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SERVICE MANUAL

COPYRIGHT © 2015 JVC KENWOOD Corporation No.RA018<Rev.002>2015/9

B5B-7164-10

VHF DIGITAL TRANSCEIVERRA018<Rev.002>20159SERVICE MANUALB5B-7164-10

NX-5200

COPYRIGHT © 2015 JVC KENWOOD Corporation

TABLE OF CONTENTS1 PRECAUTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-72 SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-73 DISASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-274 ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-345 TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-94

NX-5200 F3,K3,ENX-5200 F2,K2,E2

This service manual has been revised due to the addition of NX-5200 type E, E2.

REVISED

This product complies with the RoHS directive for the European market. This product uses Lead Free solder.

1-2 (No.RA018<Rev.002>)

Document CopyrightsCopyright 2015 by JVC KENWOOD Corporation. All rights reserved.No part of this manual may be reproduced, translated, distributed, or transmitted in any form or by any means, electronic, mechan-ical, photocopying, recording, or otherwise, for any purpose without the prior written permission of JVC KENWOOD Corporation.

DisclaimerWhile every precaution has been taken in the preparation of this manual, JVC KENWOOD Corporation assumes no responsibilityfor errors or omissions. Neither is any liability assumed for damages resulting from the use of the information contained herein. JVC KENWOOD Corporation reserves the right to make changes to any products herein at any time for improvement purposes.

Firmware CopyrightsThe title to and ownership of copyrights for firmware embedded in KENWOOD product memories are reserved for JVC KENWOODCorporation. Any modifying, reverse engineering, copy, reproducing or disclosing on an Internet website of the firmware is strictlyprohibited without prior written consent of JVC KENWOOD Corporation. Furthermore, any reselling, assigning or transferring of thefirmware is also strictly prohibited without embedding the firmware in KENWOOD product memories.

Transceivers containing AMBE+2 Vocoder: The AMBE+2 voice coding technology is embedded in the firmware under the license of Digital Voice Systems, Inc.

Bluetooth CopyrightsThe Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks by JVC KENWOOD Corporation is under licence. Other trademarks and trade names are those of their respective owners.

NOTE• This equipment should be serviced by only qualified technicians.• Danger of explosion if the battery is incorrectly replaced; replace only with the same type.• To dispose of batteries, be sure to comply with the laws and regulations in your country or region.

Service Manual List

TM

TM

R

Manual number Model name Type Serial number Main unit number Remarks

No.RA018<Rev.001> NX-5200 F2,F3,K2,K3 -XC1-0331-80(J79-0410-09)

First edition

No.RA018<Rev.002> NX-5200F2,F3,K2,K3 From B5910001 XC1-0331-80/

XC1-0360-10(J79-0410-19)

RevisedThis service manualE,E2 -

(No.RA018<Rev.002>)1-3

SPECIFICATION (F2,F3,K2,K3 TYPE)

GENERAL

Frequency Range 136 ~ 174 MHz

Max. Channels per Radio 1024 (Up to 4000 CH with option)

Number of Zones 128

Max. Channels per Zone 512

Channel Spacing Analog 12.5 / 15 / 20 / 25* / 30* kHz

Digital 6.25 / 12.5 kHz

Operating Voltage 7.5V DC±20%

Battery Life 5-5-90 (10-10-80) duty cycle

KNB-L1(2,000mAh) 10 hours (6.5 hours)

KNB-L2(2,600mAh) 12.5 hours (8.5 hours)

KNB-L3(3,400mAh) 17 hours (11 hours)

KNB-N4(2,500mAh) 12.5 hours (8.5 hours)

KBP-8(w/AA x 12) High Power Approx. 11 hours (8 hours)

Low Power Approx. 25 hours (18 hours)

Operating Temperature Range -22°F ~ +140°F (-30°C ~ +60°C)

Frequency Stability ±2.0ppm

Antenna Impedance 50Ω

Dimensions (W x H x D)(Projections not included)

KNB-L1(2,000mAh) 2.28 x 5.47 x 1.57 in. (58.0 x 138.9 x 39.8 mm)



KNB-N4(2,500mAh) 2.28 x 6.55 x 1.91 in. (58.0 x 166.4 x 48.5 mm)

KBP-8 2.64 x 8.59 x 1.76 in. (67.0 x 218.3 x 44.6 mm)

Weight (net) KNB-L1(2,000mAh) 13.5 oz (382 g)

KNB-L2(2,600mAh) 14.3 oz (406 g)

KNB-L3(3,400mAh) 15.8 oz (449 g)

KNB-N4(2,500mAh) 20.4 oz (579 g)

KBP-8(w/AA x 12) Approx. 25.1 oz (712 g)

RECEIVER

Sensitivity NXDN 6.25kHz Digital(3%BER) 0.20μV

NXDN 12.5kHz Digital(3%BER) 0.25μV

P25 Digital (5% BER) 0.25μV

P25 Digital (1% BER) 0.40μV

Analog (12dB SINAD) 0.25μV

Selectivity P25 Digital 60dB

[email protected] 67dB

Analog@25kHz 73dB

Intermodulation 73dB

Spurious Rejection 80dB

Audio Distortion Less than 3%

Audio Output 3% Distortion 500mW / 8Ω

5% Distortion 1000mW / 8Ω

TRANSMITTER

RF Power Output 6W to 1W

Spurious Emission -70dB

1-4 (No.RA018<Rev.002>)

*25 and 30 kHz are not included in the models sold in the USA or US territories.Analog measurements made per TIA 603 and specifications shown are typical.P25 Digital measurements made per TIA 102CAAA and specifications shown are typical.JVC KENWOOD Corporation reserves the right to change specifications without prior notice or obligation.

FM Hum & Noise Analog @ 25 kHz 45dB

Analog @ 12.5 kHz 40dB


Modulation 16K0F3E, 11K0F3E, 8K10F1E, 8K10F1D, 8K10F1W,8K30F1E, 8K30F1D, 8K30F7W, 4K00F1E,4K00F1D,4K00F7W, 4K00F2D

(No.RA018<Rev.002>)1-5

SPECIFICATION (E,E2 TYPE)

GENERAL

Frequency Range 136 ~ 174 MHz

Max. Channels per Radio 1024 (Up to 4000 CH with option)

Number of Zones 128

Max. Channels per Zone 512

Channel Spacing Analogue 12.5 / 20 / 25 kHz

Digital 6.25 / 12.5 kHz

Operating Voltage 7.5V DC±20%

Battery Life 5-5-90 (10-10-80) duty cycleNEXEDGE

KNB-L1(2,000mAh) 10 hours (6.5 hours)

KNB-L2(2,600mAh) 12.5 hours (8.5 hours)

KNB-L3(3,400mAh) 17 hours (11 hours)

KNB-N4(2,500mAh) 12.5 hours (8.5 hours)

KBP-8(w/AA x 12) High Power Approx. 11 hours (8 hours)

Low Power Approx. 25 hours (18 hours)

Operating Temperature Range -30°C to +60°C

Frequency Stability ±2.0ppm

Antenna Impedance 50Ω

Dimensions (W x H x D)(Projections not included)

KNB-L1(2,000mAh) 58.0 x 138.9 x 39.8 mm

KNB-L2(2,600mAh) 58.0 x 138.9 x 42.8 mm

KNB-L3(3,400mAh) 58.0 x 138.9 x 48.2 mm

KNB-N4(2,500mAh) 58.0 x 166.4 x 48.5 mm

KBP-8 67.0 x 218.3 x 44.6 mm

Weight (net) KNB-L1(2,000mAh) 382 g

KNB-L2(2,600mAh) 406 g

KNB-L3(3,400mAh) 449 g

KNB-N4(2,500mAh) 579 g

KBP-8(w/AA x 12) Approx. 712 g

RECEIVER

Sensitivity Analogue @ 12.5/20&25 kHz

12dB SINAD 0.32 μV / 0.28 μV

20dB SINAD -1 dB μV (0.45 μV) / -3 dB μV (0.35 μV)

Digital @ 6.25/12.5 KHz

NXDN 3% BER 0.25 μV / 0.32 μV

NXDN 1% BER -4 dB μV (0.32 μV) / -1 dB μV (0.45 μV)

P25 5% BER 0.28 μV

Selectivity P25 Digital 63dB

Analogue @ 12.5 kHz 68dB

Analogue @ 20 kHz 74dB


Intermodulation Analogue 65dB

Spurious Rejection Analogue 75dB


Audio Output 3% Distortion 500mW / 8Ω

5% Distortion 1000mW / 8Ω

1-6 (No.RA018<Rev.002>)

Analogue measurements made per EN standards or TIA/EIA 603 and specifications shown are typical.P25 Digital measurements made per TIA 102CAAA and specifications shown are typical.JVC KENWOOD Corporation reserves the right to change specifications without prior notice or obligation.

TRANSMITTER

RF Power Output 6W to 1W

Spurious Emission -36dBm ≤ 1GHz, -30dBm > 1GHz

FM Hum & Noise Analogue @ 25 kHz 45dB


Analogue @ 12.5 kHz 40dB

Modulation Distortion Less than 2%

Modulation 16K0F3E, 14K0F3E, 14K0F2D, 12K0F2D, 11K0F3E,8K50F3E, 7K50F2D, 8K30F1E, 8K30F1D, 8K30F7W,8K10F1E, 8K10F1D, 8K10F1W, 4K00F1E, 4K00F1D,4K00F7W, 4K00F2D

(No.RA018<Rev.002>)1-7

SECTION 1PRECAUTION

This service manual does not describe PRECAUTION.

SECTION 2SPECIFIC SERVICE INSTRUCTIONS

2.1 SYSTEM SET-UP

Merchandise received

Choose the type of transceiver

Transceiver programming

Are you using the speaker microphone?

A personal computer, programming interface (KPG-36U/36X),

and FPU (programming software) are required for programming.

(The frequency, and signaling data are programmed for the transceiver.)

NO

NO (Option)

YESKMC-41/KMC-42W/

KMC-54WDSpeaker microphone

Are you using the secure cryptographic module?

NO (Option)

YESKWD-AE30/AE31 Refer to the "2.3.1 SECURE CRYPTOGRAPHIC

MODULE (KWD-AE30/KWD-AE31:Option)".

* If the internal GPS function

is not used, the KMC-47GPSD

can be used as GPS

speaker microphone.

Delivery

Type DTMF keypadRF power

No

6W NX-5200 K3 Yes

TX/RX 136~174

6W

6W

6W

No

NX-5200 F3

NX-5200 F2

Yes

NX-5200 K2

No6W NX-5200 E2

Yes6W NX-5200 E

Frequency range (MHz)

Are you using the optional antenna?YES KRA-22/KRA-26/KRA-41

Optional antenna

(Option)

1-8 (No.RA018<Rev.002>)

2.2 REALIGNMENT

2.2.1 Modes

*1:In order to use the Front panel programming mode, it is nec-essary to purchase the "Front panel program" feature option.

