTX-B2
COMPRE-SSOR
PRE-EMPHASIS(50usec)
AMP AF SW POWERAMP LPF ISOLA-
TOR
AF LEVELDETECTOR
CPU
EEP-ROM
LPF
PLL IC
LC
RESETDC-DC
CONVERTOR
POWER SWITCH
AF MUTING
TO
NE
INVERTER32.000kHz
VOLUMECONTROL
LOCK DATA
INVERTER
8MHz
+5V
LED
Audio-IN
ANTENNA
LIMITERAMP
AMP DRIVEAMP
RF POWER(H/L)
AFVOLTAGE
CONTROLEDOSCILLATOR
LR6 x 2
LED(LCD Back)
+
ATT(40dB)
REGULATOR +3.3V
COMPARATOR
SE
T
- +
"MIC"
"LINE"
(IC11, Q14) (IC601)
(X621)
(IC621)
(IC12)
(IC431, Q431) (IC471) (CP321)
(IC301)
(X511) (IC511)
RF-131
CPU-422
4-3UWP Series 4-3
UTX-B2UTX-B2
Circuit Description
UTX-B2UTX-B2 consists of the following four blocks.1. Audio circuit and the peripheral circuit:
Ref No. 400 series and 500 series2. PLL block and RF block:
Ref No. 300 series3. CPU and the peripheral circuit:
Ref No. 600 series4. Power supply block: Ref No. 10 through 50 series.
1. Audio circuit and the peripheral circuitThe audio input signal to the MIC INPUT connector(CN401) is routed to the Mic/Line selector switch (S401),and is sent to the audio attenuator (ATT) circuit (IC411) inthe unbalanced signal format. The ATT is set (0 to 21 dBwith 3 dB step) by the resistance value that is selected bythe analog switch (IC411). As the analog switch receivesthe 3-bit ATT control signal (ATT0, 1, 2) from CPU(IC601), it selects the resistance value accordingly. TheATT control signal data is determined by the informationgenerated by the [+] and [_] switches (S671, S672) thatsend the control data to the CPU (IC601).The audio signal that is adjusted of its level by the ATTcircuit is buffered (Q421) and sent to the limiter circuit(IC431). The limiter circuit monitors the audio input signallevel if the input signal level is excessive or not, andcontrols the input signal level so as not to exceed the setthreshold level. The limiter output signal is passed througha low-pass filter (IC431), is amplified (IC451) and sent tothe compressor circuit (IC471). The audio signal receivesthe signal compression at the compressor circuit with thecompression ratio of 2 :1 (compressed to 1/2), and is sentto the pre-emphasis circuit. Time constant of the pre-emphasis circuit is 50 us. The audio signal is then mixedwith the tone signal (X511: 32.000 kHz), is passed throughthe AF switch (IC521) and is sent to the RF circuit block(VCO: CP101). The AF level detection circuit (IC451,D451) is used to display the audio signal on the LCD(ND651).
2. PLL block and RF blockThe oscillator circuit is a PLL-frequency synthesizer typeoscillator. VCO (CP321) is a voltage-controlled oscillatorworking as a transmission frequency oscillator and modu-lator. The transmission frequency is controlled by the serialdata (PLL data) that is supplied from the CPU (IC601) tothe PLL IC (IC301) having the built-in pre-scalar.The signal that is amplified by the RF amplifier (Q333,
Q351) is passed through a low-pass filter (L361 to L364,C362 to C364) and is output from the antenna via theisolator (CP361). At this time, the locked status of the PLLcan be detected by monitoring the LD terminal (pin-10) ofthe PLL IC (IC301). The voltage control circuit (Q331,Q332) has the function of switching ON/OFF the powervoltage to the RF circuit. The control signal to the voltagecontrol circuit is the RFM signal that is supplied from theCPU (IC601). (Power is supplied to the RF circuit whenthe RFM signal is “H”.)
3. CPU and the peripheral circuitThe CPU (IC601) is an 8-bit microprocessor operating onthe 8 MHz (X621) clock frequency.The CPU (IC601) performs the functions of sending outthe PLL data, ATT (attenuation), setting the transmissionoutput power, AF muting, RF muting, LCD control andothers by accessing the EEPROM (IC661). The voltagedetection circuit (IC631) detected the power supply voltage(+2.7 V) and uses it for resetting the CPU (IC601).
4. Power supply blockThe DC-DC converter block (IC11, Q14, D11) generates+5 V (VCC1) from the battery voltage (3 V), and suppliesit to the audio block and RF block. The regulator circuit(IC12) generates +3.3 V (VCC2) from the +5 V (VCC1),and supplies it to the CPU block and PLL block.The POWER switch circuit (POWER switch: S11, Q11 toQ13) is the control circuit that turns ON/OFF the DC-DCconverter.
4-4 UWP Series4-4
UTX-H2UTX-H2
4-2. UTX-H2
UTX-H2
Antenna power selection
DMUnit CN2
INPUTCONNECTOR
VOLUMECONTROL BUFFER LIMITTER AMP COMPRESSOR PRE-EMPHASIS AMP
AF
AF SW
VOLTAGEOSCILLATOR
CONV OSCBUFFER
AMP
PRE-AMPPOWER
AMP LPF
ANT
ISOLATOR
AF LEVELDET
X' tal32 kHzX101
TONE
TONE SIGNALGENERATOR
LPF
EEPROM
SET S401
S403
S402
X' tal4 MHzX401
RESET
POWERSWITCH
S301
IC201, Q201
IC401
VCC15 V
VCC23.3 V
PLL
10mW/2mW
LCD401
LCD
BATTERY3.0 V
DC-DC CONVERTER 5 V
VOLTAGE REGULATOR 3.3 V
IC1 IC2 IC4(2/2) IC6 IC7
Q103,IC103IC5
(1/2)Q1
CP101
Q106 Q108 CP102
L110- L113, C112-C114
C119, R121
IC102
IC101
IC404
IC4 (1/2)
IC211
IC402
MB-1137
_
+
CPU
IC405
4-5UWP Series 4-5
UTX-H2UTX-H2
Circuit Description
UTX-H2 (MB-1137 board)UTX-H2 consists of the following four blocks.1. Audio circuit and the peripheral circuit:
Ref No. 1 through 70 series2. PLL block and RF block:
Ref No. 100 series3. CPU and the peripheral circuit:
Ref No. 400 series4. Power supply block: Ref No. 200 series and 300 series.
1. Audio circuit and the peripheral circuitThe audio input signal to the connector (CN2) from theDynamic unit is sent to the audio attenuator (ATT) circuit(IC1) in the unbalanced signal format. The ATT is set (0 to21 dB with 3 dB step) by the resistance value that isselected by the analog switch (IC1). As the analog switchreceives the 3-bit ATT control signal (ATT0, 1, 2) fromCPU (IC405), it selects the resistance value accordingly.The ATT control signal data is determined by the informa-tion generated by the [+] and [_] switches (S403, S402)that send the control data to the CPU (IC405).The audio signal that is adjusted of its level by the ATTcircuit is buffered (Q1) and sent to the limiter circuit (IC2-1/2). The limiter circuit monitors the audio input signallevel if the input signal level is excessive or not, andcontrols the input signal level so as not to exceed the setthreshold level. The limiter output signal is passed througha low-pass filter (IC2-2/2), is amplified (IC4-2/2) and sentto the compressor circuit (IC6). The audio signal receivesthe signal compression at the compressor circuit with thecompression ratio of 2 :1 (compressed to 1/2), and is sentto the pre-emphasis circuit. Time constant of the pre-emphasis circuit is 50 us. The audio signal is then mixedwith the tone signal (X101: 32.000 kHz), is passed throughthe AF switch (Q103) and is sent to the RF circuit block(VCO: CP101). The AF level detection circuit (IC4-1/2),D3, D4) is used to display the audio signal on the LCD(NB401).
2. PLL block and RF blockThe oscillator circuit is a PLL-frequency synthesizer typeoscillator. VCO (CP101) is a voltage-controlled oscillatorworking as a transmission frequency oscillator and modu-lator. The transmission frequency is controlled by the serialdata (PLL data) that is supplied from the CPU (IC405) tothe PLL IC (IC102) having the built-in pre-scalar.The signal that is amplified by the RF amplifier (Q106,Q108) is passed through a low-pass filter (L110 to L113,
C142 to C144) and is output from the antenna via theisolator (CP102). At this time, the locked status of the PLLcan be detected by monitoring the LD terminal (pin-10) ofthe PLL IC (IC102). The voltage control circuit (Q104,Q105) has the function of switching ON/OFF the powervoltage to the RF circuit. The control signal to the voltagecontrol circuit is the RFM signal that is supplied from theCPU (IC405). (Power is supplied to the RF circuit whenthe RFM signal is “L”.)
3. CPU and the peripheral circuitThe CPU (IC405) is an 8-bit microprocessor operating onthe 4 MHz (X401) clock frequency.The CPU (IC405) performs the functions of sending outthe PLL data, ATT (attenuation), setting the transmissionoutput power, AF muting, RF muting, LCD control andothers by accessing the EEPROM (IC401). The voltagedetection circuit (IC402) detected the power supply voltage(+2.7 V) and uses it for resetting the CPU (IC405).
4. Power supply blockThe DC-DC converter block (IC201, Q201, D201) gener-ates +5 V (VCC1) from the battery voltage (3 V), andsupplies it to the audio block and RF block. The regulatorcircuit (IC211) generates +3.3 V (VCC2) from the +5 V(VCC1), and supplies it to the CPU block and PLL block.The POWER switch circuit (POWER switch: S301, Q301to Q303) is the control circuit that turns ON/OFF the DC-DC converter.
4-6 UWP Series4-6
URX-M2URX-M2
4-3. URX-M2
URX-M2
CPU
EEPROM
LCD
FT102BPF
Q103,1041st MIXER
SWF101SAW
FILTERQ105,106
2nd MIXERCF101
CFCF102
CFCF103
CFQ107
IF AMPIC101
IF AMPIC102
DETECTORIC401 (1/2)
AF AMP
IC403 (1/3)DIVERSITY
IC403 (2/3)SQUELCH
IC401 (2/2)IC202CF203CF
IC201IF AMP
CF202CF
Q207IF AMP
CF201CF
Q205,206SWF201
Q203,204
FT101BPF
Q102BUFFER
Q202
IC406 (1/2)BUFFER AMP
CF204
CF104CERAMIC
DISCRIMINATOR
ANT-a
RSSI-B
RSSI-A
RSSI-A
RSSI-B
INTERFACE
IC404 (2/2)LPF
IC402EXPANDER
AF-a
AF-b D401AF DET
MUTINGCONTROL
AF OUT
X401,402X'tal 32kHz
FT202BPF
ANT-b
D603RF LED
243.95MHz
243.95MHz
ALO
FT201BPF
Q101LNA
Q201LNA
IC404 (1/2)
IC407 (2/2)
Q301
Q302
10.7MHz
10.7MHz
3.3 V9 V +3.3 V (FOR AF, CPU, PLL IC AND VCO)
DIV
PLL CLKPLL DATAPLL LEPLL LD
6 V
+6 V (FOR RF, IF AND AF)
25kHz50μs 150μs
IC405 (1/2)AF AMP
X301VCO
LPF
Q305,306VCO
IC301PLL
LPF
DIVIDER
X501X'tal 4MHz
IC504
IC302DC/DC
CONVERTER
IC303
+9 V (FOR AF)
IC406 (2/2), D402TONE DET
IC407 (1/2), D403NOISE DET
ND601
IC502EEPROM
IC505CPU
S601 SET
S602 _
S603 +
AF AMP
CERAMICDISCRIMINATOR
DETECTOR
BUFFER
BUFFER
BUFFER
1st MIXER 2nd MIXER
BUFFER
REGULATOR
DE-EMPHASIS
AF AMP
MB-1129
DP-456
SAWFILTER
4-7UWP Series 4-7
URX-M2URX-M2
Circuit Description
URX-M2 consists of the MB-1129 board and the DP-456board. URX-M2 can be divided into the following fourblocks.
1. RF block2. AF block3. Power block4. CPU block
The respective blocks have the following functions.
1. RF blockThe RF block consists of the six circuits as shown below.
(1) RF amplifierThe RF input signals are supplied from the antennas “a”and “b” separately. The RF input signal of the desiredfrequency bandwidth is selected by the band-pass filter(antenna a = FT101, antenna b = FT201), and is amplifiedby the RF amplifier (antenna a = Q101, antenna b = Q201).The amplified RF signal passes through another band-passfilter (antenna a = FT102, antenna b = FT202) and is inputto the 1st mixer circuit described in the next paragraph (2).Gain of the RF amplifier is approximately 10 dB includingthe loss due to the band-pass filters.
(2) 1st mixer circuitThe input signal that is amplified by the RF amplifier ismixed with the output signal from the 1st local oscillatordescribed in the next paragraph (3), by the 1st mixer circuit(antenna a = Q103/Q104, antenna b = Q203/Q204). Themixed signal is sent to the SAW filter (antenna a =SWF101, antenna b = SWF201) where only the desiredfrequency bandwidth is selected. The output from the 1stmixer is sent to the 2nd mixer described in the nextparagraph (4) as the 1st IF signal. Frequency of the 1st IFsignal is 243.95 MHz.
(3) 1st local oscillatorThe 1st local oscillator signal is generated by VCO(X301), buffered by the amplifier (antenna a = Q102,antenna b = Q202) and mixed with the RF signal by the 1stmixer circuit as described in the previous paragraph (2).VCO (X301) is controlled by the PLL IC (IC301) and CPU(IC505).
(4) 2nd mixerThe 1st IF signal is mixed with the output signal from the2nd local oscillator that is described in the next paragraph(5) by the 2nd mixer circuit (antenna a = Q105/Q106,antenna b = Q205/Q206). The mixed signal is sent to theceramic filter (antenna a = CF101, antenna b = CF201)where only the desired frequency bandwidth is selected.The output signal from the ceramic filter is sent to the 2ndIF amplifier as the 2nd IF signal as described in thesubsequent paragraph (6). Frequency of the 2nd IF signalis 10.7 MHz.
(5) 2nd local oscillatorThe 2nd local oscillator signal is generated by the oscilla-tor circuit consisting of the transistors (Q305/Q306),buffered by the amplifier (antenna a = Q301, antenna b =Q302) and mixed with the 1st IF signal by the 2nd mixercircuit as described in paragraph (4). Frequency of the 2ndlocal oscillator signal is 233.25 MHz, and is maintained toa constant frequency by controlling the DC voltage to beapplied to the VARY cap diode (D301) with the PLL IC(IC301).
(6) 2nd IF amplifierThe 2nd IF signal that is output from the 2nd mixerdescribed in (4) is amplified by the transistor (antenna a =Q107, antenna b = Q207) and by the 2nd IF amplifier IC(antenna a = IC101, antenna b = IC201). The 2nd IF signalis sent to the ceramic filter (antenna a = CFT102/CF103,antenna b = CF202/CF203) where only the desired fre-quency bandwidth is selected. At the same time, the 2nd IFamplifier IC outputs the DC voltage that changes its levelin accordance with the level of the RF input signal as theRSSI signal. Based on the RSSI signal level, the diversityis selected and the squelch is controlled. The 2nd IF signalthat is amplified by the above amplifier is detected by thedetector IC (antenna a = IC102, antenna b = IC202) and bythe ceramic discriminator (antenna a = CF104, antenna b =CF204), and is output as the audio signal.
2. AF blockThe audio signal (of two channels from antennas "a" and"b" respectively) that has passed through the RF block andis amplified by the OP amplifier (IC401) is input to thediversity circuit (IC403-1/3). The diversity circuit iscontrolled by the CPU (IC505) by comparing the RSSIsignal of antenna “a” with that of antenna “b” to selectwhichever the larger, whereas the RSSI signals are gener-ated by the 2nd IF amplifier IC of the RF block. Outputsignal from the diversity circuit takes the two signal paths:One output signal is sent to the (1) squelch circuit. Theother output signal is sent to the (3) TONE detector circuitand the (4) noise detector circuit via the buffer (IC406-1/2).
(1) Squelch circuitThe squelch circuit (IC403-2/3) is controlled by the CPU(IC505) in accordance with the RSSI signal, the outputsignal from the TONE detector circuit (3) and the outputsignal from the noise detector circuit (4). The audio signalthat is output from the squelch circuit enters the de-emphasis circuit (IC404-1/2) having time constant 50 usand the low-pass filter (IC404-2/2) having the cut-offfrequency of 25 kHz. The low-pass filter output signal thenenters the expander circuit (IC402). The audio outputsignal from the expander is buffered by the buffer amplifi-er (IC405-1/2) having the waiting time of 150 us and takesthe two signal paths. One output signal becomes the mainaudio output signal from the unit. The other output signalis sent to the (2) AF level detector circuit.
(2) AF level detector circuitA part of the main audio output signal is sent to the voltagefollower (IC405-2/2), amplified by the amplifier (IC407-2/2) and enters the rectifier (D401). Output voltage that isdeveloped by the rectifier is detected by CPU (IC505).Output signal of the detector is used to indicate the AFsignal level on the LCD.
(3) TONE detector circuitThe audio signal that is output from the diversity circuit(IC403-1/3) is amplified by amplifier (IC406-2/2) contain-ing a filter consisting of crystal oscillators (X401 andX402) and enters the rectifier (D402). Output voltage thatis developed by the rectifier is detected by CPU (IC505).Output signal from the detector is used to control the (1)squelch circuit.
(4) Noise detector circuitThe audio output signal from the diversity circuit (IC403-1/3) passes through the amplifier (IC407-1/2) containingthe high-pass filter having cut-off frequency 87 kHz andenters the rectifier circuit (D403). Output voltage that isdeveloped by the rectifier is detected by CPU (IC505).Output signal from the detector is used to control the (1)squelch circuit.
3. Power blockThe 9 V input power that is supplied from an externalpower source is converted of its voltage from 9 V to 6 Vby the DC/DC converter (IC302), and is at the same timeconverted to 3.3 V power voltage by the regulator IC(IC303). The original 9 V power as it is supplied fromexternal power source without power regulation is used todrive the latter circuit of the audio output circuit. Theregulated 6 V power is used by the RF circuit, the frontstage of the audio circuit and by the detector circuit. Theregulated 3.3 V power is used by all circuits other than theabove circuits.
4. CPU blockThe CPU (IC505) performs the following controls.
(1) LCD display. Reception channel indication or reception frequency
indication. Audio output level indication. Between the RF input signal of antenna “a” and that of
antenna “b”, only the RF input signal having the largerRSSI signal is indicated of its level in four levels.
. Error message indication
(2) LED display. RF input level indication
When the RSSI signal exceeds the squelch level, the RFinput signal level is indicated. The green LED is used.
(3) Squelch controlMuting of the audio signal is switched ON/OFF by thejudgment from the RSSI signal, the tone signal and thenoise signal amplitude.
(4) PLL controlCPU (IC505) controls the PLL IC (IC301) using thefrequency data stored in the EEPROM (IC502).
(5) Clock oscillatorThe clock signal (frequency of which is 4 MHz) isoscillated by the crystal oscillator (X501) and theoscillator circuit inside the CPU. This clock signal isused by the CPU (IC505) and the PLL IC (IC301).
4-8 UWP Series4-8
URX-P2URX-P2
4-4. URX-P2
URX-P2
BPF BPFLNA1st Mixer SAWF
2nd MixerCF
IF AmpCF IF Detection
IC Discriminator
BPF BPFLNA 1st Mixer SAWF 2nd Mixer CF IF Amp CF Discriminator
CPU
VCOBuffer(A)
Buffer(B)
243.95MHz
LPF
PLL
AF Amp(A)
AF Amp(B)
DiversitySwitch
SquelchSwitch
De-emphasis Expander
AF Amp
Attenuator
MonitorVolume
Muting
MonitorAmp
MonitorOut
AF Det.
Tone Det.
Noise Det.
Ant. IN(B)
Ant. IN(A)
PLL DataPLL CLKPLL LEPLL LD
AF(B)
AF(A)
AF OUT
LCD
SE
T
Light
EEP-ROM
Buffer
AF Amp
VCO
LPF
8MHz
INVERTER
Buffer(A)
Buffer(B)
10.7MHz
243.95MHz 10.7MHz
IF Detection IC
CF
Buffer
CF
Noi
se
Ton
e
ALO
AF
M
M-A
TT
AP
S
RSSI-A
PLL
Clock RS
SI-
B
- +
(IC621)
(X621)
(IC601)
(IC321)
(X301)
(Q341,Q342)
(SWF121)
(SWF221)
10.7MHz 10.7MHz
10.7MHz 10.7MHz
(CF141) (CF151) (CF161)
(CF241) (CF251) (CF261)
(Q141)(Q142)
(Q241)(Q242)
(Q121)
(Q221)
DC-DCConverter
LR6 x 2
PowerSwitch
+3.3V
(IC11, Q11)
RF-130
CN-3092
CPU-421
4-9UWP Series 4-9
URX-P2URX-P2
Circuit Description
URX-P2URX-P2 consists of the following four blocks.1. RF block2. AF block3. Power block4. CPU blockThe respective blocks have the following functions.
1. RF blockThe RF block consists of the six circuits as shown below.
(1) RF amplifier circuitThe RF inputs as many as the number of antennas “a” and“b” are provided.The RF signal from which the desired frequency bandwidth is selected by the band-pass filter (antenna a =FL201, antenna b = FL101) is amplified by the RF amplifi-er (antenna a = Q201, antenna b = Q101). The amplifiedRF signal passes through another band-pass filter (antennaa = FL221, antenna b = FL121) and attenuator (R120,R129, R130), and is input to the 1st mixer circuit shown as(2). Gain of the RF amplifier block is about 10 dB includ-ing the loss due to the band-pass filters.
(2) 1st mixer circuit and 1st IF amplifier circuitThe signal that is amplified by the RF amplifier is mixedwith the 1st local oscillator output signal shown as (3) bythe 1st mixer circuit (antenna a = Q221/Q222 antenna b =Q121/Q122). Desired frequency band is selected from themixed signal by the SAW filter (antenna a = FL221,antenna b = FL121) and is output to the (4) 2nd mixercircuit as the 1st IF signal. Frequency of the 1st IF signal is243.95 MHz.
(3) 1st local oscillator circuitThe 1st local oscillator signal is generated by VCO(CP301), buffered by the amplifier (antenna a = Q211,antenna b = Q111) and mixed with the RF signal by the (2)1st mixer circuit. The VCO (CP301) is controlled by thePLL IC (IC321) and CPU (IC601).
(4) 2nd mixer circuit and 2nd IF amplifier circuitThe 1st IF signal is mixed with the (5) 2nd local oscillatorby the 2nd mixer circuit (antenna a = Q241/Q242, antennab = Q141/Q142). Desired frequency band is selected fromthe mixed signal by the ceramic filter (antenna a = CF241,antenna b = CF141) and is output to the (6) 2nd IF circuitas the 2nd IF signal. Frequency of the 2nd IF signal is 10.7MHz.
(5) 2nd local oscillator circuitThe 2nd local oscillator signal is generated by the oscilla-tor circuit consisting of the transistors (Q341 and Q342),buffered by the amplifier (antenna a = Q231, antenna b =Q131) and mixed with the 1st IF signal by the (4) 2ndmixer circuit. Frequency of the 2nd local oscillator signalis 233.25 MHz, and is kept constant by controlling thevoltage applied to VARI cap diode (D341) with the PLLIC (IC321).
(6) 2nd IF circuitThe 2nd IF signal that is output from the (4) 2nd mixercircuit is amplified by the transistor (antenna a = Q107,antenna b = Q207) and the 2nd IF amplifier IC (antenna a= IC261, antenna b = IC161). Desired frequency band ofthe 2nd IF signal is selected by the ceramic filter (antennaa = CF251/CF261 antenna b = CF151/CF161).At the same time, it outputs the DC voltage that changes itslevel depending on the RF input signal level, as the RSSIsignal. The RSSI signal is used to select the diversity andto control squelch (muting). The 2nd IF signal that isamplified by the above amplifier is detected by the detectorIC (antenna a = IC271, antenna b = IC171) and the ceramicdiscriminator (antenna a = CF271, antenna b = CF171),and is output as the audio signal.
2. AF blockThe audio signal (two channels from antennas “a” and “b”)that has passed through the high-frequency block and isamplified by the OP amplifier (IC181) is input to thediversity circuit (IC401). The diversity circuit is controlledby the CPU (IC601) in accordance with the RSSI signalthat is generated by the 2nd IF amplifier IC of the high-frequency block. Output signal from the diversity circuittakes the two signal paths: One output is connected to the(1) squelch (muting) circuit. The other output is connectedto the (4) TONE detector circuit and the (5) noise detectorcircuit via the buffer amplifier (IC441-1/2)
(1) Squelch circuitThe squelch circuit (IC401) is controlled by the CPU(IC601) in accordance with the RSSI signal the tone andthe noise detector output.The audio output signal from the squelch (muting) circuitenters the de-emphasis circuit (IC411-1/2) having timeconstant 50 us and the low-pass filter circuit (IC411-2/2)having the cut-off frequency of 25 kHz. It then enters theexpander circuit (IC421). The audio output signal from theexpander is buffered by the buffer Amplifier (IC422-1/2)having the waiting time of 150 us and takes the two signal
paths. One output signal is the main audio output signalthat is output from the output connector (AF OUT) via themuting circuit (Q431, Q432) that suppresses the noise atthe instance of power ON/OFF. The other output isconnected to the (2) MONITOR output circuit and the (3)AF level detector circuit.
(2) MONITOR output circuitOne of the audio signals from the main audio output signalis buffered by buffer amplifier (IC422-2/2) and passesthrough the level-control analog switch (IC461, IC471)and enters the monitor amplifier (IC481) from which theaudio output signal is connected to the HEADPHONESconnector. The audio monitor level is adjusted by theanalog switch IC (IC461, IC471) that is controlled by theCPU (IC601) as the “+” or “_” button is operated.
(3) AF level detector circuitThe other output of the audio signals from the main audiooutput signal is amplified by amplifier (IC451-2/2) andenters the rectifier circuit (D451). The output voltage thatis developed by the rectifier circuit is detected by the CPU(IC601). Output signal of the detector is used to indicatethe AF signal level on the LCD.
(4) TONE detector circuitThe audio output signal from the diversity circuit (IC401-1/3) is amplified by amplifier (IC441-2/2) containing afilter consisting of crystal oscillator (X441, X442) andenters the rectifier (D441). Output voltage from therectifier is detected by the CPU (IC601). Output signalfrom the detector is used to control the (1) squelch circuit.
(5) Noise detector circuitThe audio output signal from the diversity circuit (IC401-1/3) passes through the amplifier (IC451-1/2) containingthe high-pass filter having cut-off frequency 87 kHz andenters the rectifier circuit (D452). Output voltage from therectifier is detected by the CPU (IC601). Output signalfrom the detector is used to control the (1) squelch circuit.
3. Power blockThe power bock consists of the following two circuits.
(1) POWER switch circuitWhen the POWER switch (S11) is pressed to ON, the Trswitch (Q13) is turned on so that the power voltage issupplied to the DC-DC converter circuit.
(2) DC-DC converter circuitThe voltage supplied from the POWER switch circuit isconverted to the +3.3 V power by the control IC (IC11)and the switching FET (Q11).
4. CPU blockThe CPU (IC601) performs the following controls.
(1) LCD display. Reception channel or reception frequency indication. Blank channel search control. AUTO POWER SAVE control. Audio output level indication. Battery power consumption indication. RF input level indication. Accumulated operating hours indication. Error message indication
(2) LED display. RF input level indication
The RF input level is indicated on the LED (D641) usingthe RSSI signal. The green LED is used. The OR-logicoutput of the RSSI signals from the antennas “a” and “b”is indicated.
. Squelch (muting) controlMuting of the audio signal is performed by detecting theRSSI signal, the TONE signal and noise signal.
. PLL controlCPU (IC601) controls the PLL IC (IC321) using thefrequency data stored in the EEPROM (IC671).
. MONITOR level controlThe MONITOR level is adjusted by controlling theanalog switch IC (IC461, IC471) in accordance with the“+” and “_” button operations.
. Clock oscillator circuitThe clock signal (frequency is 8 MHz) is oscillated bythe crystal oscillator (X621) and IC621. This clocksignal is used by the CPU (IC601) and the PLL IC(IC321).
(3) AUTO POWER SAVE functionIf the RF signal that is transmitted from the transmittercannot be received by the receiver, and when other require-ments are satisfied, the power supply to the antenna “b”circuitry is shut down by the CPU that controls Q351.Thus, the consumption current can be reduced makingcontribution in extending battery operating hours. As soonas the antenna “a” receives the RF signal from transmitter,this function is canceled.
4-10 UWP Series4-10
UTX-P1UTX-P1
4-5. UTX-P1
UTX-P1
XLR-JACK(CN999)
ATT PRE-AMP LIMITTER AMP COMPRESSOR PRE-EMPHASIS AMP
AF
AF SW
VOLTAGEOSCILLATOR
CONV OSCBUFFER
AMP
PRE-AMPPOWER
AMP LPF ISOLATOR
AF LEVELDET
X’ tal32 kHzX101
TONE
TONE SIGNALGENERATOR
LPF
EEPROM
SET S401
S403
S402
RESET
POWERSWITCH
S301
IC201, Q201
IC401
VCC15 V
VCC23.3 V
PLL
LCD401
LCD
LED
BATTERY3.0 V
D401
DC-DC CONVERTER 5 V
VOLTAGE REGULATOR 3.3 V
IC1
SW
S1Q2,IC2(1/2)
IC4(2/2) IC6 IC7
Q103,IC103IC5
(1/2)
CLIPPER
Q4-Q7Q1
CP101
Q106 Q108 CP102
MACHINGCIRCUIT
C146,C147,L114
L110- L112,
C142, C143
C119, R121
IC102
IC101
IC4 (1/2)
IC211
IC402
IC406
PAD
MB-1094
_
+
CPU
IC405
4-11UWP Series 4-11
UTX-P1UTX-P1
Circuit Description
UTX-P1 (MB-1094 board)UTX-P1 consists of the following four blocks.1. Audio circuit and the peripheral circuit:
Ref No. 1 through 90 series2. PLL block and RF block:
Ref No. 100 series3. CPU and the peripheral circuit:
Ref No. 400 series4. Power supply block: Ref No. 200 series and 300 series.
1. Audio circuit and the peripheral circuitThe audio input signal to the AF INPUT connector (CN1)is sent to the MIC/LINE selection switch (SW1) in theunbalanced signal format. When the MIC/LINE switch(S1) is set to the “MIC” input, 0 dB attenuation is imposedon the audio input signal, and when the MIC/LINE switch(S1) is set to the “LINE” input, 49 dB attenuation isimposed on the audio input signal, and the audio signal issent to the audio attenuator (ATT) circuit. The ATT is set(0 to 21 dB with 3 dB step) by the resistance value that isselected by the analog switch (IC1). As the analog switchreceives the 3-bit ATT control signal (ATT0, 1, 2) fromCPU (IC405), it selects the resistance value accordingly.The ATT control signal data is determined by the informa-tion generated by the [+] and [_] switches (S403, S402)that send the control data to the CPU (IC405).The audio signal that is adjusted of its level by the ATTcircuit is buffered (Q1) and sent to the limiter circuit (IC2-1/2). The limiter circuit monitors the audio input signallevel if the input signal level is excessive or not, andcontrols the input signal level so as not to exceed the setthreshold level. The limiter output signal is passed througha low-pass filter (IC2-2/2), is amplified (IC4-2/2) and sentto the compressor circuit (IC6). The audio signal receivesthe signal compression at the compressor circuit with thecompression ratio of 2 :1 (compressed to 1/2), and is sentto the pre-emphasis circuit. Time constant of the pre-emphasis circuit is 50 us. The audio signal is then mixedwith the tone signal (X101: 32.000 kHz), is passed throughthe AF switch (Q103) and is sent to the RF circuit block(VCO: CP101). The AF level detection circuit (IC4-1/2,D3) is used to display the audio signal on the LCD(LCD401) and LED (D401).
2. PLL block and RF blockThe oscillator circuit is a PLL-frequency synthesizer typeoscillator. VCO (CP101) is a voltage-controlled oscillatorworking as a transmission frequency oscillator and modu-
lator. The transmission frequency is controlled by the serialdata (PLL data) that is supplied from the CPU (IC405) tothe PLL IC (IC102) having the built-in pre-scalar.The signal that is amplified by the RF amplifier (Q106,Q108) is passed through a low-pass filter (L110 to L112,C142, C143) and is output from the XLR JACK (CN999)via the isolator (CP102) and matching circuit (C146, C147and L114). At this time, the locked status of the PLL canbe detected by monitoring the LD terminal (pin-10) of thePLL IC (IC102). The voltage control circuit (Q104, Q105)has the function of switching ON/OFF the power voltageto the RF circuit. The control signal to the voltage controlcircuit is the RFM signal that is supplied from the CPU(IC405). (Power is supplied to the RF circuit when theRFM signal is “L”.)
3. CPU and the peripheral circuitThe CPU (IC405) is an 8-bit microprocessor operating onthe 4 MHz (X401) clock frequency.The CPU (IC405) performs the functions of sending outthe PLL data, ATT (attenuation), AF muting, RF muting,LCD control and others by accessing the EEPROM(IC401). The voltage detection circuit (IC402) detected thepower supply voltage (+2.7 V) and uses it for resetting theCPU (IC405).
4. Power supply blockThe DC-DC converter block (IC201, Q201, D201) gener-ates +5 V (VCC1) from the battery voltage (3 V), andsupplies it to the audio block and RF block. The regulatorcircuit (IC211) generates +3.3 V (VCC2) from the +5 V(VCC1), and supplies it to the CPU block and PLL block.The POWER switch circuit (POWER switch: S301, Q301to Q303) is the control circuit that turns ON/OFF the DC-DC converter.