2.2.2 How to Enter Each Mode

*2 There is the two or three as how to enter.

2.2.3 Panel Test ModeSetting method refer to ADJUSTMENT.

2.2.4 Panel Tuning ModeSetting method refer to ADJUSTMENT.

2.2.5 PC Mode

2.2.5.1 PrefaceThe transceiver is programmed by using a personal computer,programming interface (KPG-36U/36X) and FPU (programmingsoftware).The programming software can be used with a PC. Figure 1shows the setup of a PC for programming.

Fig.1

Mode Function

User mode For normal use.

Panel test mode Used by the dealer to check the fundamen-tal characteristics.

Panel tuning mode Used by the dealer to tune the transceiver.

PC mode Used for communication between thetransceiver and PC.

Data programmingmode

Used to read and write frequency data andother features to and from the transceiver.

PC test mode Used to check the transceiver using thePC. This feature is included in the FPU.

Firmware program-ming mode

Used when changing the main program ofthe flash memory.

Clone mode Used to transfer programming data fromone transceiver to another.

Front panel pro-gramming mode

Frequency, signaling and features write tothe transceiver.

Transceiver infor-mation mode

Used to confirm the transcerver firmwareversion, SCM firmware version and SCMHardware version.

Mode Operation

User mode Power ON

Panel test mode*2 • [ ] + Power ON

• [ ] + Power ONSelect the “Panel Test” using the [] /[] key.Press the [ ] key.

PC mode Received commands from PC

Panel tuning mode [Panel test mode] + [ ]

User mode

Data programming mode

PC tuning mode

Transceiver information mode

PC mode

Panel tuning modePanel test mode

Firmware programming mode

Clone mode

Front panel programming mode*1

PC test mode

Firmware programmingmode*2

• [AUX (Orange)] + Power ON

• [ ] + Power ONSelect the “Firmware Prog” using the[] / [] key.Press the [ ] key.

• If Write is performed by KFL, Firm-ware programming mode will startautomatically.

Clone mode*2 • [ ] + Power ON

• [ ] + Power ONSelect the “Clone” using the [] / []key.Press the [ ] key.

Front panel program-ming mode*2

• Press the PF key to which Front pan-el programming mode is set duringthe user mode.

• Press the [ ] key and enter theMenu mode.

Select the any icon assigned the Frontpanel programming mode using the[] / [] key.Press [ ] key.Select the “Panel Program” using the[] / [] key.Press the [ ] key.

Transceiver information mode*2

• [Side 3] + Power ON

• [ ] + Power ONSelect the “Transceiver Info” using the[] / [] key.Press the [ ] key.

Mode Operation

PC

FPU

KPG-36U/36X

Transceiver

PC

KPG-36U/36X

USB

(No.RA018<Rev.002>)1-9

2.2.5.2 Connection procedure(1) Connects the transceiver to the computer using the inter-

face cable (KPG-36U/36X).

Note:You must install the KPG-36U/36X driver in the comput-er to use the USB programming interface cable (KPG-36U/36X).

(2) When the POWER switch on, user mode can be enteredimmediately. When PC sends command the transceiverenter PC mode, and “PROGRAM” is displayed on the LCD.When data transmitting from the transceiver, the red LEDlights.When data receiving to the transceiver, the green LEDlight.

Note:The data stored in the computer must match the “ModelName” when it is written into the flash memory.

2.2.5.3 KPG-36U/36X description (USB programming in-terface cable: Option)

The KPG-36U/36X is a cable which connects to a USB port on acomputer.When using the KPG-36U/36X, install the supplied CD (with driv-er software) in the computer. The KPG-36U driver runs underWindows XP, Vista, 7, 8 or 8.1.The KPG-36X driver runs under Windows Vista, 7, 8 or 8.1.The latest version of the USB driver is available for downloadfrom the following URL:http://www.kenwood.com/usb-com/(This URL may change without notice.)

2.2.5.4 Programming software KPG-D1/D1N (Ver. 1.60 orlater) description

The FPU is the programming software for the transceiver sup-plied on a CD-ROM. This software runs under Windows Vista 7,8 or 8.1 on a PC.The data can be input to or read from the transceiver and editedon the screen.

Note: KPG-D1N can't be used for E, E2 types.

2.2.6 Firmware Programming Mode

2.2.6.1 PrefaceFlash memory is mounted on the transceiver. This allows thetransceiver to be upgrade when new features are released in thefuture. (For details on how to obtain the firmware, contact Cus-tomer Service.)

2.2.6.2 Connection procedureConnect the transceiver to the personal computer using the pro-gramming interface (KPG-36U/36X). (Connection is same as inthe PC mode.)

2.2.6.3 Programming(1) Start up the firmware programming software (KENWOOD

Firmware Loader). The KFL.exe exists in the KPG-D1/D1Ninstalled holder.

(2) Set the baud rate to "auto" or 1152000, 576000, 115200,and 57600.

(3) Set the firmware to be upgrade by file name item.(4) Enter the Firmware programming mode by using section

“2.2.2 How to Enter Each Mode”. Then, the yellow LED onthe transceiver light and "FIRMWARE PROG" is displayed.

(5) Check the connection between the transceiver and the per-sonal computer, and make sure that the transceiver is inthe Program mode.

(6) Press “Write” button in the window. When the transceiverstarts to receive data, the “LOADING” display lights.

(7) If writing ends successfully, the checksum is calculatedand a result is displayed.

(8) If you want to continue programming other transceivers, re-peat step (4) to (7).

Note:If write is perfomed by KFL, Firmware programmingmode will start automatically even if Firmware program-ming is set to disable in the programming software.

2.2.6.4 FunctionIf you press the [ ] key while “FIRMWARE PROG” is dis-played, the checksum is calculated, and a result is displayed. Ifyou press the [ ] key again while checksum is displayed,“FIRMWARE PROG” is redisplayed.

2.2.7 Clone ModeProgramming data can be transferred from one transceiver to an-other by connecting them via their external universal connectors.The operation is as follows.

The following data cannot be cloned.• Tuning data• Embedded message with password• ESN (Electronic Serial Number) data

Key guide on the Clone/ Front Panel Programming Pass-word input screen.

• Confirm ([ ] key): The password confirmation• Delete ([ ] key): Delete the latest digit from the current

password number (Press and hold to delete all passwordnumbers)

• Select([ ] key): Determine the latest digit of the passwordnumber.

(1) In the source transceiver, enter the clone mode by usingsection “2.2.2 How to Enter Each Mode”. When the Clone/Front Panel Programming Password is set to the transceiv-er, "Input Password" is displayed on the LCD.If the password is not set, the transceiver displays "CLONEMODE".

(2) When you enter the correct password, “CLONE MODE” isdisplayed, the transceiver can be used as the cloningsource. The following describes how to enter the pass-word.

(3)- How to enter the password using the keypad;

If one of the keys 0 to 9 is pressed while the “Input Pass-word” is displayed, the password number is displayed onthe LCD.Each press of the key shifts the display in order to theleft.When you enter the password and press [ ] or [*] key,“CLONE MODE” displayed if the entered password iscorrect. If password is incorrect, “Input Password” is re-displayed.

- How to enter password using the [] and [] keys;If the [] / [] key is pressed while “Input Password” isdisplayed, the Clone/ Front Panel Programming Pass-word input screen is displayed.If the [] or [] key is pressed while the clone/ FrontPanel Programming Password input screen is displayed,the number (0 to 9) blinks on the LCD. When you pressthe [ ] key, currently selected number is determined. Ifyou press the [ ] key after entering password in this

1-10 (No.RA018<Rev.002>)

procedure, “CLONE MODE” is displayed if entered pass-word is correct. If the password is incorrect, “Input Pass-word” is redisplayed.

(4) Power ON the target transceiver.(5) Connecting the cloning cable (part No.E30-3325-05) to the

universal connectors on the source and target.

(6) Press [ ] key on the source while the source displays“CLONE MODE”. The data of the source is sent to the tar-get. While the target is receiving the data, “PROGRAM” isdisplayed. When cloning of the data is completed, thesource displays “END”, and the target automatically oper-ates in the User mode. The target can then be operated bythe same program as the source.

(7) The other target can be continuously cloned. When the [ ] key on the source is pressed while the source displays“END”, the source displays “CLONE MODE”. Carry out theoperation in step (4) to (6).

Note:• Cannot be cloned if the password (overwrite password) is

programmed to the target.• “Model name” must be same to clone the transceiver.

Fig.2

2.2.8 Front Panel Programming ModeIf the Front Panel Programming Mode is used, the frequency orother data of the conventional channel is rewritable only by thetransceiver.Moreover, the conventional channel can be added.

The following setup items can be changed or added by us-ing the Front panel programming mode.

• RX/TX Frequency• Channel Type• Channel Spacing• Decode QT/DQT/RAN/NAC, Encode QT/DQT/RAN/NAC• Talkgroup ID List No.• Transmit Power• Channel Name

Key guide on the Clone/ Front Panel Programming Pass-word input screen.

• Confirm ([ ] key): The password confirmation• Delete ([ ] key): Delete the latest digit from the current

password number (Press and hold to delete all passwordnumbers)

• Select ([ ] key): Determine the latest digit of the passwordnumber.

2.2.8.1 Enter to the Front panel programming mode.Enter to the Menu Mode by pressing [Front Panel Mode] PF keyor [Menu] key. When the Front Panel Mode is selected, it can en-ter to the Front panel programming mode.If the Clone/Front panel programming Password is not set to thetransceiver, "Panel Program" is displayed on the LCD.If the Clone/Front panel programming Password is set to thetransceiver, "Panel Program" is displayed on the LCD when youenter the correct password while “Input Password” is displayed.

2.2.8.2 Data WritingBefore moving to next Zone/Channel, “Keep This Change?” ap-pears on the LCD, if you select “OK”, the new data is written tomemory. If you select “Cancel”, the new data not be written; thenew data will be erased.• The setup items for Front panel programming mode are as

follows.

Cloning cable(E30-3325-05)

Source

transceiver

Target

transceiver

No. Setup item Display Remarks

1 RX Frequency RX Frequency Receive Frequency

2 TX Frequency TX Frequency Transmit Frequency

3 Channel Type Channel Type Analog/NXDN/P25

4 Channel Spacing

Channel Space Analog: 12.5kHz/20kHz/25kHzNote: 20kHz is applied for E and E2 types only.