5-1UWP Series 5-1
CPU-422, RF-131CPU-422, RF-131
CPU-422 -A SIDE-
SUFFIX: -11
Section 5Board Layouts
5-1. UTX-B2
51
50
25
26
1
100
75
76
14 5
8
342
1
AK
2 1
3
1
5 8
4
1
2
29
30
134
5
2
3 2
1
C20
C21
C22
C23 FL11
FB51
R601
R602
R603
R604
R609
R613
R621
R622
R623
R624
C51
C52
C53
R631
R632
R633
Q11
Q12
Q13C600
Q14
C601
C602
C604
C605
C606
C607
C608
C609
S11
C610
C611C612
C613
C621
C622
C623
C624
R661
R662
R663
R664
R665
R666
C631
X621
C632
C633
C634
R677
C661
IC601
IC621
CN11
D11D12
D13
THP11
IC631
IC661
R11R12
R13
R14
R15
R16
R17
R21
Q601
CN2
C12
C14
C16
C17
C18
C19
IC11
IC12
1
13
12
24
12
AK
AK
C24
ND651
C603
R641
R642
R651
R652
C625
C626
C627
R671
R672R673
R674
R675R676
CT621
C651
C671
C672
C673
S671S672S673
D641
D651
D652
L11
L12
R20
R23
C11
C15
Q651
CPU-422 -B SIDE-
SUFFIX: -11
135
4
1 16
8 9
AK
1
5 8
4
13
4 5
2
1
58
4
1
2 345
1
58
4
1 2
R401
R402
R407
R408
R409
R410
CN401
R422
R423
R424
R425
R426
Q491
R431
Q492
R432
Q493
R433
Q494
R434
Q495
R435
R436
R437
CP361
R440
C404
C405
R441 R442
R443
R445
R449
C412
R450
R451
R452
R453
R454
R455
R457
R458
R459
C421
C423
RV511
C431
C432
C433
C434
RV521
C442C443
C444
R486
C451
C452
C453
C454
RV341
R491
C456
R492
C457
R493
C458
R494 R495
C459
R496
R497
R498
R499
RV351
Q511
C483
L511
Q333
IC411 C491
C492
C493 C494
C495
C496
Q341
L331
L332
D441
D442
Q351
L342
D451
IC431
L351
IC441
R500
R501
L361
L362
L363L364
IC451
CN301
R513
R514
R519
R325
R326
R327
D481
R524
R335
R336R337
R342
R343
R351
R352 R353
R354
IC491
C513
C514
C517
C522
C333
C334
C335
C336
C338
C339
C340
C341
C351
C352
RV441
C362
C363C364
ET302
ET303
ET304
ET305
L401
Q421
CT361
Q431
D351
RV491
FB401
CP321
C
1 2
C
14 5
8
12
1
58
4
C
20
10
11
1
2
1
30
29
13 4
5
R404
R405
R411
R412
R413
R414
R415
R416
R417
R418
R419
R420
R421
C401
C402
R444
R446
R447
R448
C411
R456
S401
R471
C435
C436
R472 R473
C441
R481
R482
R483
R484
R485
R487
R488
C455
L301
L302
C471
C472
C473
C474
C475
Q512
C476
C477
Q320
C478
Q321
Q322
C481
C482
C484
Q521
C485
C486
C487
C488
Q331
C489
Q332
R301
R302
R303
R304
R305
R306
R307 R308
R309
R310
R311
R511 R512
R515
R321
R322
R516
R323
R517
R324
R518
R521
R522
R523
R525
R526
IC471
C301 C302
C303
C304
C305
C306
C307C308
C309
IC481
C310
C311
C312 C313
C314
C315
C511C512
C515
C516
C323
C324
C325
C326
C327
C521
X511
C331
C332
C337
C353
C354
D301
C371
IC301
FL401FL402
CN1
IC511
IC521
FB402
FB403
RF-131 -A SIDE-
SUFFIX: -11
RF-131 -B SIDE-
SUFFIX: -11
5-2 UWP Series5-2
5-2. UTX-H2
MB-1137MB-1137
145
8
15
10
12
13
15
20
24
18
916
SD G
SD
G
B EC
15
10
11
15
20
12
3 45
BCE
145
8
145
8
BE
C
BE C
BE
C
B EC
BE
CBCE
145
8
15
10
12
13
15
20
24
18
916
SD G
SD
G
S D G
15
10
11
15
20
12
3 45
BCE
145
8
145
8
BE
C
BE C
BE
C
B EC
BE
CBCE
C416
C303
C137
ND401
FL2
C150
C27
L115
C148
R101
D401
C21
S402
C132
R135
R134
C135
R133
D107
L108
C133
C40
10K
R404
R405
R406
C419
D4
C103
R104
L121
R141
R408
R126
C48
C201 Q 201
D3
C206
IC20122
R120
C130
C45
Q102
X101
C205
C122
Q 103
R105
R106
C105
R107
R108
IC1
C107
L101
C106
C29
R114
RV103
Q101
C414
R411
R412
C102
C111 C402
R425
C101
C44
R102
R46
IC101
R103
R110
R125
R305R306
R307
R308
C39
R70
RV2
R44
R48
R47
R49
C33
R7
S301
Q302
C8
R12
L201
RV101
IC4
R21
C11
Q2
C147
R67
CP101
R145
C131
C304
C117
L102
R22
R147
C7
C114
R28
R26
C12
C113
R27
CP102
R29
R118
C116
C127
RV1
R410
R8
R11
R429
R69
R1R2
R45
C22
R3
C115
R4
C42
C43
R51
R52
C145
R5C23
R74
R6
C20
C25
R37
R39
R71
R73
R43IC7
R127
Q1
1K
R407
C410
R409
C408
C409
S403
S401
R415
R112
CT401
IC103
R53
C146
L202
IC102
C112
R428
R413
D201
Q106
Q402
Q 108
L113
C144
C138
C136
CT101
C141
C142
RV102
R140
RV104
L109
R142
C143
L112 L111
L110
R143
120
21
40
41
60
61
80
145
8
14 5
8
12
145
8
145
8
C19
C41C215
C2
C5 R10
L1
R302
R303
C301
Q301
C47
R431
R430
R432
C418
R75
C118
R427
C412
C213
C425
R417
IC5
R121
L105
C124
IC405
C15
C126
C108
CN101
C203
C204
L106
C411
R116
R115
C119
C34
C421
R403
C406
R117
R111
R401
C104
IC211
IC404
IC401
R304
C46
IC402
C214
Q303
D301
R62
R65
R66
Q104
R63
R61
R130
C134
R132
R131
R54
C26
C18
R55
C28
R57
R58
C30
C31
R122
C120
IC6
C37
R123
C212
330P/50
C13
R19
FL1
R32
R41
R40
R20
C17
C9
Q4R34
D106
C123
C125
C211
C129
C128
R128
FL301
R421
C14
C405
R422
CN2
R31
C121
R423
R424
R18
C36
C404
R15
R14
C403
Q3
IC2
C401
C3
R9
C32
R36
C415
R129
C4
C38
C35
R42
C24
THP301
R402
IC3
R60
R59
D2
10
R414
R416
R426 R310
C417
C110 C302
R35
L103
C16
C109
D1
C50
Q7
D105
Q105
Q401
Q 5
Q6
R309
R301
C305
Q304
X401
Q107
C140
R138
C149
MB-1137 -A SIDE-
SUFFIX: -11
MB-1137 -B SIDE-
SUFFIX: -11
5-3UWP Series 5-3
DP-456, MB-1129DP-456, MB-1129
5-3. URX-M2
D601
D602
D603
ND601
R601
S601
S602
S603
C601C602C603
CN602
R603
R604R605
R606R607
R608R609
DP-456 -A SIDE-
SUFFIX: -11
DP-456 -B SIDE-
SUFFIX: -11
C101
C102
C103
C104
C105
C106
C107
C108
C109
C110
C111
C112 C113
C114C115
C116
C117C118
C119
C120
C122
C123
C124
C125
C126
C127
C128
C129
C201
C202C203
C204
C205
C206
C207
C208
C209
C210
C211
C212
C213
C214C215
C216
C217C218
C219
C220
C222
C223C224C225
C226 C227
C228C229
C301
C302
C303
C304
C305
C306
C307
C308
C309
C310C311
C312
C313
C314
C315
C316
C317
C318
C319
C320
C321
C322
C323
C324
C325
C326
C327 C328
C329
C330
C331C332
C333
C334 C335
C336
C337
C338
C339
C340
C341
C342C343C344
C345C346
C347
C348
C349
C353
C355
C401
C404
C504
C505
C506
C507
C508
C509
C510
C511
C512
C513
C514
C515
C519
C520
C522C523
C524
C530
C531
CN101
CN201
CN301
CT301
CT501
D301
FB101
FB201
FL101
FL102
FL201
FL202
IC301
IC502
IC503
IC504
IC505
L101
L102
L103
L104L105
L106
L107
L108
L109
L111
L112
L113L114
L115
L116
L117
L201
L202
L203
L204L205
L206
L207L208L209
L211
L212
L213L214
L215
L216
L217
L301
L302
L303
L304
L305
L306
L307
L308
L309
L310
L311
Q101
Q102
Q103Q104
Q105Q106
Q201
Q202Q203
Q204
Q205Q206
Q301Q302
Q303
Q304
Q305Q306
Q501
R101
R102
R103
R104
R105R106
R107R108
R109R110
R111
R112
R113
R114R115
R116
R117 R118R119
R120R121 R122R
123
R124
R125
R126
R127R128
R129R130
R131
R132
R133
R144
R145
R146R147
R201R202
R203
R204
R205R206
R207R208
R209R210R211
R212
R213
R214
R215
R216R217
R218 R219
R220R221
R222
R223
R224
R225
R226
R227R228
R229
R230
R231
R232
R233
R244
R245
R246R247
R301
R302
R303
R304R305
R306
R307R308
R309
R310R311
R312
R313
R314
R315
R316
R317
R318
R319
R320
R321
R322
R323
R324
R325R326
R327
R328
R329
R401R404
R503
R504
R505
R506
R507R508
R509
R510
R511
R512
R513R514R515R516
R519
R520
R521
R525
R526
R527
R530
R531R532R533
R558
R559
R560
RV401RV402
SL101SL102SL201SL202
SWF101
SWF201
X301
X501
MB-1129 -A SIDE-
SUFFIX: -11
MB-1129 -B SIDE-
SUFFIX: -11
C121
C130
C131
C132
C133
C134C135
C136
C137
C138
C139C140
C141
C142
C143 C144
C145
C146
C147
C221
C230
C231
C232
C233
C234C235
C236
C237
C238
C239C240
C241
C242
C243
C244
C245
C246
C247
C350
C351
C352
C354C356
C357
C358
C359 C360
C361
C362
C402
C403
C405
C406
C407
C408
C409
C410C411
C412
C413
C414
C415
C416
C417
C418
C419
C420
C421
C422
C423
C424
C425
C426
C427
C428
C429
C430
C431C432 C433
C434
C435 C436C437
C438
C439
C440
C441
C442
C443 C444
C445
C446
C447
C448
C449
C501C502C503
C516
C517C518
C521
C525
C526
C527C528 C529
CF101
CF102
CF103
CF104
CF201
CF202
CF203
CF204
CL301
CL302
CL303CL304 CL305
CL306
CL307
CL308CL410
CL501
CL502
CL503
CL504
CN501CN502
D302
D303
D401
D402
D403
F301
IC101
IC102 IC201
IC202
IC302
IC303
IC401
IC402
IC403
IC404
IC405
IC406
IC407
IC501
L118
L119
L218
L219
Q107Q207
Q307
Q308
R134 R135
R136
R137
R138
R139
R140
R141
R142
R143
R234R235
R236
R237
R238
R239
R240
R241
R242
R243
R330
R331
R332 R333
R334
R402
R403
R405
R406
R407
R408R409
R410
R411R412R413
R414
R415R416
R417
R418R419
R420R421
R422R423
R424
R425
R426
R427
R428R429
R430
R431R432
R433R434
R435
R436R437
R438 R439
R440
R441
R442
R443
R444
R445
R446 R447
R448
R449
R450
R451
R452
R453
R454
R455
R456
R457
R501R502R517
R518
R522
R523
R524
R528
R529
R561X401
X402
5-4 UWP Series5-4
5-4. URX-P2
CN-3092, CPU-421, RF-130CN-3092, CPU-421, RF-130
1
78
6
12
51
50
25
26
1
100
75
76
342
1
145
8
21
3
1
16
8
9
1
16
8
9
1
58
4
1
2
29
30
13
4 5
2
610
1 5
C21
C22
C23
R601
R602
R603
R604
R605
R610Q481
FB431
Q482
FB432
R621
R622
R623
R624
R625
R435R631
R632
Q11
Q12
Q13
Q14 C601
C602
C603
C604
R641
C605
CN431
C606
C607
C608
S11
C609
C610
C611
C612
C613
C614
C615
R651
R652
C616
R653
C617
R467
R468
R469
C621
C622
C623
C624
C625
C626
C627
R470
C628
R471
C435
R472
R473
R474
R475
FB485
R476
R477
R478
R479
C631
X621
C632
R671 R672
R673
R480
R674
R481
R675
R482
R676
R483
R484
R485
R486
R487
R488
R489
R490
R491
R492
R687
R493 R494
C651
C652
C461
C462
C464 C471
C472
C473C474
C671
C481
C482
C483
C484 C485
IC601
IC621
CN11
D11
D12
D13
THP11
IC631
IC461
L11
L12
IC471
IC671
IC481
R12
R13
R14
R15
R16
R17
R22
R23
R24
R25
R26
R31
CN2
C12
C13
C14
C15
C16
C17
C18
C19
IC11
Q651
1
2 345
1
2 345
R211
FB221
R212
R213
R214
R215
R216
CN201
R220
R221
R222
R223
R224
R225R226
R227
R228
R229R230
FB241
R231
R232
R233
R234
C201
C202C203
C204
SWF121
C205
R241
C206
R242
C207
R243
R244
R245
R246
C211
C212
C213
C214
C215
C216
C221
C222 C223
C224
C225
C226
C227
C228
C229
C230
C231
C232
C233
C234
C241
C242
C243
C244
C245
R281
C246
C247
C248
C249
Q101
Q301
Q111
L102
L103
L104
L105
ET201
ET202
L301
Q121
L302Q122
L111
L112
L113
FL101
C281
Q131
L121
L122
L123
L124
L125
RV181
ET221
ET222
ET223
Q141
Q142
L131
L132
FL121
Q341Q342
Q343
FB101
L141
L142
L143
ET241
R101
FB111
R102
L342
L343
R103R104
R105
R301
R302
R303
R111
FB121
R112
R113
R307
R114
R308
R115
R309
R116
R310
CN101
R311
R312
R120
R121
R122
R123
R124
R125R126
R127
R128
R129R130
FB141
R131
R132
R133
R134
C101
C102C103
C104
C105
R141
C106
R142
C107
R143
R144
R145
R146
C301
C302
C303
C304
C111
SWF221
C305
R341
C306
C112
R342
C307
C113
R343
C114
R344
C115
R345
C116
R346
C121
C122 C123
C124
C125
C126
C127
C128C129
C130
C131
C132
C133
C134
C141
C142
C143
C144
C145
C146
R182
C147
C148
C149
C341
C345
C346
C348
C349
C350
C351
C352
C353
C354
Q201
Q211
ET101
ET102
CT341
L202
L203
L204
L205
C183
Q221
Q222
L211
L212
L213
FL201
Q231
ET121
ET122
ET123
L221
L222
L223
L224
L225
RV281
Q241
Q242
L231
L232
CP301
D341
FL221
FB201
ET141
L241
L242
L243
R201
FB211
R202R203R204
R205
1
13
12
24
116
89
CC
1
58
4
14
5 8
1
5 8
4
AK
AK
AK
1
5 8
4
1
58
4
C20
R401
R402
R403
R404
R405
R406
R407
R408
R409
R410
R412
R413
R414
R415
R416R417
R421
R422
R423
R424
R425
R426 R427
R428
R429
R431
R432
R433
R434
R436
ND651
C401
C402
C403
R440
R441 R442
R443
R444
R445
R446
R447
R448
R449
C411
C412
C413
R450
C414
R451
C415
R452
C416
R453
C417
R454
R455
R456
R457
R458
R459
C421
C422
C423
R460
C424
C425
R461
C426
R462
C427
R463
C428
R464
C429
R465
R466
C430
C431
C432
C433
C434
C436
FB484
FB486
C441C442 C443
C444
C445
C446
C447C448
C451
R681
X441
C452
R682
X442
C453
R683
C454
R684
C455
R685
C456
R686
C457 C458
C459
CT621
C460
C463
IC401
C486
C487
C681
C682
C683
IC411
IC421
D441
IC422
D641
S681
D451
S682
D452
S683
D651
D652
IC441
IC451
R11
R18
R19
R20
R21
Q401
Q431
Q432
16 9
81
112
13
24
1
58
4
16 9
81
112
13
24
2
1
30
29
20
10
11
1
L261
IC161
L271
IC171
IC181
CF141
R251
R252
R253
R254
CF151
R255
R256
R261
CF161
R271
CF171
R282
R283
C251
C252
C253
C261
C262
C263
C264
C265
C271
C272
C273
C274
C275
C276
C277
C278
C279
C280
C282
C283
Q151
Q351
R304
L161
L171
IC261
R321
R322
R323
R324
R325
R326
R327
R328
R329
IC271
R330
R331
C308
CF241
R151
R152
R153
R154
R155
R156
R351
R352
R353
CF251
R161
C321
C322
C323
C324
C325
C326
C327
C328
CF261
C329
R171
C330
C331
C332
C333
CF271
R181
R183
C151
C152
C347
C153
C161
C162
C163
C164
C165
C171
C172
C173
C174
C175
C176
C177
C178
C179
C180C181
C182
C184
CN1
IC321
Q251
CPU-421 -A SIDE-