NXDN:6.25kHz/12.5kHz

P25: 12.5kHz

5 RX Signaling RX QT/DQT Receive QT/DQT

6 TX Signaling TX QT/DQT Transmit QT/DQT

7 RX RAN RX RAN None, 1~63

8 TX RAN TX RAN None, 1~63

9 RX NAC RX NAC 000~FFF (Hexadecimal) Note: “F7F” cannot set.

10 TX NAC TX NAC 000~FFF (Hexadecimal) Note: “F7E” and “F7F”cannot set.

11 Talkgroup ID List Number

Talkgroup None, 1~1500

12 Transmit Power Transmit Power

Low/Medium/High

13 Channel Name Channel Name

(No.RA018<Rev.002>)1-11

• Key operation

Key\Item Zone Select Channel Select

RX Frequency TX Frequency Channel Type

Channel Spacing

RX Signaling TX Signaling

[ ] Decision Decision Decision Decision Decision Decision Decision Decision

[ ] Unused Back to thepreviousitem

Back to the pre-vious item

Back to theprevious item





[ ] Unused Unused Unused TX FrequencyOFF

Unused Unused Unused Unused

[ ] Exit panel pro-gram mode

Exit panelprogrammode

Exit panel pro-gram mode






[] Zone change Channelchange

Fresuency up Fresuency up Channel typechange

ChannelSpacingChange

Signalingnumberchange


[] Zone change Channelchange

Frequencydown

Frequencydown

Channel typechange

ChannelSpacingChange



[] Unused Unused Frequency stepchange

Frequencystep change

Unused Unused Signaling typechange

Signalingtype change

[] Unused Unused Frequency stepchange

Frequencystep change

Unused Unused Signaling typechange

Signalingtype change

Keypad[0] ~ [9]*1

Zone numberselect

Channelnumberselect

Go to the direct enter mode Channelnumber select (1 or 2)

Channelspacing select (1 or 2)

Go to the direct enter mode

Keypad[*] *1

Decision Decision Decision Decision Decision Decision Decision Decision

Keypad[#] *1

Unused Back to thepreviousitem







Key\Item RX RAN TX RAN RX NAC TX NAC TG ID List No. Transmit Power

Channel Name

[ ] Decision Decision Decision Decision Decision Decision Decision

[ ] Back to the pre-vious item






Back to the pre-vious item/De-lete

[ ] Unused Unused Unused Unused Unused Unused Character/Digitswitching

[ ] Exit panel pro-gram mode







[] RX RAN up TX RAN up RX NAC up TX NAC up TG List numberup

Transmit powerchange

Go to the directenter mode

[] RX RAN down TX RAN down RX NAC down TX NAC down TG List numberdown

Transmit powerchange

[] RX RAN ON/OFF

RX RAN ON/OFF


[] RX RAN ON/OFF

RX RAN ON/OFF


Keypad[0] ~ [9] *1

Go to the direct enter mode Talkgroup Listnumber select

Transmit powerselect (1, 2 or 3)

Keypad[*] *1

Decision Decision Decision Decision Decision Decision Decision/ Char-acter/ Digit switching

Keypad[#] *1

Back to the previous item







1-12 (No.RA018<Rev.002>)

• Direct enter mode

*1: F3,K3,E types only

Key\Item RX Frequency

TX Frequency

RX Signaling

TX Signaling

RX RAN

TX RAN

RX NAC

TX NAC

Channel Name

[ ] Decision Character/Channel name decision

[ ] Delete

[ ] Unused

[ ] Exit panel program mode

[] Unused Character selection (upper case char-acter → lower-case character → digit→ upper case character...)

[] Character selection (upper case char-acter → lower-case character → digit→ upper case character...)

[] Move a cursor to the right

[] Move a cursor to the left

Keypad[0] ~ [9] *1

Add a digit to the current number

Keypad[*] *1

Decision Input character switching

Keypad[#] *1

Delete/Back to the previous item Delete

(No.RA018<Rev.002>)1-13

• Front panel programming mode flow chart

is "Personality".

there is more than two.

12.5kHz 25.0kHz 20.0kHz

When the KPG-D1N is used, 25.0kHz may not be allowed depends on the frequency (F2, F3, K2, K3 types only).

12.5kHz

NXDN

[Channel Type]:"P25","Mixed"(Transmit Mode:P25) and

when two kinds of Channel Type is set.

[Channel Type]: "Analog"

[TX Frequency]: "OFF"

[Channel Type]: "Analog"

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),

"Mixed"(Transmit Mode: P25) and when a kind of Channel Type is set.

[TX Frequency]: Other than "OFF"

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),"Mixed"(Transmit Mode: P25)

Clone/Front Panel Password

[TX Frequency]: Other than "OFF"[Channel Type]: "P25","Mixed"(Transmit Mode: P25)

[Channel Type]: "P25","Mixed"(Transmit Mode: P25)Talkgroup ID List Amount must not be 0.

[TX Frequency]: "OFF"[Channel Type]: "P25"

[System Type]: "NXDN"

6.25Hz

[Channel Type]: "NXDN","Mixed"(Transmit Mode: NXDN)

[ ]

[ ]

[ ] or [ ]

[Channel Type]: "Analog","Mixed"(Transmit Mode: NXDN),"Mixed"(Transmit Mode: P25)

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[TX Frequency]: Other than "OFF"

[Channel Type]: "NXDN","Mixed"(Transmit Mode: NXDN)

[Channel Type]: "NXDN",

"Mixed"(Transmit Mode:NXDN) and

when two kinds of Channel Type is set.

[ ]

[ ]

[ ][TX Frequency]: "OFF"

[Channel Type]: "NXDN"

[ ]

[Channel Type]: "NXDN",

"Mixed"(Transmit Mode: NXDN)

[ ]

[ ] or [ ] [ ] or [ ]

[ ] or [ ]

Mixed[ ] or [ ]

[ ] or [ ]

[ ] or [ ]

[ ] or [ ]

[ ] or [ ] [ ] or [ ] [ ] or [ ]

[ ] or [ ] [ ] or [ ] [ ] or [ ]

Enter the Front panel programming mode

by using section "2.2.2 How to Enter Each Mode".

[ ]

Note:

P25 can be configured for System Select or Channel Type if one or

more P25 conventional system is preconfigured by the FPU.

Zone-Channel Format allows you to whether to configure for

each zone the channels in the same system, or channels in different system.

[ ] or [ ][ ] or [ ]

Transmit Mode select

P25

NXDN

[ ] or [ ]

[ ] or [ ]

[ ] or [ ][ ] or [ ]

[Channel Type]: "Mixed" and

when Channel Spacing in two kinds of Channel Type is set.

Keep This Change?

Channel Name

Transmit Power Low Medium High

Talkgroup List ID Amount: 0

Talkgroup ID List Number

TX NAC

RX NAC

TX RAN

RX RAN

TX Signaling

RX Signaling

OFF QT DQT N DQT I

OFF QT DQT N DQT I

Channel Spacing

[System Type]: "NXDN"Analog

[System Type]: "P25"

Channel Type Analog

P25

[System Type]: "P25"

[System Type]: "P25" or ”NXDN” and [Channel Type]: "Mixed"

OFFTX Frequency

RX Frfequency

System Select

"System Type = Conventional" [No]

Analog P25 NXDN

Select the setting channel.

[No]Zone-Channel Format

Blank Channel

Channel Select

Zone Select

Front panel Programming mode

Input Password

1-14 (No.RA018<Rev.002>)

2.2.9 Transceiver Information ModeUse this function to confirm the transceiver firmware version, SCM Firmware version and SCM Hardware version.

(1) Enter the Transceiver Information mode by using section "2.2.2 How to Enter Each Mode".(2) The transceiver fi rmware version appears on the LCD.(3) Use the [] and [] keys to select the confirmation items.

(4) To exit the transceiver information mode, turn the transceiver power OFF.

Note:When the SCM board is not equipped to the transceiver, SCM Firmware Version and SCM Hardware Version are displayedas "-.-.-.".

2.3 INSTALLATION

2.3.1 SECURE CRYPTOGRAPHIC MODULE (KWD-AE30/KWD-AE31:Option)

2.3.2 SUPPLIED ACCESSORIES

Note:Supplied accessories with * mark are not used for the NX-5200.

2.3.3 INSTALLING THE MODULE IN THE TRANSCEIVER

ATTENTION:When installing the module, please take measures to prevent static electricity.(1) Remove the VOID sheet.

CAUTION:Regarding VOID, confirm the service policy of the NX-5200 to KENWOOD (or authorized distributor). In addi-tion, when installing the module, remove VOID sheet af-ter understanding the service policy.

(2) Remove the 4 screws from the cover.(3) Remove the cover and orange rubber seal from the trans-

ceiver.

(4) Remove the release paper from one side of cushion D,then attach the cushion to the shielding case of the module.

(5) Insert the module to the connector of the PCB.

[ ]/[ ] [ ]/[ ]

[ ]/[ ]

Connecting cable *

(X42-3330-XX)

Cushion A *

(G13-2179-XX)

Cushion B *

(G13-2178-XX)

Cushion C *

(G1D-0006-XX)

Cushion D

(G1D-0055-XX)

Spacer

(F3K-0004-XX)

VOID sheet

Orange rubber seal

Cover

Cushion D

Shielding case

Insert the cushion under the chassis.

Attach the cushion correctly to the position of the chassis and shielding case (end-face).

Module

Connector

(No.RA018<Rev.002>)1-15

(6) Attach two spacers to the back side of the orange rubberseal as indicated below.

Note:Rubber seal may not attach correctly if the spacer isbrought near by the corner too much.

(7) Reinstall the cover and orange rubber seal using the 4screws removed in step 2 and 3.Note:

When installing the rubber orange seal on the chassis,ensure that you do not damage the rubber seal and thatthe contact area of the chassis is dust-free.

Note:• When the KWD-AE30/ KWD-AE31 is installed, select the

"Secure Cryptographic Module" checkbox in the Product In-formation of the KPG-D1/KPG-D1N (programming soft-ware), and then set each parameter.

• If the KWD-AE30/ KWD-AE31 connector is not properly in-stalled, the TX/RX indicator will blink red or "No SCM" willappear on the display when the transceiver power is turnedon.

• If the Encryption Key data is not written at the Keyloader, orthe Encryption Key data is zeroized, "Key Fail" will appearon the display.

• If the KWD-AE30/ KWD-AE31 is installed in other transceiv-ers, the Encryption Key data will be forced to zeroize.

2.4 CIRCUIT DESCRIPTION

2.4.1 OverviewThe NX-5200 is a VHF Analog FM & Digital Portable transceiver designed to operate in the frequency range of 136 to 174MHz.The unit consists of a receiver, a transmitter, a phase-locked loop (PLL) frequency synthesizer, a digital control unit, and a power sup-ply circuit.

2.4.2 Frequency ConfigurationThe receiver is a double-conversion super-heterodyne using a first intermediate frequency (IF) of 49.95MHz and second IF of2.25MHz. Incoming signals from the antenna are mixed with the local signal from the PLL circuit to produce the first IF of 49.95MHz.This is then mixed with the 47.7MHz second local oscillator output to produce the 2.25MHz second IF. The transmit signal frequencyis generated by the PLL VCO, and modulated by the signal from the DSP. It is then amplified and fed to the antenna.