SUFFIX: -11
CPU-421 -B SIDE-
SUFFIX: -11
RF-130 -A SIDE-
SUFFIX: -11
RF-130 -B SIDE-
SUFFIX: -11
1
7 8
6
CN1001
CN-3092 -A SIDE-
SUFFIX: -11
CN-3092 -B SIDE-
SUFFIX: -11
CN1002
CN1003
R1001
R1002
5-5UWP Series 5-5
MB-1094 -A SIDE-
SUFFIX: -11
MB-1094 -B SIDE-
SUFFIX: -11
MB-1094MB-1094
5-5. UTX-P1
6-1UWP Series 6-1
2
3
4
5
1
A B C D E F G H
CPU-422CPU-422
CPU-422BOARD NO. 1-876-621-11MAX-752_CPU-422_500_1
Section 6Schematic Diagrams
6-1. UTX-B2
5.0V
3.3V
CN2
1 PLL_LD
2 3.3V
3 SK/CLK
4 3.3V
5 PLL_DATA
6 3.3V
7 PLL_LE
8 AF_PEAK
9 5V
10 5V
11 5V
12 5V
13 5V
14 5V
15 VCO_PS
16 MIC_5V
17 8MHz
18 ALO
19 RFP
20 MATT0
21 MATT1
22 MATT2
23 AFM
24 RFM
25 GND
26 GND
27 GND
28 GND
29 GND
30 GND
0.1uFC607
0.1uFC608
0.1uFC609
0.01uFC611
0.01uFC661
0.01uFC602
0.01uFC605
0.1uFC610
10kR661
1.5
3.3V
CL681
1.5CL682
1.5CL683
10kR671
10kR672
10kR673
S671
12
34
S672
12
34
S673
12
34
1kR674
1kR675
1kR676
0.1uFC671
0.1uFC672
0.1uFC673
XC61FN2712MRIC631
VIN3
VSS
2
VOUT1
0.01uFC601
0.1uFC631
0.01uFC606
0.01uFC604
10R631
5pFC625
NM
0.01uFC623
47R621
10R622
8MHzX621
20pFCT621
680R623
1MR624
27pFC624
LCD
ND651
NM
C21
C113
S12
S93
S10
4
S11
5
S12
6
S13
7
S16
8
S19
9
S17
10
S18
11
C312
S014
S215
S316
S417
S518
S619
S720
S821
S14
22
S15
23
C024
47R651
CL-270YG-C-TSLD652
CL-270YG-C-TSLD651
XC6367A501MRIC11
GND
4
EXT5 VDD
2
VOUT1
CE3
0.1uFC15
XP151A13A0MRQ14
S
10V100uFC11
NM
0.1uFC12
47kR14
47kR15
1M
4.9V
3.0V
3.0V
3.0V
5.0V
4.9V
2.9V
R16
1uFC20
XP151A13A0MRQ11
S
FMMT717TAQ12100k
R11
220R12
22kR13
EMI
FL11
1I/O
2O/I
3
GND
UMZ8.2T-T106D12
12
3
0.1uFC17
10uHL12
0.1uFC19
RB161M-20TRD11
S11
21
3
54
6
78
47R677
10R663
10R664
470R641
1uFC621
1000pFC622
TC7WHU04FK(T5RSOYFIC621
1A1
GND
4
2Y5
1Y7 VCC
8
2A3
3A6
3Y2
47kR603
47kR601
47uHL11
BR24L32FV-WE2IC661
VSS
4
VCC
8
SDA5
A23
A12
A01
SCL6
WP7
10kR662
R
G
SML-020MLTT86D641
2 1
4 3
330R642
CN11
1 +3V_BATT
2 GND
34
XC62FP3302PRIC12
GND/FIN
3
OUT2
IN1
47kR609
10kR632
10kR633
1kR652
DTC124EE-TLQ651
1uFC651
100R17
2.2uFC22
1SS355TE-17D13
DTC124EE-TLQ601
47kR602
10uFC23
NM
0.01uFC632
47kR613
F-GND
F-GND
GND
1.5CL684
GND
1000pFC52
10kR665
10R666
2.2kR20
47pFC634
47pFC627
1kR21
100kR23
1.5CL11
1.5CL12
10uFC612
10uFC626
10V47uFC603
1.0CL400
1000pFC51
1000pFC53
NM
FB51
1.5CL1
1.5CL2
47kR604
THP11
DTC124EE-TLQ13
MB89F499PFVIC601
1-K
EY2
SET_
KEY
3+K
EY4
AF_M
ute
5RF
_Mut
e6 7
P_Of
f_In
8RF
P9
10 11 12 13 14MI
C_5V
15VC
O_PS
16BA
CK_L
IGHT
17FL
_CTL
018
FL_C
TL1
19 20AF
_PEA
K21 22
PLL_
LE23
PLL_
DATA
24PL
L_CL
K25
PLL_
LD
26AVR
27AVCC
28AVSS
29BATO
30ALO
31
32
33
34
35
36EEP_WP
37ATT0
38ATT1
39ATT2
40LED_AF_R
41LED_AF_G
42POWER_CTL
43EEP_SCL
44EEP_SDA
45X1A
46X0A
47VSS
48VCC
49VLC3
50VLC2
51VL
C1
52CO
M0
53CO
M1
54CO
M2
55CO
M3
56SE
G0
57SE
G1
58SE
G2
59SE
G3
60SE
G4
61SE
G5
62SE
G6
63SE
G7
64SE
G8
65SE
G9
66SE
G10
67SE
G11
68SE
G12
69SE
G13
70SE
G14
71SE
G15
72SE
G16
73SE
G17
74SE
G18
75SE
G19
76
77
78
79
80
81
82
83
84
85
86
87
88RXD
89TXD
90TEST
91P83
92P84
93RST
94RFPG_SW
95X1
96XTAL
97VSS
98VCC
99
100SEL_TX_RX
0.01uFC613
NM
1.5CL3
1.5CL601
1.5CL602
10V100uFC14
10V100uFC16
10V10uFC18
1uFC633
NM
10V100uFC24
NM
0.1uFC600
NM
6.3V22uFC21
COM0
COM1
COM2
COM3
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
+KEY
-KEY
SET_
KEY
COM2
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
COM3
COM1
SEG1
0
SEG1
1
SEG1
2
SEG1
3
SEG1
4
SEG1
5
SEG1
6
SEG1
7
SEG1
8
SEG1
9
COM0
LED_AF_R
SEG9
SEG1
0
SEG1
1
SEG1
2
SEG1
3
SEG1
4
SEG1
5
SEG1
6
SEG1
7
SEG1
8
SEG1
9-K
EY
SET_
KEY
+KEY
AFM
RFM
ATT0
ATT1
ATT2
RFP
BACK
_LIG
HT
PLL_
LE
PLL_
DATA
SK/C
LK
PLL_
LD
POWER_SW
LED_AF_G
LED_AF_R
LED_AF_G
RXD
TXD
BACK
_LIG
HT
TEST
MIC_
5V
TESTTXD
BATO
POWE
R_SW
RXD
ALO
BATO
VCO_
PS
VCO_PS
MIC_5V
ALO
RFP
AFM
RFM
PLL_LD
SK/CLK
PLL_DATA
PLL_LE
ATT0
ATT1
ATT2
AF_P
EAK
AF_PEAK
5V DC-DC CONVERTOR
3.3V Regulator
EEPROM
+KEY -KEY SET
LCDRESET
FREQ ADJ
AF/PEAK INDICATOR
+5V
+3.3V
+3.3V
+5V
+3.3V
FREQ ADJ
+3.3V
+3.3V
+5V
3.3V
3.3V
3.3V
3.1V
0V
3.0V
6-2 UWP Series6-2
2
3
4
5
A B C D E F G H
1
RF-131RF-131
3.3V
3.3V
3.3V
2.9V
3.3V
5.0V
0.05V
5.0V
3.3V
0.95V
5.0V
2.5V
2.5V
2.5V
0V
0.8V
0.1V2.5V
2.5V
2.5V
F
G H2.5V
2.5V
2.5V
2.5V
2.5V
2.5V 1.6V
1.6V
0V
5.0V
5.0V
5.0V
(Mic Male)
3.1V
0V 2.5V
2.5V
A
2.1V
1.5V
2.5V
2.5V
2.5V B
2.5V
2.5V
2.5VC
2.5V
2.5V
2.5V
4pFC341
NM
#C340
#C336#L331
2SC5015-T1Q333
1
2
3 4 1000pFC339
#R337
1000pFC335
1000pFC333
18kR335
15kR336
#C334
47pFC325
150R321
TC7S66FU(TE85R)IC521
A1
C4
VCC5
B2
GND3
47kR523
10V4.7uFC522
4.7kR524
47kRV521
1
2
3
0.1uFC521
DTC124EE-TLQ521
4.7kR521
4.7kR522
LMX2331LTMXIC301
VCC11
VP12
DORF3
GND14
FINRF5
FIN RF6
GND27
OSCIN8
GND39
FOLD10
CLOCK11
DATA12
LE13
GND414
FIN IF15
FINIF16
GND517
DOIF18
VP219
VCC220
100pFC304 100pF
C307
22R305
100pFC306
0.01uFC305
1000pFC308
100kR302
10kR303
0.01uFC315
150R304
22pFC309
22pFC310
39nHL301
1kR307
1kR308
0.047uFC311
20V22uF#C312
150#R306
0.047uFC313
1000pFC314
22R301
0.01uFC303
100pFC302
5.6nHL302
UMZ8.2T-T106D301
NM
12
3
C4870.0033uF
C4880.1uF
2.2kR488
100pFC486
18kR487
330pFC481
47kR482
22kR483
100kR481
NM
10V4.7uFC485
10V10uFC482
10kR484
10kR485
1uFC483
MA133-TXD481
12
3
100kR486
2SC4617TL-QRQ494
2SC4617TL-QRQ495
2SC4617TL-QRQ491
2.2kR494
2.2kR495
15kR492
6.8kR491
18kR493
10kRV491
1
2
3
2SA1774TL-QRQ492
2SC4617TL-QRQ493
4.7kR496
15kR497
100R498
220pFC491
100kR499
10V4.7uFC492
NM
680pFC494
5.6kR500
5.6kR501
0.0022uFC493
10V10uFC495
CN401
1 ECM-VCC
2 AF_IN
3 GND
4
GND
5
GND
EMI
FL401
1I/O
2O/I
3
GND
EMI
FL402
1I/O
2O/I
3
GND330R402
20V22uFC401
1000pFC402
10kR401
NM
0.01uFC404
TC74HC4051AFT(EL)IC411
X013
X114
X215
X312
X41
X55
X62
X74
A11
B10
C9
INH6
GND
8
VEE
7
COM3
VDD
16
3.3kR411
2.7kR412
1.8kR413
1.5kR414
1kR415
680R416
470R417
1.2kR418
10V4.7uFC411
10uHL401
0.1uFC412
10V10uFC421
100kR423
10kR424
10kR425
10kR419
10kR420
10kR421
100kR422
2SC4617TL-QRQ421
2.2kR426
10V10uFC423
1kR431
2SK208O-TE85LQ431
S
510kR432
510kR433
3.9kR434
220R435
330pFC431
5.6kR436
0.0022uFC432
680pFC433
5.6kR437
10kR441
10kRV4411
2
3
1kR442
NJM2406F-TE2IC441
+
3
-1
2
4
5
4.7kR443
1SS355TE-17D441
100kR444
10kR446
10kR447
NJM2100V-TE2IC451 (2/3)
+
3
-2
1
NJM2100V-TE2
IC451 (3/3)
4
V-
8
V+
0.1uFC456
330pFC451
8.2kR451
1kR452
16V2.2uFC452
0.15uFC457
1kR454
10V4.7uFC442
100kR457
0.01uFC323
0.1uFC434
0.1uFC496
10V10uFC435
10V10uFC489
NJM4580V(TE2)IC431 (1/3)
+
5
-6
7
NJM4580V(TE2)IC431 (2/3)
+
3
-2
1
NJM4580V(TE2)IC431 (3/3)
4
V-
8
V+
NJM2100V-TE2IC481 (1/3)
+
3
-2
1
NJM2100V-TE2IC481 (2/3)
+
5
-6 7
NJM2100V-TE2IC481 (3/3)
4
V-
8
V+
NJM2100V-TE2IC491 (1/3)
+
5
-6
7
NJM2100V-TE2IC491 (2/3)
+
3
-2
1
NJM2100V-TE2IC491 (3/3)
4
V-
8
V+
1kR309
1kR310
1kR311
10V10uFC459
FB403
0.6CL432
0.6CL452
0.6CL491
0.6CL431
0.6CL421
10kR448
MA133-TXD442
12
3
S401
21
3
54
6
7 8
47kR407
82kR409
4.7kR408
10kR410
10V10uFC405
27kR404
47kR405
100kR525
1kR526
DTC124EE-TLQ332
1000pFC331
10V10uFC436
2SA1965-S-TLQ320
47kR322
1kR323
0.1uFC326
DTC124EE-TLQ321
2SC4617TL-QRQ322
1kR324
1.5CL401
1.5CL402
321610V10uFC301
#L342
0.6CL441
220pFC371
ET302
21 3
ET303
21 3
SI2307BDS-T1Q331
S
#L332
10V10uFC332
10V10uFC441
10V4.7uFC484
100uFC327
#R327#R325
#R326
FB401
FB402
4.7kR449
47kR450
1000pFC337
6.3V47uFC324
0.01uFC444
10kR440
#CP321
5
G2
6OUT
3VT
2
G1
1VCC
4MOD
0.6CL403
ATT0
ATT1
ATT2
MIC_
5V
RFM
PLL_
LE
PLL_
DATA
SK/C
LK
PLL_
LD
8MHz
VCO_
PS
AF_PEAK
ATT BUFFER LIMITER LPF
COMPARATOR
AMP
PRE_EMPDET-AMP CLIPAMP LPF
PLL-IC VCO
From Microphone
RF_Drive AMP
(Line)
AF+TONE
(Mic)
CLIP ADJ
LIMITER ADJ
+5V
+5V
+3.3V
MOD ADJ
D
6-3UWP Series 6-3
2
3
4
5
1
I J K L M N O P
RF-131RF-131
5.0V
0.65V
(RF Output:H)
(RF Output:H)
4.8V
32.000kHz
2.5V
2.5V
2.5V
E
2.53V
2.53V
CN1
1PLL_LD
23.3V
3SK/CLK
43.3V
5PLL_DATA
63.3V
7PLL_LE
8AF_PEAK
95V
105V
115V
125V
135V
145V
15VCO_PS
16MIC_5V
178MHz
18ALO
19RFP
20ATT0
21ATT1
22ATT2
23AFM
24RFM
25GND
26GND
27GND
28GND
29GND
30GND
CN301
1
2 3 4 5
#L363#L362#L361
#C363#C362
#L351
2SC3356-T1R24Q351
33R354
10V10uFC353
1000pFC351
3.3kR351
10kR352
MA133-TXD351
12
3
47kRV351
1
2
3
1000pFC338
TK10690MTLIC471
NF_IN1
SUM_IN2
REF_CAP3
GND
4
VCC
8
SUM_OUT7
CONT_IN6
RECT_CAP5
10V10uFC472
10V4.7uFC473 22pF
C478
10V10uFC476
10V10uFC477
10V1uFC475
10V4.7uFC471
NM
10V4.7uFC474
18kR472
18kR473
R471100kNM
TC4SU69F(TE85R)IC511
A2
VSS
3
X4
VDD
5
10MR511
470kR512
10pFC511
10pFC512
32KHzX511
100kR513
2SK1332-3-TL-EQ511
S
0.1uFC513
2.2kRV5111
2
3
1kR514
4.7kR515
0.0047uFC515
0.01uFC516
47kR516
47kR517
2SC4617TL-QRQ512
1.2kR518
100R519
0.1uFC517
5.6nHL511
3.3kR445
20V22uFC455
NJM2100V-TE2IC451 (1/3)
+
5
-6
7
100kR456
100pFC458
100kR455
MA133-TXD451
12
3
47kR453
10kR458
1000pFC352
#C364
2.2kR459
10V10uFC514
10pFCT361
#L364
0.6CL511
1.0CL406
1.0CL5
1.5CL4
1.5CL6
#CP361
IN1
GND2
4
OUT2
GND1
3
ET304
21 3
ET305
21 3
10V4.7uFC443
10V4.7uFC454
100kR342
1k
RV341
1
2
32SC4919-S-TL
Q341
2.2kR343
#R353
2.0CL361
1000pFC354
1.5CL10
1.5CL11
1uFC453
PLL_LD
VCO_PS
MIC_5V
RFP
AFM
RFM
SK/CLK
PLL_DATA
PLL_LE
ATT0
ATT1
ATT2
8MHz
RFP
AFM
ALO
COMPRESSOR
TONE
RF_Power AMP
ISOLATORLPF
PW-H
ADJ
PW-L
ADJ
TONE
ADJ
+3.3V
+5V
+5V
+5V
PW-MAX ADJ
3.3V
J U30 U42 CE62 CE67 KRRef No.Model
C312 22uF 47uF 47uF 22uF 22uF 22uF20V 16V 16V 20V 20V 20V20 20 20 20 20 20
C334 22pF 33pF 33pF 22pF 22pF 22pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C336 2pF 3pF 3pF 2pF 2pF 2pF50V 50V 50V 50V 50V 50VCK CJ CJ CK CK CK
C340 2pF 4pF 4pF 2pF 2pF 3pF50V 50V 50V 50V 50V 50VCK CH CH CK CK CJ
C362 4pF 6pF 6pF 4pF 4pF 4pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C363 5pF 7pF 7pF 5pF 5pF 5pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C364 4pF 6pF 6pF 4pF 4pF 4pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
CP321 MVU-815 MVU-578 MVU-650 MVU-815 MVU-853 MVU-746
CP361 0807M 0578M 0650M 0807M 0850M 0746M
L331 8.2nH 10nH 8.2nH 8.2nH 8.2nH 8.2nH5 5 5 5 5 5
L332 3.3nH 12nH 12nH 3.3nH 3.3nH 3.3nH--- 5 5 --- --- ---
L342 4.7nH 6.8nH 4.7nH 4.7nH 3.3nH 4.7nH--- 5 --- --- --- ---
L351 12nH 18nH 12nH 12nH 8.2nH 12nH5 5 5 5 5 5
L361 10nH 15nH 15nH 10nH 10nH 10nH5 5 5 5 5 5
L362 15nH 22nH 22nH 15nH 15nH 15nH5 5 5 5 5 5
L363 15nH 22nH 22nH 15nH 15nH 15nH5 5 5 5 5 5
L364 10nH 15nH 15nH 10nH 10nH 10nH5 5 5 5 5 5
R306 150 100 120 150 150 1501/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R325 270 120 180 270 270 1801/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R326 18 47 33 18 18 331/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R327 270 120 180 270 270 1801/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R337 100 10 10 10 10 1001/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R353 100 10 10 10 10 1001/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
RF-131BOARD NO. 1-876-622-11MAX-752_RF-131_500_1
0
-10
-20
-30
-40
-50
-60
-70
[dBV]
A B C D E F G H
-60.2
-48.6
-48.6
-33.4
-27.0-26.2
-16.13 -16.15
AF LEVEL DIAGRAM
6-4 UWP Series6-4
2
3
4
5
A B C D E F G H
1
6-2. URX-H2
MB-1137MB-1137
*:
TP3TP2TP1
Q106
R404 R405 R406
C118
R417
IC7
R408
CN101
IC1
Q101
Q401
R411
R412
R425
IC101
C39
R48
C31
IC6
R123
R7R19
R41
R20
R22
R26
R27
R29
R421
C127
R422
R423
R410
R424
R18
R8
IC5
IC2
R69
R1
R2
R45
R3
R4
C43
R5
R6
R37
IC3
R60
R43
IC4
R414
R416
Q103
R407 R409
R415
R112
Q302
R47
R128
R305
R306
TP4
TP5
Q2
IC211
TP6
IC405CXP83516
CN2R59
FL301
S301
S401 S402 S403
IC102
IC201
X101
C21
CT101
FL1
C215
R103
RV103
C105
C106
Q102
R104
L101
L103
R117
R116
R115
R122
R138
Q107R111
R120
C110 C112
C406
C125
C403
C414
C425
R15
R12 R11
C124
C115
CL1
CL2
D201
R401
R429
C36C37
C203
C304
C3
C121
C130
C132
C136
C138
C141
C213 C214
C7
C29C34
C47
C48
C103 C120
C126
C26C44
C109
C111
C113
C46
C116 C117
C16
C24
C33
C35
C122
C107
C201
C211
C404
C408 C409 C410
D107
C140
ND401
VCO MVU-578S VCO MVU-650S VCO MVU-746S VCO MVU815S VCO MVU815S VCO MVU853S
ESI-7SGL0578M ESI-7SGL0650M ESI-7SGL0746M ESI-7SGL0807M ESI-7SGL0807M ESI-7SGL0850M
C405
Q402
L102
C145
IC103
D106
R70
R110
R426
R402
R147
R127
R125
R105
R67
R61
R57
R58
R62
R63
R73
R74
R102
R304
R21
R65 R66
R413
R428
R106
R126
R130
R131
R307
R308
R403
R101
R430
R431
R432
R75
D2
L1
R9
R10
C2
FL2
R107 R108C108
R44
C15
D1
R36R35
R34
R32
R31
R55
C40
R52
R427
C419
C415
C412
C411
C418
R71
R42
R54
R53
R39
C50
R40 R49
R51
C5
R14
R133C134R129 R132
C129
R140
R141
C114
R118
C19 C41C9
C11
C8
C27
C32
C17
C14
C45
C38
C303
D105
D4
D3
C417
C25
C23
C22
C302
IC401
IC402
L201
Q1
Q3
Q4
Q5
Q6
Q7
Q108
Q301
Q303
C137
L121
C18
C28
C30
C42
C104
IC404
RV1
RV101
RV102
C12
C13
Q104
Q105
C123
X401
THP301
CP102
CP101
D401
R145
D301
C149
C150
RV104
R28
C133
C20
CT401
C119
R46
R143C131
R142
L108
C135
R121
RV2
C301
C204
XP151A13AOMR
Q201
C205
C206
C401
R114
C212
C402
R303
R302R301
R310
C305
R309Q304
L110 L113L111 L112
C142 C144C143
C146
C147
L109
R135
L115
C416
C101 C102
R134
C148
C421
C4
C128
RXDTXDTEST
2SC5015-T1
10k 10k 10k
0.04710VB
10k
NJM2100
1k
TC74HC4051AFS
2SK1332-3-TL
DTC124EE
10k
10k
1.5k
TC4SU69F(TE85R)
220p50VB
1k
680p50VB
TK10690MTL
1k
470
10k
100k
10k
1k
510k
510k
220
10k
47p50VCH
10k
10k
10k
3.3k
10k
1.2k
NJM2100
NJM4580V
15k
3.3k
2.7k
100k
1.8k
1.5k
680p50VB
1k
680
10k
NJM2406F-TE2
18k
8.2k
NJM2100
10
10
DTC124EE
1k 1k
10
100k
FMMT717TA
180k
390
100k
220
5V
3.3V
2SK208-O
XC62FP3302PR
RFNM
18k
FILTER
2P2S
SWITCH SWITCH SWITCH
LMX2331
XC6367A501MR
32KHz
2.210V
10pTRIMMER
FILTER
1000NM
100k
2.2k
0.004750VB
0.0125VB
2SC4617TL-QR
1.5k
5.6nH
5.6nH
1k
1k
1k
1k
100k
2SC4919-S-TL-E
22
22
0.0125VB
0.0125VB
0.0125V B
0.0125VB
0.0125VB
0.0125VB
0.0125VB
10k
100k 100k
2204V
1000p50V CH
BATT(+)
BATT(-)
RB161M-20TR
10k
100k
110V
1010V3528
10010V
10010V
1000p50VCH
1000p50VCH
1000p50VCH
1000p50V
CH
1000p50VCH
1000p50VCH
1000p50VCH
1000p50VCH
1000p50VCH
0.110VB
0.110VB
0.110VB
0.110VB
0.110VB
0.110VB
0.04710VB
476.3V
100p50VCH
100p50VCH
100p50VCH
100p50VCH
100p50VCH
22p50VCH
22p50VCH
22p50VCH
4.710V
4.710V
4.710V
4.710V
4.710V
0.110VB
0.110VB
0.110VB
0.110VB
0.110VB
0.110VB
0.110VB
1SS355TE-17
1000p
NM
0.110VB
DTC124-EETL
39nH
0.110VB
TC7S66FU
1SS355TE
100
100
560
4.7k
4.7k
4.7k
4.7k
4.7k
4.7k
6.8k
5.6k
5.6k
15k
18k
5.6k
5.6k
470k
27k0.5%
2.2k0.5%
2.2k0.5%
2.2k0.5%
2.2K0.5%
2.2k0.5%
47k0.5%
47k0.5%
47k0.5%
47k0.5%
47k0.5%
47k0.5%
47k0.5%
10M1/10W
10
10
10
10k
1SS355TE-17
nm
22k
NM
nm
NM
47k0.5% 1.5k
1010VB
1k
16.3VB
MA133-TX
100k10k
10k
22k
47k0.5%
2.2k0.5%
0.1510VB
10k
1M
22p50VCH
0.0125VB
16.3VB
1000p50VCH
22p50VCH
100k
100k
18k
100k
1k
0.110VB
4.7k 100k
10k
nm
10k
18k4.710V10k 2.2k
0.5%
2210V
3.3k
10k
100p50V CH
150
nm nm1016V
1016V
1016V
1016V
1016V
1016V
1016V
1016V
1016V
nm
MA-133
MA-133
MA133-TX
27p50VCH
4.710VB
4.710VB
4.710VB
1010VB
24LC64T-I/SNG
XC61FN2712MR
2SC4617TL-QR
2SC4617TL-QR
2SA1774TL-QR
2SC4617TL-QR
2SC4617TL-QR
2SC4617TL-QR
2SC3356-T1R24
2SC4617TL-QR
2SC4617TL-QR
1010VB
0.003316VB
0.002250VB
0.002250VB
1010VB
TC7WHU04FUK
10k
47k
47k
330p50V
330p50V
2SA1965
2SA1965
476.3V
4MHz
SML-310MTT86
33
UMZ8.2T-T106
1000p
nm
1k
3.9k
2p
50V
1000p50V
20pTRIMMER
476.3V
820
33
10k
47NM
0.110VB 10
10V
0.110VB
0.110VB
10k
4710V
4710V
2.2k0.5%
47k0.5%NM
NM
nm
NMNM
5p
12p 12p
15k
0.0125VB
1016V
1000p50VCH
*
* * * *
*
*
*
*
*
*
*
** **
*
*
*
*
*
*
47uHL20210uH
L106220uH
L105220uH
MB-1137BOARD NO. 1-876-769-11
6-5UWP Series 6-5
2
3
4
5
1
A B C D E F G H
DP-456DP-456
DP-456BOARD NO. 1-876-774-11URX-M2_DP-456_101_1
6-3. URX-M2
1kR609
1kR605
0.1uFC603
LCD
ND601NM
C2
1C1
13
S1
2
S9
3
S10
4
S11
5
S12
6
S13
7
S16
8
S19
9
S17
10
S18
11
C3
12
S0
14
S2
15
S3
16
S4
17
S5
18
S6
19
S7
20
S8
21
S14
22
S15
23
C0
24
S60112
34
10kR606
S60212
34
CL-270YG-C-TSLD601
10kR608
SML-310MTT86D603
0.1uFC602
10kR604
470R603
1kR607
CL-270YG-C-TSLD602
0.1uFC601
220R601
S60312
34
CN602
1GND
2GND
33.3V
43.3V
5LED_RF
6SET_KEY
7+KEY
8-KEY
96V
10SEG19
11SEG18
12SEG17
13SEG16
14SEG15
15SEG14
16SEG13
17SEG12
18SEG11
19SEG10
20SEG9
21SEG8
22SEG7
23SEG6
24SEG5
25SEG4
26SEG3
27SEG2
28SEG1
29SEG0
30COM3
31COM2
32COM1
33COM0
343.3V
35GND
36 37
GND_D
SEG17
+KEY
SEG3
SEG15
SEG18
SEG12
SEG19
SEG7
SEG3
COM3
SEG19
SEG16
SEG16
COM2
SEG9
SEG0
SEG11
SEG4
SEG17
SEG6
SEG13
SEG0
SEG8
SEG7
SEG9
SEG2
SEG2
COM0
SEG10
COM3
SEG12
SEG13
SEG5
SEG14
COM2
SEG15
COM1
SEG11
COM1
SEG8
SEG4
SET_KEY
SEG14
3.3V
SEG1
SEG5
-KEY
SEG18
SEG6
SEG10
COM0
SEG1
LED_RF
LCD
+KEYSET -KEY
4.0V
2.0V
3.3V
6.0V
6-6 UWP Series6-6
2
3
4
5
A B C D E F G H
1
MB-1129 (1/2)MB-1129 (1/2)
CH100pFC354
68kR112
22nH#L107
33kR214
CH10pFC217
B0.01uFC357
CJ3pF#C115
1kR311
22kR113
#FL202
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
CH10pFC117
10R209
10R217
22nH#L106
DTC124EE-TLQ308 10V
0.1uFC358
120nHL112
27kR221
CJ3pF
#C108
CH1000pFC112
6.3V22uFC321
1kR315
CH220pFC116
4.7R222
27kR121
CH220pFC216
2.2R205
47uHL311
1kR312
82kR218
10R226
10V0.1uFC317
47nH#L204
27nH#L209
1kR310
160825V
0.1uFC350
10R111
CJ3pF#C208
22kR213
CH1000pFC203
16V22uFC351
56kR201
10R126
68kR115
CH1000pFC318
CH220pF#C113 3SK255-T2
Q104
1
2
3
4
22R314
33nHL213
3SK255-T2Q204
1
2
3
4
3SK255-T2Q202
1
2
3
4
3SK255-T2Q102
1
2
3
4
68kR212
10R211
CK2pF#C209
CJ3pFC123
390kR331
10R108
27nH#L203
CH1000pFC207
CH100pFC311
6.3V10uFC121
68kR215
2.7nH#L211
22nH#L207
6.8nHL306
33nHL113
1kR317
6.3V100uFC359
82kR120
RB161M-20FTRD302
3SK255-T2Q203
1
2
3
4
CH1000pFC219
12nH#L202
27nH#L103
1kR316
CH1.5pFC120
CH220pF#C213
1kR309
27nH#L105
CH1000pFC329
4.7R123
#FL101
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
FB101
330kR330
CH1000pFC206
CH220pFC322
56kR104
2.2k#R224
120nHL212
160825V
0.1uFC352
#FL102
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
4.7R122
#X3010Hz
VT3
GND1
2
OUT6VCC
1
7 8
GND2
5
NC4
CH1000pFC119
47nH#L108
470R216
CK2pF#C109
33kR114
27nH#L109
22R313
3SK293(TE85L,F)Q101
1
2
3
4
B0.01uFC328
16V100uFC355
CH1000pFC110
CN101
1
2345
10R125
CH1.5pFC220
CH100pFC309
2.2k#R124
47nH#L208
3SK293(TE85L,F)Q201
1
2
3
4
10kR119
XC6365D103MRIC302
GND
3
VDD
2
EXT/1
FB5
CE4
100nHL214
CH1000pFC104
10R107
1SS355TE-17D303
100nHL115
#FL201
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
6.3V10uFC221
CH1000pFC118
2.2R105
1k#R106
CH1000pFC212
10kR219
CH1000pFC106
CH1000pFC218
CH10pF#C105
100pFC360
22nH#L206
120R110
CH1000pFC204
CH1000pFC325
CH10
00pF
C314
CH1000pFC210
1kR318
CH10
00pF
C313
LMX2331LTMXIC301
VCC1
1
VP1
2
DORF3
GND1
4
FINRF5
FINRF6
GND2
7
OSCIN8
GND3
9
FOLD10
CLOCK11
DATA12
LE13
GND4
14
FINIF15
FINIF16
GND5
17
DOIF18
VP2
19
VCC2
20
B0.15uFC326
47uHL309
CJ3pFC223
100R320
100R319
CH220pFC320
56kR101
68kR333
10R225
CH4pF#C214
CK2pFC331
82kR220
16V100uFC353
22kR334
2.7nH#L111
CH10pF#C205
6.3V100uFC323
12nH#L102
FB201
12k#R202
47nH#L104
CH1000pFC107
321616V10uFC356
10R208
SI2307BDS-T1Q307
S22kR203
4.7R223
10R207
12k#R102
CH220pFC330
100nHL114
CH10
00pF
C316
CH100pFC310
10R109
6.3V4.7uFC327
CN201
1
2345
22kR103
CH1000pFC211
1k#R206
10V
0.1u
FC3
15
CK2pFC332
CH1000pFC111
2SC4617TL-QRQ303
6.3V100uFC324
SWF201
1 IN 2OUT
4
GND2
3
GND1
5
GND3
6
GND4CH
220pFC201
16V100uFC349
100nHL215
47uHL310
CH220pFC202
CH220pFC102
10R117
CH220pFC319
6.8nHL305
CH1000pFC103
470R116
10kR332
82kR118
CH4pF
#C114
120R210
CH100pFC312
CJ3pF#C215
56kR204
SWF101
1 IN 2OUT
4
GND2
3
GND1
5
GND3
6
GND4
3SK255-T2Q103
1
2
3
4
27nH#L205
100pFC361
CH220pFC101
GND
AF_OUT 002
PLL002
M/S_ADDRESS 002
AFM 002
M/S_DATA 002
CN301
1 ANT_A
2 RF_GND
3 AF_OUT
4 AF_GND
5 M/S_ADDRESS
6 +B
7 GND
8 M/S_DATA
9 RF_GND
10 ANT_B
100nHL201
100nHL101
TK11133CSCL-GIC303
VIN5
CONT1
GND
2
VOUT4
NP3
10V0.1uFC362
SC
SL101
SC
SL10
2
SC
SL201
SC
SL20
2
1.5CL302
1.5CL410
1.5CL303
1.5CL304
1.5CL305
1.5CL306
1.5CL307
+B 002
1.5CL308
18R145
270R146
270R147
270R246
18R245
270R247
F3010.5A
2.7nH#L110
2.7nH#L210
PLL_DATA
SK/CLK
PLL_OSC
PLL_LD
PLL_LE
AFM
M/S_ADDRESS
M/S_DATA
ANT_
A
ANT_
B
+B+6V
+3.3V
GND
GND
AF_OUT
+B
M/S_ADDR
M/S_DATA
6.0V
3.3V
3.3V
2.6V
9.0V
6.0V
3.3V
6.0V
3.3V
2.8V
1.0V
8.7V
3.3V
6-7UWP Series 6-7
2
3
4
5
1
I J K L M N O P
MB-1129 (1/2)MB-1129 (1/2)
TA31161FN(EL)
IC101
MIXI
N16
OSCI
N1
OSCO
UT2
MIXO
UT4
IFIN
7
IFOU
T111
IFOU
T212
QUAD
13
DEC
6
GND1 5
GND2 15
BS3
RSSI
10
AFOU
T14
VCC29
VCC18
16V22uFC232
82kR127
100nHL216
10R139
10V0.1uFC126
2SC4617TL-QRQ304
CH82pFC128
6.8kR302
33pFC301
4.7uHL217
10V0.1uFC234
6.8kR234
100nHL116
1kR321
2SC4726-TLPQQ306
10R133
150R238
10R137
16V22uFC132
10pFC308
6.3V10uFC240
B0.01uFC342
10V0.1uFC235
2.7kR326
6.3V10uFC348
HVC358BTRFD301
10pFC304
B0.33uFC336
10V0.1uFC143
68R304
B0.01uFC338
1kR323
10V0.1uFC133
CF20110.7MHz
1 23
B0.01uFC239
3SK294(T5LSONY,F)Q206
1
2
3
4
B0.01uFC341
27kR230
CH5pFC347
2520
47uHL1193.3k
R131
CXA1611N-T4IC201
DET_GND1
FM_DISCRI
2
AM_OSC
3
AFC
4FM_OSC
5
REG_OUT
6
FM_RF
7
AM_RF_IN
8
NC9
FM_RF_IN
10
FE_GND11
FM/AM_FE_O
12
DET_CONT
24
VCC23
RIPPLE_FIL
22
DET_OUT
21
AFC/AGC1
20
AFC/AGC2
19
AM_IF_OUT
18
IF_GND17
METER
16
FM_IF_IN
15AM_IF_IN
14
BAND_SEL
13
CF20310.7MHz
1 23
CF10210.7MHz
1 23
10R232
CF20410.7MHz
21
6.3V4.7uFC141
CF10410.7MHz2
1
B0.01uFC136
10V0.1uFC229
4.7kR303
CF10310.7MHz
1 23
CF20210.7MHz
1 23
560R322
10V0.1uFC243
B0.01uFC139
68kR229
4.7kR307
10R132
0.01uFC303
10V0.1uFC145
10V0.1uFC247
10R237
47nHL308
CH1000pFC122
3.3kR135
3SK294(T5LSONY,F)Q105
1
2
3
4
CH5pFC339
10V0.1uFC231
100R241
CH8pFC345
68R308
82kR227
68nHL301
47uHL218
2520
2SC4178-T1F13Q302
3SK294(T5LSONY,F)Q205
1
2
3
4
CL3011.5
TA31161FN(EL)IC202
MIXIN
16
OSCIN
1
OSCOUT
2
MIXOUT
4
IFIN
7
IFOUT1
11
IFOUT2
12
QUAD
13
DEC
6
GND1 5
GND2 15
BS3
RSSI
10
AFOUT
14VCC29
VCC18
220pFC340
CH
CH18pFC343
2SC4726-TLPQQ305
10V0.1uFC129
47uHL118
2520
3.3kR231
CXA1611N-T4IC102
DET_GND1
FM_D
ISCR
I2
AM_O
SC3
AFC
4FM
_OSC
5
REG_
OUT
6
FM_R
F7
AM_R
F_IN
8
NC9
FM_R
F_IN
10
FE_GND11
FM/A
M_FE
_O12
DET_
CONT
24
VCC23
RIPP
LE_F
IL22
DET_
OUT
21
AFC/
AGC1
20
AFC/
AGC2
19
AM_I
F_OU
T18
IF_GND17
METE
R16
FM_I
F_IN
15AM
_IF_
IN14
BAND
_SEL
13
10V0.1uFC131
CH18pFC344
100R141
0.01uFC302
0R142
3pFCT301
220R24022k
R228
47R301
6.3V1uF
C142
6.8kR134
10V0.1uFC135
150R329
B0.01uFC334
2SC4178-T1F13Q301
10V0.1uFC233
150R328
0.01uFC307
CH6pFC125
120nHL304
CF10110.7MHz
1 23
10V0.1uFC147
3SK294(T5LSONY,F)Q106
1
2
3
4
68nHL303
CH6pFC225
10V0.1uFC130
10V0.1uFC134
10R233
2.2kR327
10V0.1uFC244
2520
47uHL219
6.3V10uFC140
CH100pFC224
6.3V100uFC333
4.7uHL117
B0.01uFC236
0R242
6.3V100uFC335
10V0.1uFC245
6.3VB
2.2uFC337
220R140
68kR129
B0.01uFC346
CH82pFC228
47R305
22kR128
CH1000pFC222
10V0.1uFC137
120nHL302
10kR324
10V0.1uFC230
1.2kR325
CH82pFC127
0.01uFC306
3.3kR235
CH100pFC124
33pFC305
150R138
6.3V1uFC242
10R239
2SC4617TL-QRQ207
6.8kR306
2SC4617TL-QRQ107
10V0.1uFC237
10V0.1uFC144
CH82pFC227
6.3V4.7uFC241
10V0.1uFC226
330R136
330R236
27kR130
+6V 002
+3.3V 002
AF_A 002
AF_B 002
RSSI_A 002
RSSI_B 002
321616V10uFC146
321616V10uFC138
321616V10uFC238
321616V10uFC246
100R143
100R243
56nHL307
AF_A
RSSI_A
RSSI_B
AF_B
VCC_2ND_LO
+3.3V
+6V
2nd BUFFER
VT
C105 10pF 220pF 220pF 5pF 220pF 220pF
C108 3pF 8pF 3pF 3pF 3pF 3pF
C109 2.0pF 3pF 2.0pF 2.0pF 2.0 2.0pF
50V 50V 50V 50V 50V 50V
50V 50V 50V 50V 50V 50V
50V 50V 50V 50V 50V 50V
CJ CH CJ CJ CJ CJ
CK CJ CK CK CK CK
C113 220pF 10pF 220pF 10pF 220pF 220pF16V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C114 4pF 4pF 4pF 3pF 3pF 4pF50V 50V 50V 50V 50V 50VCH CH CH CJ CJ CH
C115 3pF 3pF 5pF 4pF 4pF 5pF50V 50V 50V 50V 16V 50V
U30 U42 CE62 CE67 KR JModelRef No.