Fig.1 Frequency configuration

2.4.3 Receiver System

2.4.3.1 RF CircuitThe receive signal from antenna switch (D350, D351, D370 and D371) is amplified by a RF amplifier (Q530) and passes through theband-pass filter (L530, L535, L520 and L532) to remove unwanted signals. The signal is then fed to the 1st mixer (Q500).

2.4.3.2 IF CircuitThe first IF signal is passed through a four-pole monolithic crystal filter (XF670) to reject adjacent channel signals. The filtered first IFsignal is amplified by the first IF amplifier (Q670 and Q660) and then applied to the IF system IC (IC600). The IF system IC providesa second mixer, second PLL, AGC and A/D converter.The second mixer mixes the first IF signal with the 47.7MHz of second local oscillator output and produces the second IF signal of2.25MHz.The second IF signal is then be fed into an A/D converter, generates the I and Q data. This data is in the form of SSI (Serial Synchro-nous Interface), and sent to the DSP (IC702).

Spacer

ANT

1st MIX 49.95MHz 47.7MHz SP

19.2MHz

MIC

ANT

SW

PA

AMP

RF

AMP

TX

AMP

MCFMIX

IF Circuit

TCXO

RX PLL

VCO

VCO2nd

TX PLL

VCO

Baseband

CircuitCODEC

AF

AMP

TX/RX: 136~174MHz

136~174MHz

185.95~223.95MHz

1-16 (No.RA018<Rev.002>)

2.4.3.3 Audio Amplifier CircuitAudio processing (high-pass filter, low-pass filter, de-emphasized and so on) at Analog FM mode and decoding at Digital mode areprocessed by DSP. SSI signal from DSP is converted to audio signal at IC902. The signal goes to amplifier (IC904 or IC905).While INTAMT is High, IC904 is activated and audio is heard from internal speaker.While EXTAMT is High, IC905 is activated and audio is heard from external speaker.

Fig.2 RF and IF circuit

2.4.4 Transmitter System

2.4.4.1 Audio Band CircuitThe signal from microphone is amplified and converted to digital signal by IC902. IC902 includes AGC function.Digital signal is transferred to IC702 through SSI.

2.4.4.2 Baseband CircuitThe audio signal transferred from IC902 is processed at IC702. Voice signals of 300Hz or lower and frequencies of 3kHz or higher arecut off and an audio range 300Hz to 3kHz is extracted. The audio signal is then pre-emphasized in FM mode and synthesized withthe signals, such as QT and DQT, as required, and is transferred to PLL Frequency Synthesizer block. The DTMF and MSK basebandsignals are also generated by IC702.In Digital mode, the audio signal is converted to the 4-Level FSK baseband signal and is transferred to PLL Frequency Synthesizerblock.The output level according to the transmit carrier is fine-adjusted according to each modulation method.

2.4.4.3 Drive and Final AmplifierThe signal from the TX PLL is amplified by pre-drive amplifier (IC300 and Q310). The output of the pre-drive amplifier is amplified bythe drive amplifier (Q320) and final amplifier (Q330) to 6W (1W when the power is low). IC300 is MMIC. Q310, Q320 and Q330 areMOS FET. The output of the final amplifier is then passed through the harmonic filter (LPF) and antenna switch (D350, D351, D370and D371) and applied to the antenna terminal.

2.4.4.4 APC CircuitThe APC circuit always monitors the current flowing through the drive amplifier (Q320) and final amplifier (Q330). The APC keeps acurrent constant.The voltage drop at R400 and R402 is caused by the current flowing through the RF power amplifier and this voltage is applied to APCcircuit. Output voltage from APC controls the VGG of Q310, Q320 and Q330 to keep the current constant. The change of power high/low is carried out by the change of the reference voltage.

Fig.3 Drive and Final amplifier and APC circuit

ANT

D350, D351

D370, D371 Q530

Q600L535

L530L520L532 Q500 XF670 Q670 Q660

RF AMP

SSI

MCF IF AMP IF AMP IC600

RX PLL

Internal Speaker

IC702 IC902 IC904

External Speaker

IC905

INTAMT

EXTAMT

LPFANT

SWBPF BPF BPF IF IC

2ndVCO

DSP CODEC

IC300 Q310 Q320 Q330

TX PLL ANT

SW

+B APC reference voltage

Pre-

Drive 1Drive Final

R4

00

R4

02

APC

Pre-

Drive 2

IC400

(No.RA018<Rev.002>)1-17

2.4.5 PLL Frequency Synthesizer2.4.5.1 TCXO (X700)TCXO (X700) generates a reference frequency of 19.2MHz for the PLL frequency synthesizer. This reference signal is buffered byQ700 and IC700. And it is distributed to TX PLL (IC100), RX PLL (IC200), IF IC (IC600), GPS/Bluetooth (IC850), and IC702.The frequency adjustment is achieved by adjusting a D/A converter (IC901) output in the voltage of the control terminal of TCXO.

2.4.5.2 VCOThere are TX VCO and RX VCO.The TX VCO (Q160) generates the carrier for the transmitter. The VCO oscillation frequency range is 136 to 174MHz. The transmitfrequency range is 136 to 174MHz.The RX VCO (Q240) generates the 1st local signal for the receiver.The VCO oscillation frequency range is 185.95 to 223.95MHz. The 1st local signal frequency range is 185.95 to 223.95MHz.The VCO oscillation frequency is determined by voltage control terminals "CV" and "ASSIST". The voltage control terminal "CV" iscontrolled by PLL IC (IC100 for TX PLL, IC200 for RX PLL). The voltage control terminal "ASSIST" is controlled by the control voltagefrom D/A converter (IC901).For the modulation input terminal, "VCO_MOD" of TX VCO (Q160), the output frequency changes according to the applied voltage.This is used to modulate the VCO output.

2.4.5.3 PLL ICThere are TX PLL IC and RX PLL IC. PLL ICs compare the difference in phases of the VCO oscillation signal and the TCXO referencefrequency. And it returns the difference voltage to the VCO CV terminal and realizes the "Phase Locked Loop". This allows the VCOoscillation frequency to accurately match (lock) the desired frequency.When the frequency is controlled by the PLL, the frequency convergence time increases as the frequency difference increases whenthe set frequency is changed. To supplement this, the MPU is used before control by the PLL IC to bring the VCO oscillation frequencyclose to the desired frequency. As a result, the VCO CV voltage does not change and is always stable at approx. 2.0V.The desired frequency is set for the PLL IC by the MPU (IC702) through the 3-line "SDO1", "SCK1", "/PCS_R" serial bus for RX PLLand "SDO1", "SCK1", "/PCS_T" serial bus for TX PLL. The MPU monitors through the "PLD_R" and "PLD_T" signal line, whether thePLL IC is locked or not. If the VCO does not lock to desired frequency (unlock), the "PLD_R" and "PLD_T" logic is low.

2.4.6 Control CircuitThe control circuit consists of MPU/DSP (IC702) and its peripheral circuits. IC702 mainly performs the following;

(1) Switching between transmission and reception by PTT signal input.(2) Reading system, zone, frequency, and program data from the memory circuit.(3) Sending frequency program data to the PLL.(4) Controlling the audio mute circuit by decode data input.

2.4.6.1 MPUThe MPU/DSP (IC702) is 32-bit RISC processor and fixed floating-point VLIW DSP, equipped with peripheral function.This MPU operates at 288MHz (MAX) clock and 3.3V /1.8V/ 1.2V DC. Controls the flash memory, Mobile DDR, the receive circuit, thetransmitter circuit, the control circuit, and the display circuit and transfers data to or from an external device.

2.4.6.2 Memory CircuitMemory circuit consists of the MPU (IC702) and the Mobile DDR (IC703), the flash memory (IC705). The flash memory has capacityof 512M-bit that contains the transceiver control program for the MPU and stores the data. It also stores the data for transceiver chan-nels and operating parameter that are written by the FPU. This program can be easily written from external devices. The Mobile DDRhas capacity of 512 M-bit. The MPU copies the program to the Mobile DDR from the flash memory. The MPU is used as a work areaMobile DDR.

Flash MemoryNote:

The flash memory stores the data that is written by the FPU (KPG-D1/D1N), tuning data (Deviation, Squelch, etc.), and firmwareprogram (User mode, Test mode, Tuning mode, etc.). This data must be rewritten when replacing the flash memory.

Mobile DDR (static memory)Note:

Mobile DDR is used as a work area of the MPU.

2.4.6.3 LCDThe LCD is controlled using parallel interface from the MPU (IC702).

2.4.6.4 Key Detection CircuitKeys are detected using I/O Expander IC (IC708). If pressed key is detected by IC708, it is informed to the MPU (IC702) through serialline.

1-18 (No.RA018<Rev.002>)

2.4.6.5 Low Battery WarningThe battery voltage is divided using R40 and R41 and is detected by A/D converter (IC900). When the battery voltage falls below thevoltage set by the Low battery warning adjustment, the red LED blinks to notify the operator that it is time to replace the battery. If thebattery voltage falls even more (approx. 5.8V), a beep sounds and transmission stops.

2.4.6.6 DSPThe DSP circuit consists of a MPU/DSP (IC702) and processes the baseband signal. The DSP operates at 288MHz (MAX) clock, theI/O section operates at 3.3V/1.8V and the core section operates at 1.2V.The DSP carries out the following processes:• 4 Level FSK processing• Analog FM pre-emphasis/de-emphasis• Vocoder processing between audio codec and modulation/demodulation• CAI processing, such as error correction encoding• QT/DQT encoding/decoding• DTMF encoding/decoding• MSK encoding/decoding• 2-tone encoding/decoding• Compressor/expander processing• Voice scrambler processing• Transmit/receive audio filtering processing• Microphone amplifier AGC processing• Audio mute processing• Modulation level processing• Active Noise Reduction• Voice recording/playback processing• Voice announce processing

2.4.7 Power Supply CircuitThe battery voltage (+B) is provided from battery terminal. The battery voltage passes through the 3.15A fuse (F1), and goes to RFfinal amplifier, AVR ICs (IC31, IC82, IC801, IC36, IC63, IC65, IC64), DC/DC converter (IC33), transistor (Q32, Q71 through the 1Afuse (F2)), and voltage detector IC (IC20). Voltage detector (IC20) watches battery voltage. If the battery voltage is enough higherthan 5.6V, detector outputs High. Then, IC31 (31BU) outputs 3.1V, and IC32 (12BU) outputs 1.2V, and Q31 is turned on.When the VOL SW is turned on, SB1 becomes high (battery voltage). The DC/DC (IC33) operates if both SB1 and output of detectorare high. IC33 (38M) outputs 3.8V, and A30 (12M) outputs 1.2V. Then, IC34 (18M) and IC37 (18BT) outputs 1.8V. Then, IC80 (30M)outputs 3.0V, and IC38 (33BT) and IC35 (33M) and IC81 (33OPT) outputs 3.3V. Then, IC39 (33A) outputs 3.3V, and IC82 (50A) out-puts 5.0V. Then, IC701 (18M_3) outputs 1.8V, and Q71 (53AF) is turned on. Voltage detector (IC704) watches IC33 (38M) outputvoltage. If the 38M output voltage is enough higher than 3.5V, detector outputs High. As a result, the MPU/DSP operate.The SBC signal becomes High after the MPU/DSP operates, and IC61 (33C), IC36 (50C), IC63 (50VCO) and Q32 (SB2) are turned on.When SD_EN signal becomes High, IC30 (33SD) operates. When 5UC signal becomes High, IC801 (50U) operates. When TXC signalbecomes High, IC65 (50T) operates. IC65 (50T) is turned on in transmit mode. When RXC signal becomes High, IC64 (50R) operates. IC64 (50R) is turned on in receive mode. Switches are controlled by the MPU/DSP.When the VOL SW is turned off /PSW signal becomes Low. After detecting /PSW signal, the MPU/DSP changes SBC signal to Low.The 50C is fed to IC60 (130C). IC60 (130C) is the DC/DC boost converter. IC60, D60, C64 consist of a DC/DC boost converter. The130C circuit then outputs approximately +13VDC.