50V 16V 16V 50V 16V 16VCH CH CH CH CH CH
CJ CJ CH CH CH CH
C205 10pF 220pF 220pF 5pF 220pF 220pF50V 16V 16V 50V 16V 16VCH CH CH CH CH CH
C208 3pF 8pF 3pF 3pF 3pF 3pF
CJ CH CJ CJ CJ CJ
C209 2.0pF 3pF 2.0pF 2.0pF 2.0pF 2.0pF16V 50V 50V 50V 50V 50VCK CJ CK CK CK CK
C213 220pF 10pF 220pF 10pF 220pF 220pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C214 4pF 4pF 4pF 3pF 3pF 4pF50V 50V 50V 50V 50V 50VCH CH CH CJ CJ CH
C215 3pF 3pF 5pF 4pF 4pF 5pF50V 50V 50V 50V 50V 50VCJ CJ CH CH CH CH
L102 12nH 8.2nH 5.6nH 5.6nH 6.8nH 5.6nH5% 5% --- --- --- ---
L103 27nH 18nH 12nH 10nH 15nH 12nH5% 5% 5% 5% 5% 5%
L104 47nH 33nH 22nH 18nH 27nH 22nH5% 5% 5% 5% 5% 5%
L105 27nH 22nH 15nH 6.8nH 12nH 15nH5% 5% 5% --- 5% 5%
L106 22nH 18nH 12nH 12nH 15nH 12nH5% 5% 5% 5% 5% 5%
L107 22nH 18nH 15nH 12nH 15nH 15nH5% 5% 5% 5% 5% 5%
L108 47nH 47nH 22nH 22nH 22nH 22nH5% 5% 5% 5% 5% 5%
L109 27nH 18nH 12nH 12nH 15nH 12nH5% 5% 5% 5% 5% 5%
L110 2.7nH 2.2nH 1.2nH 1.0nH 1.5nH 1.2nH--- --- --- --- --- ---
--- --- --- --- --- ---
--- --- --- --- --- ---
--- --- --- --- --- ---
5% 5% --- --- --- ---
L111 2.7nH 2.2nH 1.0nH 1.0nH 1.2nH 1.0nH
L202 12nH 8.2nH 5.6nH 5.6nH 6.8nH 5.6nH
L203 27nH 18nH 12nH 10nH 15nH 12nH5% 5% 5% 5% 5% 5%
L204 47nH 33nH 22nH 18nH 27nH 22nH5% 5% 5% 5% 5% 5%
L205 27nH 22nH 15nH 6.8nH 12nH 15nH5% 5% 5% --- 5% 5%
L206 22nH 18nH 12nH 12nH 15nH 12nH5% 5% 5% 5% 5% 5%
L207 22nH 18nH 15nH 12nH 15nH 15nH5% 5% 5% 5% 5% 5%
L208 47nH 47nH 22nH 22nH 22nH 22nH5% 5% 5% 5% 5% 5%
L209 27nH 18nH 12nH 12nH 15nH 12nH5% 5% 5% 5% 5% 5%
L210 2.7nH 2.2nH 1.2nH 1.0nH 1.5nH 1.2nH
L211 2.7nH 2.2nH 1.0nH 1.0nH 1.2nH 1.0nH
R102 12k 15k 15k 15k 15k 15k1/16W 1/16W 1/16W 1/16W 1/16W 1/16W
1/16W 1/16W 1/16W 1/16W 1/16W 1/16W
5% 5% 5% 5% 5% 5%
5% 5% 5% 5% 5% 5%
R106 1.0k 1.0k 1.5k 1.5k 1.0k 1.5k
R124 1.5k 2.2k 4.7k 4.7k 4.7k 4.7k1/16W 1/16W 1/16W 1/16W 1/16W 1/16W
1/16W 1/16W 1/16W 1/16W 1/16W 1/16W
5% 5% 5% 5% 5% 5%
5% 5% 5% 5% 5% 5%
R202 12k 15k 15k 15k 15k 15k
1/16W 1/16W 1/16W 1/16W 1/16W 1/16W5% 5% 5% 5% 5% 5%
R206 1.0k 1.0k 1.5k 1.5k 1.0k 1.5k
1/16W 1/16W 1/16W 1/16W 1/16W 1/16W5% 5% 5% 5% 5% 5%
R224 1.5k 2.2k 4.7k 4.7k 4.7k 4.7k
X301 MVE-835 MVE-883 MVE-1034 MVE-1034 MVE-1034 MVE-1090
FL101 B.P.F 578MHz B.P.F 650MHz B.P.F 770MHz B.P.F 794MHz B.P.F 810MHz B.P.F 810MHz
FL102 B.P.F 578MHz B.P.F 650MHz B.P.F 770MHz B.P.F 794MHz B.P.F 810MHz B.P.F 810MHz
FL201 B.P.F 578MHz B.P.F 650MHz B.P.F 770MHz B.P.F 794MHz B.P.F 810MHz B.P.F 810MHz
FL202 B.P.F 578MHz B.P.F 650MHz B.P.F 770MHz B.P.F 794MHz B.P.F 810MHz B.P.F 810MHz
6.0V
3.3V
1.0V
0.4V
2.5V
2.6V
2.5V
0.9V
0.3V
6.0V
3.3V
2.5V
0.4V
1.0V
MB-1129 (1/2)BOARD NO. 1-876-775-11URX-M2_MB-1129_101_1
6-8 UWP Series6-8
2
3
4
5
A B C D E F G H
1
MB-1129 (2/2)MB-1129 (2/2)
B0.
1uF
C527
10kR505
MA133-TXD401
12
3
3.9kR423
MA133-TXD402
12
3
2.7kR404
10kR560
32KHzX401
100kR446
3.9kR422
1kR441
B0.1uFC407
10kR524
0.1uFC440
10kR501 100
R510
0.1uFC439
CH27pFC507
2.7kR401
56kR430
10R515
0.1uFC433
15kR408
33kR437
10R506
10kR532
5.6kR409
10V0.1uFC505
560kR448
10kR503
CH22pFC512
TC7WHU04FK(T5RSOYFIC503 (1/4)
35
16V10uFC406
0.1uFC444
2.2kR427
TC7WHU04FK(T5RSOYFIC503 (4/4)
4GND
8 VCC
220pFC418
CHNM
0.1uFC409
CN501
NM
1GND
2TEST
3TXD
4RXD
53.3V
6
7 8
56kR418
16V
C41610uF
10kR523
B0.
1uF
C525
10V0.1uF
C414
560kR428
4MHzX501
1kR403
6.3V1uFC502
1.5CL501
CH22pFC510
50V100pFC520
47kR431
1kR4
14
10V0.1uFC503
2SA1965-S-TLQ501
560kR440
2.2kR439
16V10uFC422
32KHzX402
6.3V22uFC419
10V0.1uFC522
16V10uFC401
10kR405
B0.
1uF
C529
10R516
10R5
19
10V0.1uFC521
0.0027uFC424
1.5CL502
B0.
1uF
C526
56k
R416
1MR508
15kR420
100kR432
56kR417
XC61FN2712MRIC501
VIN3
VSS
2
VOUT1
0.1uFC420
3.3kR533
1kR429
100pFC402
10R5
26
100kR411
16V10uFC413
6.3V10uFC511
10kR525
16V10uFC430
2.2kR424
TC74HC4053AFT(EL)IC403
11Y
20Y
31Z
4Z-COM
50Z
6INH
7VEE
8GND
16VCC
15Y-COM
14X-COM
131X
120X
11A
10B
9C
0.0033uFC423
10R5
27
20V2.2uFC432
16V22uFC408
6.3V1uFC531
33kR425
15pFC437
1.5CL503
20pFCT501
MA133-TXD403
12
3
0.1uFC434
3.9kR445
100k
R413
470pFC441
1kR436
100R509
B0.
1uF
C528
10R517
TC7WHU04FK(T5RSOYFIC503 (2/4)
62
1kR406
2.2kRV402
1
2
3
10V0.1uFC513
16V22uFC417
100kR438
10kR434
10R513
10R51210k
R559
10V0.1uFC530
1kR449
16V10uFC421
CH22pFC509
10kR530
470pFC442
10R5
21
1kR511
100k
R529
10kR407
100k
R415
10V0.1uFC501
2.2kR433
15kR421
10R5
20
10V0.1uFC519
100kR410
680R507
0.1uFC438
0.1uFC445
TK10691MTLIC402
NF_IN1
SUM_IN2
REF_CAP3
GND
4
VCC
8
SUM_OUT7
CONT_IN6
RECT_CAP5
24LC64T-I/SNGIC502
VSS
4
VCC
8
SDA5
A23
A12
A01
SCL6
WP7
10kR504
2.2kRV4011
2
3
0.1uFC443
10kR443
4.7kR558
0.1uFC436
15kR444
10V
0.1u
FC5
18
16V10uFC404
1uFC435
6.3V10uFC504
10R518
100kR412
10k
R522
10kR402
47pFC431
16V22uFC411
3.9kR442
10R514
100kR426
TC7SHU04FU(T5RSOJF)IC504 (2/2)
3GND
5 VCC
100kR435
10V
0.1u
FC5
16
10kR531
16V10uFC403
56kR528
10kR502
16V22uFC4151000pF
C425
CH5pFC508
47kR419
0.1uFC412
TC7WHU04FK(T5RSOYFIC503 (3/4)
17
2.2kR447
10V1uFC410
10V0.1uFC506
100pFC405
TC7SHU04FU(T5RSOJF)IC504 (1/2)
24
+6V001
+3.3V001
AF_A001
AF_B001
GND
AF_OUT 001
PLL001
AFM001
M/S_ADDRESS001
M/S_DATA001
10V0.1uFC515
6.3V100uFC514
10V
0.1u
FC5
17
RSSI_B001
RSSI_A001
NJM4580V(TE2)IC404 (1/3)
+3
-2
1NJM4580V(TE2)IC404 (2/3)
+5
-6
7
NJM4580V(TE2)IC404 (3/3)
4
V-
8
V+
NJM4580V(TE2)IC405 (3/3)
4
V-
8
V+
NJM4580V(TE2)IC405 (1/3)
+3
-2
1
NJM4580V(TE2)IC405 (2/3)
+5
- 6
7
NJM4558V-TE2IC406 (3/3)
4
V-
8
V+
NJM4558V-TE2IC406 (1/3)
+3
-2
1
NJM4558V-TE2IC406 (2/3)
+5
-6
7
NJM4558V-TE2IC407 (3/3)
4
V-
8
V+
NJM4558V-TE2IC407 (1/3)
+3
-2
1
NJM4558V-TE2IC407 (2/3)
+5
-6
7
0.1uFC429
0.01uFC426
16V10uFC427
10VB
0.1uFC446
CN502
1 GND
2 GND
3 +3.3V
4 +3.3V
5 LED_RF
6 SET_KEY
7 +KEY
8 -KEY
9 +6V
10 SEG19
11 SEG18
12 SEG17
13 SEG16
14 SEG15
15 SEG14
16 SEG13
17 SEG12
18 SEG11
19 SEG10
20 SEG9
21 SEG8
22 SEG7
23 SEG6
24 SEG5
25 SEG4
26 SEG3
27 SEG2
28 SEG1
29 SEG0
30 COM3
31 COM2
32 COM1
33 CEM0
34 +3.3V
35 GND
3637
16V10uFC428
CXP83516-611RIC505
1 2 3P_
OFF_
IN4 5 6
RXD
7TX
D8
M/S_
DATA
9 10 11 12 13 14PL
L_LD
15EE
P_DA
TA16
LED_
RF17 18 19 20
RSSI
_A
21RSSI_B
22BAT_0
23M/S_ADDRESS
24SEL
25ALO
26TONE
27NOISE
28RST
29EXTAL
30XTAL
31VSS
32VL
33VLC3
34VLC2
35VLC1
36COM0
37COM1
38COM2
39COM3
40SEG0
41SE
G1
42SE
G2
43SE
G3
44SE
G4
45SE
G5
46SE
G6
47SE
G7
48SE
G8
49SE
G9
50SE
G10
51SE
G11
52SE
G12
53SE
G13
54SE
G14
55SE
G15
56SE
G16
57SE
G17
58SE
G18
59SE
G19
60
61
62
63
64DIV
65AFM
66CS
67SK/CLK
68PLL_DATA
69PLL_LE
70VDD
71
72
73
74
75
76TEST
77+KEY
78-KEY
79SET_KEY
80
B0.
1uF
C523
B0.
1uF
C524
GND_D
0R561
NJM2115V(TE2)IC401 (3/3)
4
V-
8
V+
NJM2115V(TE2)IC401 (1/3)
+3
-2
1
NJM2115V(TE2)IC401 (2/3)
+5
-6
7
+B 001100R450
47kR451
56kR452
100kR453
16V
C44710uF
16V
C44810uF
16V
C44910uF
100kR454
100R455
100R456
100R457
1.5CL504
SEG8
SEG7
SEG6
SEG6
SEG5
AFM
SEG4
SEG3
SEG1
0
M/S_ADDRESS
SEG2
SEG1
SEG9SEG0
SEG5
EEP_
DATA
COM3
COM3
COM1
COM2
SEG8
COM1
COM0
SEG1
7
COM0
SEG1
6
LED_RF
ALO
SET_KEY
SEG7
+KEY
SEG1
3
SEG0
SEG1
-KEY
SEG1
2
TONE
SEG19
SEG1
1
SEG18
COM2SE
G14
SEG17
SEG16
SEG15
SEG1
5
SEG2
SEG14
SEG13
SEG4
SEG12
SEG3
SEG11
SEG10
SEG9
DIV
PLL_LE
PLL_DATA
AFM
DIV
LED_
RF
PLL_
OSC
EEP_DATA
M/S_ADDRESS
M/S_DATA
AFM
RESET
RSSI_B
SK/CLK
SK/CLK
RSSI_A
M/S_
DATA
+KEY
-KEY
PLL_
LD
NOIS
E
SET_KEY
NOISE
ALO
RESET
TONE
RSSI_B
+B+6V
RSSI
_A
SEG1
9
SEG1
8
EEPROM
CPU
4MHz OSC
RESET
EXPANDERDIVERSITY S/W LPFAF LEVEL ADJ DE-EMPHASIS
TEST
RXD
TXD
GND
3.0V
1.6V
1.6V0.5V
4.7V
1.2V
1.2V
3.3V
1.2V
1.2V
1.2V
1.2V
6.0V
1.6V2.5V
2.5V
2.5V
2.5V
2.5V 2.8V
2.8V 4.7V
4.7V
4.7V
2.8V
8.6V 9.0V
2.5V
2.5V2.7V2.7V
2.7V
2.5V
2.7V
2.7V
2.7V
2.7V2.7V
2.7V
3.3V
2.3V
1.3V
0.3V
1.6V2.6V
MB-1129 (2/2)BOARD NO. 1-876-775-11URX-M2_MB-1129_101_2
6-9UWP Series 6-9
2
3
4
5
1
A B C D E F G H
6-4. URX-P2
CN1001
1 LEFT
2 GND
3 RIGHT
4
5 GND
6 AF_OUT
78CN1002
NM
12
3
CN1003NM
12
3
4.7R1001
4.7R1002
AF-OUTPUT
MONITOR
+
GND
GND
R
L
OUT
MTR
CN-3092CN-3092
CN-3092BOARD NO. 1-876-646-11MAX-753_CN-3092_500_1
6-10 UWP Series6-10
2
3
4
5
A B C D E F G H
1
CPU-421CPU-421
3.3V 0V
3.3V
1.2V
3.3V1.5V
1.5V
1.5V
1.5VC
D
E
F G
H
1.5V 1.65V
1.5V
3.3V
1.65V1.65V
1.65V1.65V
1.5V
1.5V
1.5V
2.7V(Muting ON)
1.5V
1.5V
1.5V 1.5V
1.5V
0.77V 0V
1.5V
1.5V
1.5V
1.5V
1.66V
1.66V
1.66V
1.66V 1.63V
3.3V
1.65V
1.65V
3.3V
1.65V
0V
0V 3.3V(Muting ON)
0V
CN2
1 GND
2 GND
3 PSW_RF_B
4 RSSI_B
5 GND
6 GND
7 GND
8 RSSI_A
9 3.3V
10 3.3V
11 GND
12 PLL_LD
13 GND
14 8MHz
15 GND
16 SK/CLK
17 GND
18 PLL_DATA
19 GND
20 PLL_LE
21 3.3V
22 3.3V
23 GND
24 AUDIO_B
25 GND
26 GND
27 GND
28 AUDIO_A
29 GND
30 GND
TC74HC4053AFT(EL)IC401
11Y
20Y
31Z
4Z-COM
50Z
6INH
7VEE
8GND
16VCC
15Y-COM
14X-COM
131X
120X
11A
10B
9C
100kR404
100kR405
100kR406
100kR403
10V4.7uFC401
0.1uFC402
33kR409
56kR408
10V4.7uFC411 15k
R412
56kR414
47kR415
10V10uFC412
0.1uFC416
10V4.7uFC417
0.0033uFC413
15kR413
3.9kR416
3.9kR417
1000pFC414
0.0027uFC415
FMMT717TAQ401
100kR401
2.2kR402
TK10691MTLIC421
NF_IN1
SUM_IN2
REF_CAP3
GND
4
VCC
8
SUM_OUT7
CONT_IN6
RECT_CAP5
6.3V22uFC424
0.1uFC421
10V1uFC422
10V10uFC423
22kR427
0.0033uFC427
22kR421
0.0033uFNM
C426
0R429
0R428
NM
10V10uFC425
NM1k
R426
10V10uFC430
10kR425
100pFC431
0.1uFC428
56kR422
100kR424
47kR423
10V22uFC432
680R434
560R431
470R433
0.1uFC434
390R432
10V22uFC433
0R435
NM
FB431 CN431
1AF_OUT
2GND
3
4RIGHT
5GND
6LEFT
7 8
470pFC451
15pFC444
32KHzX442
32KHzX441
100kR444
100kR443
56kR441
47kR442
0.1uFC441
10kR445
0.1uFC445
2.2kR446
0.1uFC443
MA133-TXD441
12
3
0.1uFC447
2.2kR450
1kR452
33kR447
100kR449
0.1uFC448
470kR451
0.1uFC446
1kR448
3.9kR453
0.1uFC454
470kR455
2.2kR456
0.1uFC455
0.1uFC452
MA133-TX
D452
12
3
100kR457
1kR454
10kR460
10kR459
3.9kR458
470pFC453
0.1uFC460
33kR461
47pFC458
MA133-TXD451
12
3
2.2kR464
1kR466
470kR465
0.1uFC456
100kR463
10V10uFC459
16V2.2uFC457
TC74HC4051AFT(EL)IC461
X013
X114
X215
X312
X41
X55
X62
X74
A11
B10
C9
INH6
GND
8
VEE
7
COM3
VDD
16
TC74HC4051AFT(EL)IC471
X013
X114
X215
X312
X41
X55
X62
X74
A11
B10
C9
INH6
GND
8
VEE
7
COM3
VDD
16
LA4534M-TE-LIC481
OUT19
OUT27
MT_SW10VCC
6
IN12
IN24
REF5
P_SW1
PREGND
3
PWGND
8
10V22uFC481
2.2kR490
2.2kR489
16V2.2uFC471
100kR491
0.02V
0.02V
100uFC486
10V100uFC487
100kR492
0.1uFC484
0.1uFC485
4.7R493
4.7R494
DTA114EE-TLQ481
DTA114EE-TLQ482
0.01uFC482
100kR483
0.1uFC473
10kR487
10kR488
1kR484
1kR485
8.2kR486
10V10uFC472
16V2.2uFC474
47kR482
47kR481
16V2.2uFC463
100kR477
47kR467
47kR468
0.1uFC461
100R476
10V10uFC462
100R475
180R474
390R473
820R472
1.5kR471
3.3kR470
6.2kR469
16V2.2uFC464
470R462
FB484
FB486
FB485
FB432
1kR410
NJM2100V-TE2IC441 (1/3)
+
5
-6
7
NJM2100V-TE2IC441 (2/3)
+
3
-2
1
NJM2100V-TE2IC441 (3/3)
4
V-
8
V+
NJM2100V-TE2IC451 (1/3)
+
3
-2
1
NJM2100V-TE2IC451 (2/3)
+
5
-6
7
NJM2100V-TE2IC451 (3/3)
4
V-
8
V+
NJM2100V-TE2IC411 (1/3)
+
5
-6
7
NJM2100V-TE2IC411 (2/3)
+
3
-2
1
NJM2100V-TE2IC411 (3/3)
4
V-
8
V+
NJM2115V(TE2)IC422 (1/3)
+
3
-2
1
NJM2115V(TE2)IC422 (2/3)
+
5
-6
7
NJM2115V(TE2)IC422 (3/3)
4
V-
8
V+
10kR478
10kR479
10kR480
1.5CL431
10V10uFC442
10V10uFC435
1.5CL432
1.5CL484
1.5CL485
1.5CL486
1kR407
0.1uFC436
DTC343TK-T-146Q432
DTC343TK-T-146Q431
10kR436
10V10uFC429
10V10uFC403
10V100uFC483
MATT0
MATT1
MMUTE
MPS
AFM
AFM
MATT2
MATT3
MATT4
PSW_AUDIO
PSW_RF_B
RSSI_B
RSSI_A
TONE
NOISE
ALO
PLL_LE
PLL_DATA
SK/CLK
PLL_LD
DIV
DIV S/W DE-EMPHASIS LPF EXPANDER
MONITOR AMP
MIC OUT
MONITOR OUT
TONE NOISEALO
Monitor ATT-1 Monitor ATT-2
AF Muting
+3.3V
6-11UWP Series 6-11
2
3
4
5
1
I J K L M N O P
CPU-421CPU-421
CPU-421BOARD NO. 1-876-619-11MAX-753_CPU-421_500_1
3.0V 3.0V
2.2V
0V0.7V 1.6V
3.3V
3.3V
3.1V
3.3V3.3V3.3V
3.3V0.77V
0V
1.85V
1.85V *
*
: 60dBuV
EMF input
*
0.1uFC610
0.1uFC611
0.1uFC612
0.01uFC613 0.01uFC671
0.01uFC604
0.01uFC603
0.01uFC606
0.01uFC605
0.01uFC608
0.01uFC607
0.1uFC614
10kR671
1.5CL691
1.5CL692
1.5CL693
10kR683
10kR682
10kR681
S681
12
34
S682
12
34
S683
12
34
1kR684
1kR685
1kR686
0.1uFC681
0.1uFC682
0.1uFC683
XC61FN2712MRIC631
VIN3
VSS
2
VOUT1
47kR601
0.1uFC631
10kR631
0.01uFC609
0.01uFC602
5pFC621
NM
0.01uFC622
47R624
10R621
8MHzX621
20pFCT621
680R622
1MR625
27pFC625
XC6367A331MRIC11
GND
4
EXT5VDD
2
VOUT1
CE3
XP151A13A0MRQ11
S
1uFC13
0.1uFC15
10uHL12
0.01uFC18
1uFC16
47uHL11FMMT717TA
Q13
56kR15
47kR14
2SC4617TL-QRQ14
100kR16
220R12
15kR13
2SC4617TL-QRQ12
2.2kR11
UMZ8.2T-T106
D12
1
23
10V100uFC19
NM
LCD
ND651NM
C21
C113
S12
S93
S10
4
S11
5
S12
6
S13
7
S16
8
S19
9
S17
10
S18
11
C312
S014
S215
S316
S417
S518
S619
S720
S821
S14
22
S15
23
C024
100R651 100
R652
CL-270YG-C-TSLD651
CL-270YG-C-TSLD652
1kR653
1uFC651
1uFC652
S11
21
3
54
6
78
47R687
10R673
10R674
470R641 SML-310MTT86
D641
10R623
1uFC624
1000pFC623
BR24L32FV-WE2IC671
VSS
4
VCC
8
SDA5
A23
A12
A01
SCL6
WP7
10kR672
47kR603
0.01uFC615
47kR605
47kR602
TC7WHU04FK(T5RSOYFIC621
1A1
GND
4
2Y5
1Y7 VCC
8
2A3
3A6
3Y2
CN11
1 +3V_BATT
2 GND
34
10kR632
10uFC20
10kR21
10uFC22
NM
100kR18
100kR19
1kR20
100kR22
10V10uFC21
1kR17
0R440
NM
47kR610
0R23
22kR24
NM
270pFC23
NM
1.5CL694
RB161M-20TRD11
100kR31
47pFC627
47pFC628
10R676
10kR675
1.5CL11
1.5CL12
10uFC626
10V47uFC601
0.1uFC616
10uFC617
THP11
47kR604
1.5CL601
1.5CL602
DTC143ZE-TLQ651
0.01uFC632
10V100uFC12
10V100uFC14
10V100uFC17
NM
D13MA2Z720001S0
10kNM
R25
390kR26
MB89F499PFVIC601
1-K
EY2
SET_
KEY
3+K
EY4
AF_M
ute
5Mo
nito
r_MU
TE6
MPS
7P_
Off_
In8 9
ATT0
10AT
T111
ATT2
12AT
T313
ATT4
14 15DI
V16
BACK
_LIG
HT17
FL_C
TL0
18FL
_CTL
119 20 21 22
PLL_
LE23
PLL_
DATA
24PL
L_CL
K25
PLL_
LD
26AVR
27AVCC
28AVSS
29TONE
30NOISE
31RSSI_A
32RSSI_B
33BATO
34ALO
35
36EEP_WP
37PSW_RF_B
38PSW_AUDIO
39
40
41
42LED_RF
43EEP_SCL
44EEP_SDA
45X1A
46X0A
47VSS
48VCC
49VLC3
50VLC2
51VL
C1
52CO
M0
53CO
M1
54CO
M2
55CO
M3
56SE
G0
57SE
G1
58SE
G2
59SE
G3
60SE
G4
61SE
G5
62SE
G6
63SE
G7
64SE
G8
65SE
G9
66SE
G10
67SE
G11
68SE
G12
69SE
G13
70SE
G14
71SE
G15
72SE
G16
73SE
G17
74SE
G18
75SE
G19
76
77
78
79
80
81
82
83
84
85
86
87
88RXD
89TXD
90TEST
91P83
92P84
93RESET
94RFPG_SW
95X1
96XTAL
97VSS
98VCC
99
100
COM0
COM1
COM2
COM3
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG1
9
SEG1
8
SEG1
7
SEG1
6
SEG1
5
SEG1
4
SEG1
3
SEG1
2
SEG1
1
SEG1
0
SEG9
SEG8
BACK
_LIG
HT
DIV
MATT
0
MATT
1
MATT
2
MATT
3
MATT
4
MPS
MMUT
E
AFM
SET_
KEY
-KEY
+KEY
-KEY
SET_
KEY
COM2
SEG0
SEG1
SEG2
SEG3
SEG4
SEG5
SEG6
SEG7
SEG8
SEG9
COM3
COM1
SEG1
0
SEG1
1
SEG1
2
SEG1
3
SEG1
4
SEG1
5
SEG1
6
SEG1
7
SEG1
8
SEG1
9
COM0
BACK
_LIG
HT
LED_RF
+KEY
PLL_
LE
PLL_
DATA
SK/C
LK
PLL_
LD
PSW_RF_B
PSW_AUDIO
LED_RF
RXD
TXD
TEST
TESTTXD
RXD
ALO
BAT0
RSSI_B
RSSI_A
NOISE
TONE
BAT0
RF INDICATOR
EEPROM
+KEY -KEY SET
LCD
DC-DC CONVERTER
FREQ ADJ
RESET
+3.3V
+3.3V+3.3V
8MHz
FREQ ADJ
6-12 UWP Series6-12
2
3
4
5
A B C D E F G H
1
RF-130RF-130
1.35V
1.6V
0.22V
0.9V
3.3V
3.3V
1.6V
3.3V
0.27V
1.1V
0.45V
2.3V
2.0V
0.9V
0.25V
1.4V
2.6V
2.6V
3.2V
3.3V
1.35V
3.3V3.3V
1.6V
0.9V
0.22V
3.3V
3.3V 1.6V
1.3V
3.3V
1.1V
0.27V
2.3V
0.45V
#FL101
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
#FL121
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
220pFC101
10nH#L103 C102
3SK318YB-TL-EQ101
1
2
3
4
R104NM
15nHL104
#L105
1000pF
220pF
C103
1000pFC106
#L122
1pF#C122
#L121
220pFC126
NM33R127
1000pFC127
1000pFC128
220nHL123
100nHL124
3pFC130
100nHL125
SWF121
1 IN 2OUT
4
GND2
3
GND1
5
GND3
6
GND4
100nHL141
3pFC141
1000pFC142
100nHL142
6pFC143
3SK294(T5LSONY,F)Q141
1
2
3
4
3SK294(T5LSONY,F)Q142
1
2
3
4
3.3kR145
FB141
82pFC145
82pFC146
6.8kR151
330R152
3.3kR153
2SC4617TL-QRQ151
330R154
10R155
150R156
0.047uFC152
0.047uFC153
CN101
1
2 3 4 5
47kR103
47kR102
33kR101
6.8nHL102 #C107
1000pFC124
27kR122
#C125
2.2R125
2.2R126
47kR142
47kR144
1000pFC144
0.01uFC147
0.01uFC148
CF141
1 23
CF151
1 23
0R311
FB111
68kR111
68kR141
15kR114
1kR116
47nHL111
27nHL112
#L113
33kR113
1000pFC113
3SK255-T2Q111
1
2
3
4
68kR115
22kR112
3pF#C115
5pFC114
3pF#C215
0R312
5pFC214
CK2pFC301
6.8nHL301
6.8nHL302
CJ3pFC304
2SC4617TL-QRQ301
0.01uFC305
1000pFC308
1kR303
1kR304
1kR321
1kR322
0.01uFC321
10V4.7uFC322
LMX2331LTMXIC321
VCC1
1
VP1
2
DORF3
GND1
4
FINRF5
FIN RF6
GND2
7
OSCIN8
GND3
9
FOLD10
CLOCK11
DATA12
LE13
GND4
14
FIN IF15
FINIF16
GND5
17
DOIF18
VP2
19
VCC2
20
10R323
22R324
100pFC326
220pFC332
22R325
150R326
5pFC347
10V0.33uFC330
16V2.2uFC331
1kR328
0.01uFC341
HVC358BTRFD341
3pFC346
1000pFC348
2SC4726-TLPQQ341
2SC4726-TLPQQ342
2.2kR344
1.2kR342
27nHL342
10pFC349
18pFC350
18pFC351
150R345
1000pFC352
2SC4617TL-QRQ343
1kR346
#L2213.3kR253
0.01uFC229
C202
150R256
1000pFC224
3SK255-T2Q221
1
2
3
415nHL204
6.8kR251
3.3kR245
0.01uFC248
2.2R225
3pFC241
330R254
#C225
CN201
1
2 3 4 5
0.047uFC253
220pFC204
33kR201
#C207
0.047uFC249
47kR244
47kR243
CF251
1 23
220pFC201
68kR223
3SK294(T5LSONY,F)Q241
1
2
3
4SWF221
1 IN 2OUT
4
GND2
3
GND1
5
GND3
6
GND4
100nHL242
3pFC230
220pFC226
NM
47kR202
1pF#C222
1000pFC206
1000pFC227
2SC4617TL-QRQ251
R204NM
#C223
#L205
#FL221
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
10nH#L203
82pFC246
0.01uFC247
220nHL223
0.047uFC252
#FL201
1IN
10
FG2
2
G1
3
G2
4
G3
6
G4
7
G5
8
G6
11
FG3
5OUT
9
FG1
12
FG4
330R252
FB241
10R255
2.2R226
3SK318YB-TL-EQ201
1
2
3
4
1000pFC244
#L222
6pFC243
27kR222
120R246
CF241
1 23
1000pFC242
68kR241
68kR221
47kR242
3SK255-T2Q222
1
2
3
4
68kR224
100nHL241
1000pF
220pF
C2036.8nHL202
220pFC221
0.047uFC251
47kR203
100nHL225
82pFC245
100nHL224
100pFC205
33R227
3SK294(T5LSONY,F)Q242
1
2
3
4
1000pFC228
22kR212
47nHL211
#L2133SK255-T2Q211
1
2
3
4
1000pFC212
68kR215
1000pFC211
FB211
1kR216
68kR211
220pFC213
33kR213
27nHL212
0R307
NM
0R308
NM
0R309
NM
0R310
NM
220pFC104
100pFC105
220pFC121
220pFC111
#C123
0.01uFC129
0.047uFC149
0.047uFC151
220pFC302
220pFC303
1uFC323
100pFC325
220pFC327
100pFC328
100pFC329
100pFC345
3SK255-T2Q121
1
2
3
4
3SK255-T2Q122
1
2
3
4
68kR121
68kR123
68kR124
47kR143
120R146
100R301
100R302
560R327
10kR341
2.7kR343
FB201
FB221
FB121
FB101
15kR214
3pFCT341
1kR329
1kR330
1kR331
2.2R105
2.2R205
CP301
3VT
2 GND1
6OU
T
1VCC
78
5 GND2
4NC
4.7uHL143
4.7uHL243
470R128
NM
470R228
NM
10V4.7uFC333
1.5CL341
1.5CL342
1.5CL622
1.5CL321
1.5CL322
1.5CL323
1.5CL324
1000pFC112
ET101
21 3
ET102
21 3
ET121
21 3
ET122
21 3
ET123
21 3
ET201
21 3
ET202
21 3
ET221
21 3
ET222
21 3
ET223
21 3
ET141
21 3
ET241
21 3
56nHL343
#R129
#R120
#R130
#R230
#R220
#R229
1000pFC116
1000pFC216
10V10uFC306
10V10uFC353
10V100uFC307
10V100uFC354
47uFC324
SIGN319
PLL_
DATA
PLL_
LE
SK/C
LK
PLL_
LD
8MHz
BPF
LNA
BPF
1'st MIX
2'nd MIX
2'nd MIX
1'st MIX
LNA
BPFBPF
1'st VCO
PLL_IC 2'nd VCO
Ant-b
Ant-a
1'st BUFFER
Divider
1'st BUFFER
2ND-VT
2nd-
VT A
DJ
+3.3V
+3.3V
1st Local
1st Local
3.3V
3.3V
1.3V
2.7V
0.8V
3.3V
2.7V
0.8V
3.3V
3.2V 2.6V
2.6V
3.2V
3.2V
3.2V
3.2V
1.75V
6-13UWP Series 6-13
2
3
4
5
1
I J K L M N O P
RF-130RF-130
RF-130BOARD NO. 1-876-620-11MAX-753_RF-130_500_1
3.3V
1.85V*
: RF60dBV EMF input*
3.3V
3.3V
0V
3.3V
1.2V
0.4V
3.3V
1.2V
0.4V
1.25V
1.25V
1.25V
1.25V
AB
A B1.25V
1.25V
3.3V
3.3V
1.85V*
*:RF 60dB VEMF input
TA31161FN(EL)IC161
MIXIN16
OSCIN1
OSCOUT2
MIXOUT4
IFIN7
IFOUT111
IFOUT212
QUAD13
DEC6
GND1
5
GND2
15
BS3
RSSI10
AFOUT14VCC2
9
VCC1
8
B0.047uFC164
B0.047uFC165
47uHL161
B0.1uFC163
B0.047uFC162
1000pFC161
220R161
0.01uFC171
0.01uFC172
10V4.7uFC173
1uFC174
10V10uFC175
B0.047uFC176
10V22uFC177
0.01uFC179
10V10uFC180
CF171
21
47uHL171
CN1
1GND
2GND
3PSW_RF_B
4RSSI_B
5GND
6GND
7GND
8RSSI_A
93.3V
103.3V
11GND
12PLL_LD
13GND
148MHz
15GND
16SK/CLK
17GND
18PLL_DATA
19GND
20PLL_LE
213.3V
223.3V
23GND
24AUDIO_B
25GND
26GND
27GND
28AUDIO_A
29GND
30GND
CF161
1 23
CXA1611N-T4IC171
DET_
GND
1
FM_DISCRI2
AM_OSC3
AFC4
FM_OSC5
REG_OUT6
FM_RF7
AM_RF_IN8
NC9
FM_RF_IN10
FE_G
ND11
FM/AM_FE_O12
DET_CONT24
VCC
23
RIPPLE_FIL22
DET_OUT21
AFC/AGC120
AFC/AGC219
AM_IF_OUT18
IF_G
ND17
METER16
FM_IF_IN15
AM_IF_IN14
BAND_SEL13
2SC4178-T1F13Q131
2SC4178-T1F13Q231
33pFC131
47R131
6.8kR132
4.7kR133
68nHL131
120nHL132
47R231
33pFC231
68R134
0.01uFC132
68nHL231
6.8kR232
4.7kR233
0.01uFC232
68R234
0.01uFC133
0.01uFC233
120nHL232
10kR183
100pFC184
2.2kRV181
1
2
3
10V10uFC183
3.9kR182
10kR282
100pFC282
2.2kRV281
1
2
3
3.9kR281
10V10uFC281
10V4.7uFC181
10V4.7uFC283
1kR181
1kR283
10V4.7uFC273
B0.047uFC276
CXA1611N-T4IC271
DET_GND
1
FM_DISCRI2
AM_OSC3
AFC4
FM_OSC5
REG_OUT6
FM_RF7
AM_RF_IN8
NC9
FM_RF_IN10
FE_GND
11
FM/AM_FE_O12
DET_CONT24
VCC
23
RIPPLE_FIL22
DET_OUT21
AFC/AGC120
AFC/AGC219
AM_IF_OUT18
IF_GND
17
METER16
FM_IF_IN15
AM_IF_IN14
BAND_SEL13
B0.047uFC262
0.01uFC279
220R261
B0.047uFC265
0.1uFC278
CF271 21
0.01uFC272
B0.1uFC263
10V10uFC275
10V22uFC277
CF261
1 23
1000pFC261
B0.047uFC264
0.01uFC271
TA31161FN(EL)IC261
MIXIN16
OSCIN1
OSCOUT2
MIXOUT4
IFIN7
IFOUT111
IFOUT212
QUAD13