Low battery warning Battery condition

The red LED blinks during transmission. The battery voltage is low but the transceiv-er is still usable.

The red LED blinks and the warning tonebeeps while the PTT switch is pressed.

The battery voltage is low and the trans-ceiver is not usable to make calls.

(No.RA018<Rev.002>)1-19

Final Amp, APC, Drive Amp

IC3338M

MPU/DSP Core,MPU/DSP PLL

MPU/DSP 1.8V I/O, mDDR2,LCD Module I/O

+B

A3012M

MPU/DSP RTC

BackUpBattery

IC3418M

IC3718BT

IC70118M_3

IC3833BT

IC3933A

F1(3.15A)

IC3212BU

IC3131BU

Battery

IC8030M

LCD BackLight

Q31SW

SCM Board

VOL SW

Flash ROM I/O,AudioCodec DVDD

BT & GPS I/O

BT & GPS VDD

IC7043.5V DET

LCD Module

AudioCodec VDD,8bit/8ch DAC, 12bit/4ch DAC

IC3533M

MPU/DSP 3.3V I/O,Flash ROM VCC,AudioCodec IOVDD

IC8133OPT

SCM Board

IC3033SD

microSD

IC6133C

PLL, IF

IC205.6V DET

IC702MPU/DSP

/RST

/BINT

/PSWSB1

Q22Lvl Conv

Q21Lvl Conv

Q20AND

D20OR

SBC

SD_EN

SBC

1-20 (No.RA018<Rev.002>)

Fig.4 Power supply circuit

2.4.8 Signaling Circuit

2.4.8.1 Encode (QT/DQT/DTMF/2-tone/MSK)Each signaling data signal of QT, DQT, DTMF, 2-tone and MSK is generated by IC702, superposed on a modulation signal and is sentto TX VCO and TX PLL IC.

2.4.8.2 Decode (QT/DQT/DTMF/2-tone/MSK)The audio signal is removed from the FM detection signal sent to the IC702 and the resulting signal is decoded by IC702.

Q7153AF

F2(1A)

IC8250A

KEY Back Light, 3Color LED,8bit/16ch ADC, Universal I/F

IC80150U

Universal Option

IC3650C

PLL, IF, VCO

IC60130C

ASSIST

IC360SW

ANTSW

IC6350VCO Q110

SW TX VCO

Q210SW RX VCO

IC6550T

TX circuit

IC6450R

RX circuit

Int AF Amp

Ext AF Amp

Q32SB2

8bit ADC

SBC

SBC

SBC

5UC

TXC

RXC

ANTSW

TX

RX

(No.RA018<Rev.002>)1-21

2.4.9 Bluetooth/GPS CircuitThe main component of the BT/GPS circuit is BT/GPS IC (IC850).The clocks of BT/GPS IC require 19.2MHz for core and 32.768kHz slow clock (X850) for UART.19.2MHz clock (X700) is shared with MPU/DSP (IC702), and is supplied through the clock buffer IC (IC700).The BT/GPS IC communicates to the MPU/DSP (IC702) on the HCI UART. Interface of UART & Digital audio (PCM) between theMPU/DSP (IC702) and the BT/GPS IC (IC850), have level conversion at the level conversion IC (IC852, IC853).The BT/GPS IC is powered by 1.8V and 3.3V which are supplied from two discrete external regulators (IC38 and IC37). The input ofthese regulators is sourced from a switching regulator (IC33) which regulates the battery voltage to 3.8V.

Fig.5 Bluetooth/GPS circuit

2.4.9.1 Bluetooth CircuitThe BT/GPS IC (IC850) support Bluetooth 3.0 up to HCI level.The TX/RX frequency is 2400-2483.5MHz (79ch Hopping, 2402-2480MHz, 1MHz step). The transmit power is +2dBm at Bluetoothantenna input.The Bluetooth antenna is made of sheet metal, and connected to the BT/GPS IC (IC850) through the LC filter (L855).Frequency configuration for Bluetooth is following: There are two LO modes: 2X and Offset LO (OSLO). 2X where LO is 2*RF_FREQ (e.g. when transmitting at 2441MHz it is at4882MHz). OSLO where LO is at 2/3*RF_FREQ (e.g. when transmitting at 2441MHz it is at 1627.333MHz).In RX the 2X is always used.In GFSK TX if power is 10dBm or more then OSLO is used.In EDR2 TX if power is -12dBm or more then OSLO is used.In EDR3 TX if power is -12dBm or more then OSLO is used.Otherwise 2X is used for TX as well.

Fig.6 Bluetooth circuit

HPF Pre-SAW Post-SAWLNA

GPS antenna

Attenuator

GPS IC(IC850)

LNA Supply

LNA Enable

TCXO19.2MHz

1.8V

3.3V

GPS_LNA_IN(L2)

GPS_EXT_LNA_EN(H6)

VDD_TCXO(G1)

TCXO_CLK_LV(F1)

BT_HCI_UART_TX(A4)

BT_HCI_UART_RX(B5)

RTC_CLK(H9)OSCILLATOR

32.768kHz

BTFM_nSHUTDOWN(A6)GPS PA EN(G3)

VBAT1(A2)

LevelConversion

TCXO_LDO_IN(H1)

ClockBuffer

Matching

GPS_TX

GPS_RX

BT antenna

LC filter

BT_RF

VDDS

MPU/DSP

IC702

IC850 BT/GPS IC

IC700

IC702 IC852 IC850

UART UART L855

IC853

PCM PCM Sheet metal

X700 IC700 X850

MPU/DSPBT/GPS

IC

TCXO19.2MH

32.768kHz

Clock

FilterLC

AnttenaBluetooth

Clock

Buffer

Level

Conversion

Level

Conversion

1-22 (No.RA018<Rev.002>)

2.4.9.2 GPS CircuitThe RF signal is received by the antenna matched by the matching circuit. The matching circuit consists of L905, C948 and C883.And this signal applied to a high-pass filter. The filter consists of C882, C881, C880, L859 and L858. The filtered RF signal is thenapplied to a SAW filter (L857).The output of the SAW filter is fed into the LNA (IC851). The LNA is enabled by GPS_EXT_LNA_EN (pin H6 of the BT/GPS IC, IC850).The LNA input match comprises of C879, C878 and L856. The LNA output match comprises of C874. And through the Attenuatorcomprised of R857, R856 and R855, the RF signal is further filtered by a second SAW filter (L853).The output of the second SAW filter is passed to pin L2 of the BT/GPS IC. The input match for pin L2 comprises of C867, C866 andL852. The control and data lines for the BT/GPS IC are GPS_PA_EN, BTFM_nSHUTDOWN, GPS_TX and GPS_RX. GPS_TX andGPS_RX are shared with the Bluetooth data line. Frequency configuration for GPS is following: Lo is GPS: 1571.324MHz

Fig.7 GPS circuit

2.5 COMPONENTS DESCRIPTION

2.5.1 Main unit (XC1-0331-80, XC1-0360-10)

1.8V

3.3V

OSCILLATOR

32.768kHz

GPS_TX

GPS_RX

IC702

IC850 BT/GPS IC

IC700MPU/DSPHPF Pre-SAW LNAMatching

GPS antenna

Post-SAWAttenuator

LNA Supply

LNA Enable

TCXO 19.2MHz

ClockBuffer

Level

Conversion

GPS IC(IC850)

GPS_LNA_IN(L2)

GPS_EXT_LNA_EN(H6)

VDD_TCXO(G1)

TCXO_CLK_LV(F1)

BT_HCI_UART_TX(A4)

BT_HCI_UART_RX(B5)

RTC_CLK(H9)

BTFM_nSHUTDOWN(A6)GPS PA EN(G3)

VBAT1(A2)

TCXO_LDO_IN(H1)

VDDS

Ref. No. Part Name Description

IC20 IC Reset

IC30 IC Voltage regulator (33SD)

IC31 IC Voltage regulator (31BU)

IC32 IC Voltage regulator (12BU)

IC33 IC DC/DC converter (38M)

IC34 IC DC/DC converter (18M)

IC35 IC Voltage regulator (33M)

IC36 IC Voltage regulator (50C)

IC37 IC Voltage regulator (18BT)

IC38 IC Voltage regulator (33BT)

IC39 IC Voltage regulator (33A)

IC60 IC DC/DC converter (130C)

IC61 IC Voltage regulator (33C)

IC63 IC Voltage regulator (50VCO)

IC64 IC Voltage regulator (50R)

IC65 IC Voltage regulator (50T)

IC70 IC Voltage regulator (53AF)

IC80 IC Voltage regulator (30M)

IC81 IC Voltage regulator (33OPT)

IC82 IC Voltage regulator (50A)

IC100 IC PLL IC

IC101 IC DC AMP

IC102 IC Voltage regulator (DC AMP)

IC200 IC PLL IC

IC201 IC DC AMP

IC300 IC Pre-drive AMP 1

IC360 IC DC SW (Antenna SW)

IC400 IC APC

IC550, 551

IC DC AMP

IC600 IC IF IC

IC700 IC Clock buffer

IC701 IC DC SW (18M)

IC702 IC MPU

IC703 IC SDRAM

IC704 IC Reset

IC705 IC Flash memory

IC706 IC Logic control

IC708 IC I/O control

IC709 IC Motion sensor

IC711,712 IC Logic control

IC800 IC LED driver

IC801 IC Voltage regulator (50U)

IC802 IC Analog SW

IC803 IC Level converter

IC804~807

IC Logic control

IC850 IC GPS/Bluetooth

IC851 IC GPS LNA

IC852,853 IC Level converter

IC900 IC A/D converter


(No.RA018<Rev.002>)1-23

IC901 IC D/A converter

IC902 IC CODEC

IC903 IC D/A converter

IC904,905 IC Audio AMP

IC906 IC Logic control

Q20 Transistor DC SW

Q21,22 FET DC SW

Q30 FET DC SW


Q32,33 FET DC SW


Q71 Transistor Voltage regulator (53AF)