DEC6
GND1
5
GND2
15
BS3
RSSI10
AFOUT14VCC2
9
VCC1
8
1uFC274
10V10uFC280
47uHL261
47uHL271
B0.1uFC182
FMMT717TAQ351
100kR351
2.2kR352
0.1uFC178
0R353
NM
10pFC134
10pFC234
NJM2100V-TE2IC181 (1/3)
+
3
-2
1
NJM2100V-TE2IC181 (2/3)
+
5
-6
7
NJM2100V-TE2IC181 (3/3)
4
V-
8
V+
1.5CL183
1.5CL283
1.5CL351
1.5CL261
1.5CL161
1.5CL4
0R171
0R271
8MHz
PLL_LD
SK/CLK
PLL_DATA
PLL_LE
RSSI-DET
RSSI-DET
DISCRIMINATOR
2'nd BUFFER
AF-B LEVEL ADJ
2'nd BUFFER
(Ant-b)
AF-A LEVEL ADJ(Ant-a)
Auto Power Save
ADJ-B
ADJ-A
DISCRIMINATOR
+3.3V
+3.3V
+3.3V
2nd Local
2nd Local
J U30 U42 CE62 CE67 KR
C107 6pF 7pF 6pF 6pF 5pF 6pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C115 3pF 6pF 5pF 3pF 2pF 3pF50V 50V 50V 50V 50V 50VCJ CH CH CJ CK CJ
C122 1pF 2pF 2pF 1pF 1pF 1.5pF50V 50V 50V 50V 50V 50VCK CK CK CK CK CH
C123 18pF 56pF 47pF 18pF 15pF 18pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C125 5pF 8pF 8pF 5pF 5pF 5pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C207 6pF 7pF 6pF 6pF 5pF 6pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C215 3pF 6pF 5pF 3pF 2pF 3pF50V 50V 50V 50V 50V 50VCJ CH CH CJ CK CJ
C222 1pF 2pF 2pF 1pF 1pF 1.5pF50V 50V 50V 50V 50V 50VCK CK CK CK CK CH
C223 18pF 56pF 47pF 18pF 15pF 18pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
C225 5pF 8pF 8pF 5pF 5pF 5pF50V 50V 50V 50V 50V 50VCH CH CH CH CH CH
FL101 B.P.F 810MHz B.P.F 578MHz B.P.F 650MHz B.P.F 810MHz B.P.F 850MHz B.P.F 746MHz
FL121 B.P.F 810MHz B.P.F 578MHz B.P.F 650MHz B.P.F 810MHz B.P.F 850MHz B.P.F 746MHz
FL201 B.P.F 810MHz B.P.F 578MHz B.P.F 650MHz B.P.F 810MHz B.P.F 850MHz B.P.F 746MHz
FL221 B.P.F 810MHz B.P.F 578MHz B.P.F 650MHz B.P.F 810MHz B.P.F 850MHz B.P.F 746MHz
L103 10nH 22nH 18nH 10nH 8.2nH 12nH5 5 5 5 5 5
L105 22nH 39nH 27nH 22nH 22nH 27nH5 5 5 5 5 5
L113 12nH 18nH 18nH 12nH 12nH 12nH5 5 5 5 5 5
L121 2.2nH 4.7nH 3.9nH 2.2nH 2.2nH 2.7nH--- --- --- --- --- ---
L122 12nH 22nH 18nH 12nH 12nH 15nH5 5 5 5 5 5
L203 10nH 22nH 18nH 10nH 8.2nH 12nH5 5 5 5 5 5
L205 22nH 39nH 27nH 22nH 22nH 27nH5 5 5 5 5 5
L213 12nH 18nH 18nH 12nH 12nH 12nH5 5 5 5 5 5
L221 2.2nH 4.7nH 3.9nH 2.2nH 2.2nH 2.7nH--- --- --- --- --- ---
L222 12nH 22nH 18nH 12nH 12nH 15nH5 5 5 5 5 5
R120 150 100 120 150 150 1501/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R129 39 68 47 39 39 391/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R130 150 100 120 150 150 1501/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R220 150 100 120 150 150 1501/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R229 39 68 47 39 39 391/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
R230 150 100 120 150 150 1501/16W 1/16W 1/16W 1/16W 1/16W 1/16W0.5 0.5 0.5 0.5 0.5 0.5
Ref No.Model
-23.8
±10 kHz
-13.8-13.8
-23.9-24.6-28.6
-43.8-43.8
-60
DeviationFrequency
J
-60
I
dBV
-20
-40
-60
HGFEDCBA
LEVEL DIAGRAM
6-14 UWP Series6-14
2
3
4
5
A B C D E F G H
1
3
21
87
65 4
32
1
54 3
21
1615
1413
1211
1098
76
54
32
1
32
1
S
GNDGND
OUT IN43 2
1
VSS
VOUTVIN
3
21
GND
OUT
IN
GND
OUT
IN
VCC
CONT
IN
GND
OUT54 3
21 NC VDD
VSS
A
X
543
21
VC
GND
MOD
OUT
GND
VCC65
4 32
1
In2
In1 Ii2
Ii1
V+
V-
OUT2
OUT1 87
654
32
1
OSC
GND
LD
GND
RF-IN-
RF-IN
GND
CP1
VP1
VCC1 VCC2
VP2
CP2
GND
IF-IN-
IF-IN
GND
LE
DATA
CLK
2019
1817
16
2
1514
1312
11109
87
65
43
1
+ -
GND
+IN
-IN
OUT
V+54 3
21
In2
In1 Ii2
Ii1
V+
V-
OUT2
OUT1 87
654
32
1
In2
In1 Ii2
Ii1
V+
V-
OUT2
OUT1 87
654
32
1
In2
In1 Ii2
Ii1
V+
V-
OUT2
OUT1 87
654
32
1
A0
A1
A2
SDA
SCL
WP
VCC
GND
87
654
32
1
NF IN VCC
SUM IN
SUM OUT
CONT IN
REF CAP
GND RECT CAP
87
654
32
1
COM0COM1
COM3COM2
242322212019181716151413
121110987654321
PD7/SEG23
PD6/SEG22
PD5/SEG21
PF0/SEG24
PF1/SEG25
PF2/SEG26
PF3/SEG27
PF4/SEG28
PF5/SEG29
VDD
PI0/TX
PI1/TEX
NC
PF6/SEG30
PF7/SEG31
PE0/INT0/EC
PE1/INT1
PE2/INT2
PE3/INT3
PE4/RMC
PD4/SEG20
PD3/SEG19
PD2/SEG18
PD1/SEG17
PD0/SEG16
SEG15
SEG14
SEG13
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
SEG2
SEG1
SEG0
COM3
COM2
COM1
COM0
VLC1
VLC2
VLC3
VL
VSS
XTAL
EXTAL
RST
PA7/AN7
PA6/AN6
PA5/AN5
PA4/AN4
PA3/AN3
PA2/AN2
PA1/AN1
PA0/AN0
PH0/INT4
PC7
PC6
PC5
PC4
PC3
PC2
PC1
PC0
PB7/SO1
PB6/SI1
PB5/SCK1
PB4/SO0
PB3/SI0
PB2/SCK0
PB1/CS0
PB0PE6/ADJ
PE5/TO
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
6463
6261
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
2423
2221
2019181716151413121110987654321
C5
R11
C8
CN999
IC401
CP102
C143
C142
Q106
R135
C307
C18
C407
R416
R417
CP101
RV101
RV2
FL301
FL1
RV102
RV1
R39
R38
CN1
R147
R146
R145
R309
R201
C21
IC405
FB1
RV103
C424
D102
C52
L201
L113
D1
R90
C419
R87
C306
R137R138
C305
R429
R425
Q108
R434
C1
R144
L104
D4
C423
C422
C425
L2
C146
R46
R431
R307
R23
R63
D3
R81
C203
R82 R83
R36
R132
C129
R4
R5
R49
C147
R56
R402
R45
R111
R2
R86
R20
C51
R21
R88
L202
R65
R32
R74
L1
R430
R308
R405 R409
R6
R7
R112 R102
R8
R19
Q402
R122C131R118
R117
R116
R114
C29
R415
R427
R407
R129
S1
R130
R14
R414
R37
R51
R127
C411
R411
D107
R85
R428
D106
C100
R412
R408
R43
D401
R410
C205
Q403
R60
R133
R403
D403
R128
R404 R406
R18
R303
R22
D402
R123
R121
R143
R126
R62
C105
C106
C103
R34
C3
R15
R3
R1
R73
R426
R47
R48
R52
R58
R41 C48
R84
R26
R27
R57R28
R53
C22
C418
D5
R89
R304
R302
R110
R401
R125
R44
R75
R54
R31
R29
R35
R61
C402
R70
R50
R40
C47
R120
R67
R69
R115
R306
R59
R42
R131
R55
R66
S301
R140
R134
C55D6
R301
C302
C405
C303
C304
C123
C9
L109
C126
C417
C109
C54 C53
L108C133
R424
D2
Q302
TP2
TP1
TP3
R432R433
IC102
C39
C12
IC7
IC5
IC4
C137
IC211
Q103
Q101
Q102
Q7Q6
Q5Q4
Q3
Q303
Q301
Q105
Q104
Q1
R107
R106L107
R105R104
L112 L110
C120
C144
C7
D201
C413
C119
C37
C108
C15
C14
C134
C101C102
R136
C416
C27
C107
C135
C2
C139
X401
X101
IC406
IC201
D301C301
C42
C40
C6
C212
C19
C17
C24
C44
C33
C206
C204
S401 S402 S403
L100
IC402
IC101
IC3
L105
L106
IC2
C201
C414
C427
C426
C415 CT401
Q201
IC1
C420
C145
R101
C25
Q2
C124 C121
C31
C122
C136
C132
C130 C128
C125C127 R108
C11
C4
C138
C110
C111
IC103
L101
R103
C104
C401
C421
C35
C404
C43
C36 C28C38
C118
C406
C116C117
C112
C113
C114
C115
C32
C45
C34
C16
C23
C30
C403
C26C46
C13
R305
L103CN101
IC6
L111
L102
C20
C408 C409 C410
R423
R422
R421
LCD401
100p
100k
10V10
3P
24LC64T-I/SNG
3p
3p 2SC5015-T1
100
4.7
16V2.2
nm
10
10
47k
47k
FILTER
FILTER
10k
10k
10k
1k
3P
10k
1k
16V2.2
-612RCXP83516
0UH
2.2k
1
MA-133
0.1
47μH
100nH
MA133-TX
100
1
1k
0.001
330330
0.001
1k
1k
2SC3356-R24
10k
16V22
10k
15nH
MA-133
1
1
1
100nH
10p
820
1.2k
47k
100k
18k
MA133-TX
3.3k
16V47
47k 47k
100k
2.2k
16V10
1.5k
1k
10k
7p
NM
4.7k
100k
22
2.7k
1k
10k
0.1
2.2k
10k
C5-K3L47μH
2.2k
22k
5.6k
100nH
1.5k
47k
10k 1k
680
470
100k
470k
1.2k
10k
DTC124EE
1k22p
150
1k
1k
10k
0.1
10
1M
1k
10k
SLIDE SW
47k
10k
10
10k
4.7k
4.7k
1
10k
MA133-TX
10k
1k
TE-171SS355
0.1
10k
1k
8.2k
-T86SML-020-MLT
10k
16V47
-TE85RRN1704
18k
18k
47k
-C-TSLCL-270-YG
390
10k 10k
10k
2.2k
2.2k
-C-TSL
CL-270-YG
1k
220
3.3
47k
15k
0.0047
0.01
0.1
10k
0.001
10k
1.8k
3.3k
5.6k
330
100k
10k
4.7k
5.6k
100k
B0.1
3.3k
510k
510k
5.6k15k
100k
1
1
MA-133
10k
27k
100k
100
4.7k
4.7k
1k
47k
18k
47k
10k
10k
6.8k
10V22
100
2.2k
4.7k
B0.1
22
4.7k
15k
1k
220
18k
100k
47k
2.2k
2.2k
SLIDE SW
12k
15k
0.01-17
1SS355TE
1k
10V10
0.1
10V10
10V100
6.3V47
100p
10nH
0.01
22p
nm
100p 22p
6.8nH2p
3.3k
-171SS355TE
FMMT717TA
TXD
TEST
RXD
470470
LMX2331
100p
100p
NJM2100V
NJM2100V
NJM2100V
3p
XC62FP3302PR
DTC124EE
-3-TL2SK1332
-YGR2SC4738
-YGR2SC4738
-YGR2SC4738
-YGR2SC4738
-YGR2SA1832
-YGR2SC4738
-YGR2SC4738
-YGR2SC4738
2SA1965
2SA1965
-YGR2SC4738
47k
47k3.3nH
4.7k4.7k
10nH 10nH
0.047
3p
B0.1
RB161M-20TR
0.001
10V22
16V10
10V22
1
10V10
10V4.7
10p10p
22
nm
10V22
0.1
2p
0.1
0.001
4MHz
32KHz
TC7W04FU(TE12R)
XC6367A501MR
UMZ8.2T-T106
10V47
0.0022
0.15
A10V10
10V22
10V10
10V10
10V4.7
100p
10V4.7
B10V0.1
B10V0.1
SWITCH SWITCH SWITCH
100nH
XC61FN2712MR
(TE85R)TC4SU69F
NJM2406F-TE2
220μH
220μH
NJM4580V
10V0.1
0.01
0.01
0.01
0.01 20p
XP151A13A0MR
AFSTC74HC4051
10V10
0.001
10M
10V4.7
-O2SK208
4V220 0.001
680p
10V4.7
0.001
0.001
0.001 0.001
16V0.0147p 1.2k
10V10
10V10
0.001
0.01
100p
(TE85R)TC7S66FU
5.6nH
100k
10V10
0.1
0.01
10V4.7
0.1
680p
16V1
16V0.0033
10V10
0.047
0.01
22p22p
0.01
100p
100p
0.001
10V10
10V10
0.1
10V4.7
10V4.7
0.0022
B0.01
50V100p
22p
B50V330p
100k
5.6nH
TK10690MTL
15nH
39nH
B50V330p
B10V0.1
B10V0.1
B10V0.1
10k
10k
10k
NM
3.0V
5V
3.3V
5V
4MHZ
CK
DATA
LE
LD
RFM
TXD
RXD
ALO
AFM
RLED
GLED
M/L SW
M/L SW
RLED
GLED
ATT2
ATT1
ATT0
BAT0
BAT0
+KEY
-KEY
DI/DO
DI/DO
ALO
RXD
TXD
TEST
LD
SET
-KEY
+KEY
TEST
RESET
RESET
CK
CK
DATA
LE
CSCS
SET
AFM
RFM
ATT2
ATT1
ATT0
S19
S19
S18
S17
S16
S15
S14
S13
S12
S11
S10
S9
S8
S7
S6
S5
S4
S3
S2
S1
S0
COM0
COM1
COM3
COM2
S18
S17
S16
S15
S14
S13
S12
S11
S10
S9
S8
S7
S6
S5
S4
S3
S2
S1
S0
COM3
COM2
COM1
COM0
XLR JACK
BL
L:LINE
H:MIC
5V DC-DC-CONVERTOR
3.3V REGULATOR
ATT
AUDIO LEVEL ADJ
TONE ADJ
POWER ADJ
LIMITER ADJ
CLIP ADJ
DRIVE_AMPPOWER_AMP
BUFFER
TONE
+KEY-KEY
P_OFF_IN
LPF DET-AMPPRE_EMP LPFCLIPCOMPARATOR
BATT
VCOISOLATOR
ALO
4MHz
LD
PLL-IC
SET
LIMITER AMP COMPRESSER
RESET
EEPROM
6-5. UTX-P1
MB-1094MB-1094
MB-1094BOARD NO. 1-869-776-11
-23.8
±10 kHz
-13.8-13.8
-23.9-24.6-28.6
-43.8-43.8
-60
DeviationFrequency
J
-60
I
dBV
-20
-40
-60
HGFEDCBA
LEVEL DIAGRAM
Model U30 U42 U6264 U6668 CE62 CE67
Ref No.
C131 33pF 33pF 22pF 22pF 22pF 22pF
C133 3pF 2pF 2pF 2pF 2pF 2pF
C135 4pF 4pF 2pF 2pF 2pF 2pF
C137 NM NM 3pF 3pF 3pF 3pF
C142, C143 5pF 5pF 3pF 3pF 3pF 3pF
C146 220pF 220pF 10pF 10pF 10pF 10pF
C147 12pF 8pF 7pF 7pF 7pF 7pF
C151 1pF NM NM NM NM NM
C21 10uF 10uF 2.2uF 2.2uF 2.2uF 2.2uF
CP101 MVU-578 MVU-650 MVU-770 MVU-794 MVU-807 MVU-850
CP102 ESI-7SGL0578M ESI-7SGL0650M ESI-7SGL0770M ESI-7SGL0794M ESI-7SGL0807M ESI-7SGL0850M
L101 5.6nH 5.6nH 5.6nH 5.6nH 5.6nH 5.6nH
L104 15nH 15nH 15nH 15nH 15nH 15nH
L107 10nH 10nH 3.3nH 3.3nH 3.3nH 3.3nH
L108 10nH 10nH 6.8nH 6.8nH 6.8nH 6.8nH
L109 18nH 15nH 10nH 10nH 10nH 10nH
L110, L112 12nH 12nH 10nH 10nH 10nH 10nH
L111 22nH 22nH 15nH 15nH 15nH 15nH
L114 5.6nH 3.3nH 4.7nH 3.9nH 3.9nH 0
L121 NM 22nH NM NM NM NM
R121 150 180 220 220 220 220
R136 33 33 22 22 22 22
R137, R138 150 150 330 330 330 330
R143 22 22 3.3 3.3 3.3 3.3
DIFFERENCE
Printed in Japan
Sony Corporation 2008. 6 16
©2008
UWP-V1/V2/V6/X7/X8
(U, CE, KR) E
9-976-937-01
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