Q100 FET DC SW

Q101 Transistor Ripple filter

Q110,111 FET DC SW

Q160 FET VCO oscillation

Q180,181 Transistor Buffer AMP

Q200 FET DC SW


Q210,211 FET DC SW


Q280,281 Transistor Buffer AMP

Q310 FET Pre-drive AMP 2

Q320 FET Drive AMP

Q330 FET Final AMP



Q401,402 FET DC SW


Q404 FET DC SW

Q500 FET Mixer

Q530 FET LNA

Q580 Transistor Buffer AMP




Q660 Transistor IF AMP

Q670 FET IF AMP

Q700 Transistor Buffer AMP

Q701 FET DC SW


Q703 FET DC SW

Q800 FET DC SW


Q850 FET DC SW

D1 Diode Reverse connection prevention


D2 Diode Overvoltage protection

D20 Diode DC SW

D30 Diode Backup battery charge

D60 Diode DC/DC converter

D100 Zener diode Overvoltage protection

D101 Diode Ripple filter

D160~164 Variable capac-itance diode

VCO frequency control

D200 Zener diode Overvoltage protection

D201 Diode Ripple filter

D240~243 Variable capac-itance diode


D350,351 Diode Antenna SW

D370,371 Diode Antenna SW

D390 Zener diode Voltage limiter

D520,521 Variable capac-itance diode

BPF wave tune


BPF wave tune





D701,702 Diode Port protection


D704 LED LED

D705 Diode Reverse current prevention

D800,801 Diode Port protection

D802~804 Diode Reverse current prevention

D805,806 Zener diode Surge protection

D807 Diode DC SW

D808 Zener diode Surge protection

D809,810 Varistor Surge protection

D850,851 Diode Overvoltage protection

D900,901 Zener diode Surge protection


D903 Diode DC SW






1-24 (No.RA018<Rev.002>)

2.6 TERMINAL FUNCTION

2.6.1 Main unit (XC1-0331-80, XC1-0360-10)

Pin No. Name I/O Function

CN3

1 LEDK3 I LCD backlight (Cathode)



4 LEDA O LCD backlight (Anode)

5 VSSA - GND

6 VSSA - GND

7 VCC O 3.0V output

8 VCC O 3.0V output

9 DC O Data/Command control signal

10 /CS O LCD CS signal

11 /RESET O LCD reset signal

12 /RD O LCD read signal

13 /WR O LCD write siganl

14 IM0 O System interface select

15 BD15 I/O LCD Data Bus 15
















31 CABC I Backlight control signal

32 IOVCC O 1.8V output

33 IOVCC O 1.8V output

34 VSSD - GND

35 VSSD - GND

CN4

1 +B O Power output after passing through thefuse

2 SB I Switched B input

3 NC - No connection


5 VOL I Volume level input

6 50A O 5.0V output

7 ENC0 I Rotary switch input

8 GND - GND


10 GND - GND



13 CNTSW I Lever switch input

14 GND - GND

15 GND - GND

16 ME - MIC GND

17 GND - GND

18 INTM_S I Internal MIC (SUB)

19 INTM_M I Internal MIC (MAIN)

20 ME - MIC GND

CN8

1 /Side0 I Side 0 input

2 GND - GND



5 /PTT I PTT input


CN10

1 GND - GND

2 /KEYI0 I Key matrix input

3 GND - GND


5 GND - GND


7 KEY_BLC O Key backlight output


9 KEY_BLC O Key backlight output


11 KEYO3 O Key matrix output

12 GND - GND


14 GND - GND


16 GND - GND


18 GND - GND

19 GND - GND

20 GND - GND

CN11 (for production)

1~20 - - -

CN12

1 SMIC I External MIC input

2 RXD I/O Serial data input/USB DM


(No.RA018<Rev.002>)1-25

2.6.2 Universal connector specification

3 TXD I/O Serial data output/USB DP

4 5V O 5V power supply output

5 E - GND

6 OPT I MIC identification

7 PF I Programmable function key input

8 PTT I PTT input

9 ME - MIC GND

10 EMC I External MIC input/USB VBUS

11 MSW I EXT/Int MIC switch input

12 SP- O BTL output for external speaker -

13 SP+ O BTL output for external speaker +

14 SSW I EXT/Int speaker switch input

CN13

1 SP- O BTL output for internal speaker -

2 SP+ O BTL output for internal speaker +


J1

1 DAT2 I/O Data 2

2 CD/DAT3 I/O Data 3

3 CMD I/O Command input/output

4 VDD O 3.3V output

5 CLK O Clock output

6 VSS - GND

7 DAT0 I/O Data 0

8 DAT1 I/O Data 1

9 CD I Card detect switch

10 COMMON - GND

11 GND1 - GND

12 GND2 - GND


Pin No. Name I/O Signal Type FunctionRating and Condition

Parameter Min Typ Max Unit

1 SSW I Digital EXT/INT speaker switch input VIH 2.5 - 5.3 V

VIL 0.0 - 0.15 V

2 SP+ O Analog BTL output for external speaker

[ 8Ω load ]

Max output power (1kHz, Batt=7.5V) 1.3 1.8 W

DC Bias 2.5 V

Allowable Frequency 300 3000 Hz

3 SP- O Analog [ 16Ω load ]

Max output power (1kHz, Batt=7.5V) 0.9 1.4 W

DC Bias 2.5 V


4 MSW I Digital EXT/INT MIC switch input VIH 3.5 - 5.3 V

VIL 0.0 - 0.15 V

5 EMC I Analog External MIC input Audio Level (STD deviation) 7.7 12.5 17.3 mV

DC Bias 3.3 V


Input impedance - 1.8 - kΩ

VBUS Analog USB VBUS (5V) input VIH 4.8 - 5.3 V

VIL 0.0 - 0.50 V

6 ME - - MIC GND This is GND port for Microphone.

7 PTT I Digital PTT input VIH 2.5 - 5.3 V

VIL 0.0 - 0.40 V

8 PF I Analog Programmable function key input

V(PF2) 3.5 - 3.9 V

V(PF1) 2.5 - 3.5 V

9 OPT I Digital MIC identification VIH 4.0 - 5.3 V

VIL 0.0 - 0.7 V

10 GND - - GND

1-26 (No.RA018<Rev.002>)

11 5U - Power 5V power supply output Output Voltage(Iout = 100mA) 4.9 5.0 5.1 V

Maximum Current - - 0.2 A

12 TXD O Digital Serial data output VOH(Io=-5mA) 4.1 - 5.1 V

VOL(Io=5mA) 0.0 - 0.8 V

Baud Rate 1.1875 Mbps

USB_DP IO Analog USB DP VIH 2.7 - 3.6 V

VIL - - 0.8 V

VOH 2.8 - 3.5 V

VOL 0.0 - 0.3 V

Baud Rate (Full-Speed) 12 Mbps

13 RXD I Digital Serial data input VIH 2.0 - 5.3 V

VIL 0.0 - 0.8 V

Baud Rate 1.1875 Mbps

USB_DM IO Analog USB DM VIH 2.7 - 3.6 V

VIL - - 0.8 V

VOH 2.8 - 3.5 V

VOL 0.0 - 0.3 V

Baud Rate (Full-Speed) 12 Mbps

14 SMIC I Analog External MIC input Audio Level (STD deviation) 7.7 12.5 17.3 mV

DC Bias 3.3 V


Input impedance - 1.8 - kΩ

Pin No. Name I/O Signal Type FunctionRating and Condition

Parameter Min Typ Max Unit

(No.RA018<Rev.002>)1-27

SECTION 3DISASSEMBLY

3.1 Precautions for Waterproof

• Do not remove the black sheet from the reverse side of thetransceiver (refer to the illustration below). Removal of thissheet decreases the waterproof efficiency of the transceiverand may cause malfunctions if water seeps into the transceiv-er.

• The orange packing material on the reverse side of the trans-ceiver is important with respect to the waterproof efficiency ofthe transceiver. Do not place stickers or other materials on oraround the packing material shown in the figure, or on the re-verse side of the battery pack. Doing so will impair the water-proof efficiency of the transceiver and may cause it to breakdown. Additionally, in order to prevent damage to the packingmaterial, do not allow it to come in contact with foreign materi-als.

3.2 Precautions for Disassembly

3.2.1 Removing the selector knob and volume knob(1) Using a thin tool, insert it in the hole on the selector knob

side and push the knob spring. <1>

Note:When you push the knob spring, take care not to dam-age the resin of the knob.

(2) Lift and remove the selector knob <2> while pushing theknob spring.

(3) Repeat steps 1 and 2 for the volume knob, to remove thevolume knob <3>.

Note:Perform the following procedures when installing the se-lector knob and volume knob.

a) Match the direction for the hole of the knob and theknob spring.

b) Push the knob onto the knob spring until a clicksounds.

3.2.2 Removing the selector knob spring and volume knobspring

(1) Lightly grasp the left and right sides of the selector knobspring together, and lift up as shown in the figure. <1>

Note:Do not grasp the knob spring tightly.

(2) Remove the selector knob spring <2>.

Note:Use minimal contact with your fingers on the knobspring.

(3) Repeat steps 1 and 2 for the volume knob spring, to re-move the volume knob spring <3>.

Note:Perform the following procedures when installing the se-lector knob spring and volume knob spring.

a) Match the direction for the knob spring and the en-coder.

b) Insert the encoder onto the knob spring until a clicksounds.

3.2.3 How to remove the flat cable(1) Gently rise up the connector lever in the direction of the ar-

row with a flat-head screwdriver or tweezers. (CN8, CN9,CN12)

Note:Gently push both sides of the connector lever, when putin the flat cable.

<2>

<3>

<1>

Knob spring

Encoder

<2>

<3>

<1><1>

Flat-headscrewdriver

Flat cable

Lever

1-28 (No.RA018<Rev.002>)

3.2.4 Remove the front case from the chassis(1) Remove two screws <1>.(2) Lift the base of the chassis and remove the chassis from

the front case.

Note:• There is a void seal stuck to the chassis and the front

case, the void sheet peels off of when the chassis is re-moved from the case. Once the void seal is peeled off,it cannot be used again.

• When the chassis does not remove from the frontcase, remove by pushing in the key top with the finger.

• Regarding VOID, confirm the service policy of the NX-5200 to KENWOOD (or authorized distributor).

3.2.5 Remove the holder ASSY from the chassis(1) Remove the two hooks on the holder ASSY from the chas-

sis. <1>(2) Rotate the holder ASSY to the right as shown in the figure.

<2>

3.2.6 Removing the LCD shielding case from the Main unit(1) Remove the LCD FPC from the connector (CN9). <1>(2) Remove the six screws. <2>

(3) Remove the VOL/SEL/MIC FPC from the two holes of theLCD shielding case. <3>

(4) Remove the LCD shielding case from the Main unit. <4>

3.2.7 Removing the Main unit from the chassis(1) Remove the VOL/SEL/MIC FPC from the connector (CN4).

<1>(2) Remove the PTT FPC from the connector (CN8). <2>(3) Remove the Universal connector FPC from the connector

(CN12). <3>

VOID seal

<1>

<1>

<2>

Holder Assy

<1>

<1><1>

<1><1>

<2>

<2>

<2>

<2>

<2>

<2>

<3>

<3>

<3>

<3>

CN12

CN8

CN4

<3><3>

<2><2>

<1><1>

(No.RA018<Rev.002>)1-29

(4) Remove the six screws <6>.

Note:When you remove two screws (black), the battery termi-nal block is removed.

(5) Anchor the screw hole of the Main unit using the tip of a pairof tweezers as shown in the figure. Then lift the Main unitto remove it from the chassis. <7>

3.2.8 Removing the TOP packing(1) Remove the rear panel by sliding it upwards. <1>(2) Pull the TOP packing to the left to remove the packing that

is fit into the left groove of the chassis. <2>(3) Pull the TOP packing to the right to remove the packing that

is fit into the right groove of the chassis. <3>(4) Pull the TOP packing to the center to remove the packing

that is fit into the center groove of the chassis. <4>(5) Remove the TOP packing. <5>

Note:Remove the packing slowly, as the packing of the selec-tor part might be overset when the TOP packing is re-moved.If the packing is turned over, return it to the original posi-tion using a soft tipped item (e.g., your finger).

3.2.9 Removing the stopper of the selector circle nut andvolume circle nut

(1) Remove the stopper <1> using a pair of tweezers.

Note:When reassembling the stopper, install it as shown in thefigure.

3.2.10 Remove the selector and volume switches from thechassis

(1) Pull up the cover of the packing. <1>

(2) Move the selector and volume switches vertically to lift thepacking.

(3) Pull on the packing and remove it from the chassis.

<6>

<6>

<6>

<6>

<6>

Battery terminal block

<7>

<5>

<1><1><1>

<3>

<4>

<2><2>

<1>

Circle nutStopper

Chassis

<1><1>Selector switch

Packing

Volume switch

1-30 (No.RA018<Rev.002>)

(4) Move the selector and volume switches and then removethem both from the holes in the chassis.

3.2.11 Remove the top cover from the shield cover(1) There are four shield covers (GPS, IF, VCO RX, and VCO

TX) on the main unit, the top covers can be removed.

(2) Use tweezers to slightly lift the edge of the top cover. <1>(3) As you do step 2 above, vary the position you hold the top

cover as you lift it, and remove the top cover <2>.

Note:Once the top cover is removed, it cannot be used again.

Note:Push evenly on the top cover and be careful that you donot bend it as you install it on the shield cover.

3.3 Precautions for Reassembly

3.3.1 Install the packing in the chassis(1) Lift up the VOL/SEL/MIC FPC as shown by the arrow in the

figure so it is in the shape shown inside the dotted line.

(2) Insert the microphone into the packing. <1>(3) Insert the cover into the packing. <2>

(4) Tuck the packing under the A part of the FPC. <3>

(5) Keep the packing tucked under A as you insert it into thechassis. <4>

VCO TXVCO RX

IF

GPS

<1><1>

<2>

<1><1><2><2>

A

<3><3>

<4><4>A

(No.RA018<Rev.002>)1-31

(6) Press the packing evenly to the base of the chassis.

Note:To prevent doing any damage, do not press forcefully onthe packing.

3.3.2 Install the main unit in the chassis(1) Tighten the two screws (black) <1> to affix the battery ter-

minal block to the chassis.

(2) Tighten the four screws <2> to affix the main unit to thechassis.

(3) Insert the universal connector FPC into the connector(CN12). <3>

(4) Insert the PTT FPC into the connector (CN8). <4>(5) Insert the VOL/SEL/MIC FPC into the connector (CN4).

<5>

(6) Place the LCD shield cover on the main unit and tighten thesix screws. <6>

(7) Insert the LCD FPC into the connector (CN9). <7>

(8) After inserting the hooks on the top side of the VOL/SEL/MIC FPC (mic part) into the holes on the top side of theLCD shield cover, insert the hooks on the bottom side ofthe FPC into the holes on the bottom side of the shield cov-er.

<1>

1

2

<1>

<2><2>

<2>

<2>

31

2

4

<3>

<4><4>

<5>

Connector(CN12)

Connector(CN4)

Connector(CN8)

<7><7>

<6>

<6>

<6>

<6>

<6>

<6>

Connector(CN9)

Hooks on top side of FPC

Hooks on bottom side of FPC

1-32 (No.RA018<Rev.002>)

3.3.3 Mounting the chassis onto the case(1) Place the key top on the chassis. Then, fit the chassis tight-

ly into the groove of the key top. <1>

Note:Confirm that the entire groove of the key top fits to thechassis tightly.

(2) Mount the chassis onto the case. <2>

Note:• After mounting the chassis onto the case, if the 18-key

part on the key top or the Auxiliary (Orange) key partof the VOL/SEL packing gets stuck inside the case asshown in the figure, return it to the normal position us-ing a soft tipped item (e.g., finger) . <3>

• Prying it with a pointed metal tool such as forceps, maydamage the key top or packing.

3.3.4 Changing the channel selector from 16-channel oper-ation to free

(1) Remove the channnel selector knob <1>. (Refer to “Re-moving the selector knob and volume knob” for how to re-move the channel selector knob.)

(2) Remove the knob spring <2>. (Refer to “Removing the se-lector knob spring and volume knob spring” for how to re-move the knob spring.)

(3) Remove the mechanical stopper <3>.(4) Reassemble the channel selector knob and knob spring

that were removed in steps 1 and 2, in their original posi-tions.

3.3.5 Removing the lithium cell (W09-0971-05)Insert a non-conductive screwdriver to groove of one side of the socket (CN7) and pry the lithium cell up from the socket.

3.3.6 Installing the lithium cell (W09-0971-05)Insert a lithium cell into one side of the socket (CN7).Push the lithium cell to insert the lithium cell into the socket

18-key part

Auxiliary(Orange) key

<2>

<1>

<3>

<1>

<2>

<3>

(No.RA018<Rev.002>)1-33

3.3.7 Assembly Information (Sheet/Cushion)When “Main Parts” is changed (ordered), “Assembled Sheet / Cushion” should also be changed (ordered) together.The Sticker and Sheet etc are non-reusable parts. It requires the new one to get the radio’s performance after repairs.For example, when “Plastic Cabinet (A0C-0001-00 (F3,K3,E)/ A0C-0002-00 (F2,K2,E2))” is changed, “Badge (B4D-0002-00)”, ”Fi-brous Sheet (G1A-0001-00)”, “Sheet (G1B-0074-00)”, “Spacer (J3K-0003-00)” and “Knob (K2K-0013-00)” should be ordered andchanged together because Badge (B4D-0002-00), Fibrous Sheet (G1A-0001-00), Sheet (G1B-0074-00), Spacer (J3K-0003-00) andKnob (K2K-0013-00) are non-reusable.

Main Parts Assembled Sheet/ Cushion

Part Name Part Number Part Name Part Number Remark

Plastic Cabinet (F3,K3,E)Plastic Cabinet (F2,K2,E2)

A0C-0001-00A0C-0002-00

Badge B4D-0002-00 “KENWOOD” is printed.

Fibrous Sheet (SP) G1A-0001-00

Sheet (LCD) G1B-0074-00

Spacer (2CH) J3K-0003-00

Knob (2CH) K2K-0013-00

Rear Panel A8A-0005-00 Sheet (Air) G11-4440-04

Terminal Block E7C-0001-00 Terminal Sticker B4C-0105-00

Cover (OP board) F0G-0005-00 Cushion (Cover) G1D-0062-00

Shielding Cover (MPU) F1B-0005-00 Sheet (Insulating) G1B-0031-00

Shielding Cover (LCD) F1B-0006-00 Cushion (LCD/Front) G1D-0009-00

Holder (F3,K3,E) J1K-0004-10 Cushion (20-pin Connector) G1D-0021-00

FPC (UNIV) J87-0056-05 R.Receptacle E58-0532-05

FPC (PTT) J87-0057-05 Sheet (PTT) G1B-0016-00

FPC (VOL, SEL, ECM) J87-0058-05 Sheet (Conducting) G11-4459-04

Cushion G1D-0025-00

Speaker T0H-0002-00 Rubber Cushion (SP) G1B-0045-10

1-34 (No.RA018<Rev.002>)

SECTION 4ADJUSTMENT

4.1 F2,F3,K2,K3 TYPE Controls

4.1.1 Preparations for checking/tuning the transceiverBefore attempting to check/tune the transceiver, connect the unitto a suitable power supply.Whenever the transmitter is turned on, the unit must be connect-ed to a suitable dummy load (i.e. power meter).The speaker output connector must be terminated with an 8Ωdummy load and connected to an AC voltmeter and an audio dis-tortion meter or a SINAD measurement meter at all times duringchecking/tuning.

4.2 Panel Test Mode

4.2.1 Test mode operation featuresThis transceiver has a test mode. To enter test mode, press andhold the [ ] key while turning the transceiver power ON orpress the [ ] key and select the “Panel Test”. Before the trans-ceiver enters test mode, the frequency version information ap-pears on the LCD momentarily. Test mode can be inhibited byprogramming. To exit test mode, turn the transceiver power OFF.The following functions are available in test mode.

• When the panel test mode is activated, the channel selectedwith the [Selector] knob and the last used signaling number aredisplayed. When it is activated for the first time, the signalingnumber is 1.

• If test signaling 10 (P25 Phase1), 7 (P25 Phase2) and 7(NXDN Mode) is selected, the result of Bit Error Rate (BER)calculation is displayed on the LCD.

4.2.2 Key operation

*1: When the mode is selected as Analog, this function is en-abled.*2: When the Mode is selected as P25, bandwidth is fixed to Nar-row.

Power switch/Volume control Selector knob

Transmit/ Receive/ Battery low indicatorLever switch

Side 1 key

Universal connectorPTT (Push To Talk) switch

Side 2 key

Side 3 key

Auxiliary (orange) key

Key "FNC" not appears on the sub LCD display

Function Display

[Selector] - -

[] Push: Test channel upHold: Test channel up continuously

Channel No.

[] Push: Test channel downHold: Test channel down continuously

Channel No.

[] Push: Squelch level up *1Hold: Squelch off

Squelch levelSquelch off: icon appears

[] Wide/Narrow/Very Narrow *2

Wide: "w"Narrow: "n"Very Narrow: "v"

[Side1] - -

[Side2] - -

[Side3] Push: Microphone (Front MIC/Rear MIC) select

Rear MIC: icon appears

[ ] Shift to panel tuning mode

-

[ ] Function on "FNC" appears on thesub LCD display

[ ] MSK 1200bps and2400bps *1

2400bps: icon appears

[ ] Push: Test signaling upHold: Test signaling upcontinuously

Signaling No.

[AUX(Orange)]

- -

[PTT] Transmit -

[0] to [9]and[#], [ ]

- -


Function Display

(No.RA018<Rev.002>)1-35

*3: When the mode is selected as P25, this function is enabled.

• LED indicatorRed LED Lights during transmission.Green LED Lights when there is carrier.

• Sub LCD indicator"FNC" Appears at function on.

• LCD display in panel test mode

4.2.3 Frequency and SignalingThe transceiver has been adjusted for the frequencies shown inthe following table. When required, readjust them following theadjustment procedure to obtain the frequencies you want in ac-tual operation.

(1) Test frequency

Key "FNC" appears on the sub LCD display

Function Display

[Selector] - -

[] Talk Around on/off On: icon appears

[] Analog/Phase1/Phase2/NXDN

Analog: "A"P25 phase1: "P1"P25 phase2: "P2"NXDN: "N"

[] - -

[] Key/LCD check The position of theselector knob, etc.,appear.

[Side1] Function off -


[Side3] P25 Modulation Type (C4FM/LSM) *3

LSM : icon appears

[ ] High power/Low power High: "H"Medium: "M"Low: "L"

[ ] Function off -

[ ] Compander on/off On: icon appears

[ ] Function off -

[AUX(Orange)]

For production -

[PTT] Transmit -

[0] to [9]and[#], [ ]

Function off -


Function Display

(Power ON)

Type Frequency range

136~174MHz

(After 2sec.)

Temperature Power

An : Analog narrow mode

Aw : Analog wide 5k mode

As : Analog wide 4k mode *1

P1 : P25 Phase1 mode


Nn : NXDN narrow mode

Nv : NXDN very narrow mode

Squelch level

(Analog mode only)

Sub LCD display

Main LCD display Signaling

No.

Channel No.

*1: Wide 4k is displayed only when the PC test mode is used. However, it aims at production for

factory, or a operation verification of the transceiver. It is not necessary in operation of

the transceiver to adjust.

Battery type detect

"ALKALI": Alkaline battery pack

"LI ": Li-ion

"LI IS": Li-ion(IS)

" NIMH": Ni-MH

Fx, Kx types are

displayed as "K".

CH RX (MHz) TX (MHz)

1 155.05000 155.10000

2 136.05000 136.10000

3 173.95000 173.90000

4 155.00000 155.00000

5 155.20000 155.20000

6 155.40000 155.40000

7~16 - -


1-36 (No.RA018<Rev.002>)

(2) Test signaling

Analog mode signaling

P25 Phase1 signaling


NXDN Mode signaling

RAN: Radio Access NumberPN9: Pseudo-Random PatternNo.7, 9 Item: PC test mode only

4.3 Panel Tuning Mode

4.3.1 Transceiver tuning (To enter tuning mode)To enter tuning mode, press the [ ] key while the transceiveris in test mode. Use the [ ] key to write tuning data through tun-ing modes, and the [ ]/[ ] key to adjust tuning requirements(1 to 4096 appears on the LCD).Use the [ ] key to select the adjustment item through tuningmodes. Use the [ ] key to adjust 5, 9 or 17 reference level ad-justments, and use the [ ] key to switch between Wide/Narrow.

• LCD display in panel tuning mode

No. RX TX

1 None None

2 None Square Wave

3 LTR Data LTR Data

4 QT:67.0Hz QT:67.0Hz

5 QT:151.4Hz QT:151.4Hz

6 QT:210.7Hz QT:210.7Hz

7 QT:254.1Hz QT:254.1Hz

8 DQT:D023N DQT:D023N

9 DQT:D754I DQT:D754I

10 DTMF Decode (CODE: 159D)

DTMF Encode (CODE: 159D)

11 None DTMF Encode (CODE: 9)

12 2-tone Decode (A: 304.7Hz, B: 3106.0Hz)

2-tone Encode (A: 304.7Hz,B: 3106.0Hz)

13 Single Tone Decode (979.9Hz)

Single Tone Encode (979.9Hz)

14 None Single Tone Encode (1000Hz)

15 None MSK PN9

16 MSK Decode MSK Encode

No. RX TX

1 NAC 293 NAC 293

2 NAC 023 NAC 023

3 NAC 5EA NAC 5EA

4 None PN9

5 NAC 293 Symbol Rate Pattern

6 NAC 293 1/3 Deviation Pattern

7 NAC 293 0 Continuous Pattern

8 NAC 293 Fidelity Pattern

9 None FSW+PN9

10 NAC 293 1011Hz Tone Test Pattern

11 Tone Pattern 1011Hz Tone Test Pattern

12 Silence Pattern Silence Pattern

13 Audio Test Pattern NAC293 + Audio Test Pat-tern

14 Vocoder Loop None

No. RX TX

1 STTP-OB-1031-0 STTP-IB1031-1+Audio

2 None PN9 Phase2

3 STTP-OB-1031-1 Symbol Rate Pattern Phase2

4 STTP-OB-1031-1 1/3 Deviation Pattern Phase2

5 STTP-OB-1031-1 0 Continuous Pattern

6 STTP-OB-1031-1 0 Burst Pattern

7 STTP-OB-1031 Symmetrical STTP-IB1031-1

8 Tone Pattern (Half rate) STTP-IB1031-1

9 Silence Pattern (Half Rate)

STP-IB-1 + Silence Pattern (Half Rate)

10 Audio Test Pattern (Half Rate)

STTP-IB1031-1 + AudioTest Pattern (Half Rate)

11 Codec Loop STTP-IB1031-1 + Codec Loop

12 Vocoder Loop (Half Rate)

STTP-IB1031-1 + Vocoder Loop (Half Rate)

No. RX TX

1 RAN1 RAN1

2 None PN9

3 RAN1 Maximum Deviation Pattern

7 FSW + PN9 FSW + PN9

9 Tone Pattern (1031Hz) Tone Pattern (1031Hz)

No. RX TX

An RAST 256

2.6

CV voltage, AD value, etc

Sub LCD display

Low1

Adjustment point

Main LCD display

Adjustment value(1~4096)

Proper value guide(When the frequency adjustment is necessary,

or is displayed.)

Adjustment item

An: Analog narrow modeAs: Analog wide 4k mode *1Aw: Analog wide modeP1: P25 Phase1 modeP2: P25 Phase2 modeNn: NXDN narrow modeNv: NXDN very narrow mode

Low1Low2Low3Center1Center2Center3

High1High2High3

*1: Wide 4k is displayed only when the PC test mode is used. However, it aims

at production for factory, or a operation verification of the transceiver. It is not

necessary in operation of the transceiver to adjust.

(No.RA018<Rev.002>)1-37

4.3.2 Key operation

4.3.3 5 or 9 reference level adjustments frequency

High Transmit Power, Medium Transmit Power, Low Trans-mit Power, Balance, Maximum Deviation , P25 High Devia-tion, P25 H-CPM Deviation, NXDN High Deviation, QTDeviation, DQT Deviation, LTR Deviation, DTMF Deviation,Single Tone Deviation, MSK Deviation, CW ID Deviation,Sensitivity 1, Sensitivity 2, RSSI Reference, Open Squelch,Low RSSI, High RSSI, Tight Squelch

Receive Assist, Transmit Assist

4.3.4 Adjustment item supplement

Key Function

Push Hold (1 second)

[Selector] -

[ ] Adjustment value up Continuation up

[ ] Adjustment value down Continuation down

[ ] Auto adjustment start -

[ ] Wide/Narrow/P25/NXDN -

[ Side1 ] -

[ Side2 ] -

[ Side3 ] -

[ ] Shift to panel test mode -

[ ] To enter 5,9 or 17 refer-ence level adjustments

-

[ ] Writes the adjustment value

-

[ ] Go to next adjustment item

Back to last adjustmentitem (At the time of 5, 9 or17 point adjustment: Ad-justment point change)

[AUX(Orange)]

Output tone pattern change of balance ad-justment (A change is possible only during bal-ance adjustment.)

-

[PTT] Transmit

[0] to [9]and[#],[ ]

-

Tuning point Display RX (MHz) TX (MHz)

1 Low 1 136.05000 136.10000

2 Low 3 145.55000 145.60000

3 Center 2 155.05000 155.10000

4 High 1 164.55000 164.60000

5 High 3 173.95000 173.90000


1 Low 1 136.05000 136.10000

2 Low 2 140.80000 140.85000

3 Low 3 145.55000 145.60000

4 Center 1 150.30000 150.35000

5 Center 2 155.05000 155.10000

6 Center 3 159.80000 159.85000

7 High 1 164.55000 164.60000

8 High 2 169.30000 169.35000

9 High 3 173.95000 173.90000

Adjustment Item Description

Receive Assist The lock voltage of VCO (Receive) is ad-justed.This item must be adjusted before all ad-justment items for receiver section areadjusted.

Transmit Assist The lock voltage of VCO (Transmit) is ad-justed.This item must be adjusted before all ad-justment items for transmitter section areadjusted.

Frequency Frequency is adjusted under receivingcondition with SSG.The SSG needs 0.003ppm accuracy soplease use a standard oscillator if neces-sary.This item can be adjusted only in PC TestMode so that the adjustment value is notchanged easily.

Ramp Offset Adjust this item to the optimal Ramp volt-age.

High Transmit Power

High Transmit Power is adjusted.

Medium Transmit Power

Medium Transmit Power is adjusted.

Low Transmit Power

Low Transmit Power is adjusted.

Balance The transmit modulation frequency re-sponse is adjusted.This item is adjusted so that the deviationof 2kHz becomes the same deviation of20Hz.This item must be adjusted before all ad-justment items for deviations are adjust-ed.

Maximum Deviation (P25/NXDN)

Maximum Deviation of P25/NXDN is ad-justed.

Maximum Deviation (Analog Wide 5K/Wide 4K/Narrow)

Maximum Deviation of Analog (Wide 5K/Wide 4K/Narrow) is adjusted.This item must be adjusted before all ad-justment items for tone deviations are ad-justed.

QT Deviation QT deviation is adjusted.

1-38 (No.RA018<Rev.002>)

4.3.5 Adjustment item and Display

DQT Deviation DQT deviation is adjusted.

LTR Deviation LTR deviation is adjusted.

DTMF Deviation DTMF deviation is adjusted.

Single Tone Devia-tion

The deviation of Single Tone used in “2-tone” is adjusted.

MSK Deviation MSK tone deviation is adjusted.

CWID Deviation CWID tone deviation is adjusted.CWID is used to inform the others who istransmitting on a 6.25-kHz spacing chan-nel. (In FCC rule, Analog mode or CWIDis required for each channel-spacing.)

Sensitivity 1 Band-Pass Filter is adjusted.The performance of Receive Sensitivity isimproved.



RSSI Reference The minimum RSSI level for scan stop isadjusted.

Open Squelch The squelch level at level “1” is adjusted.

Low RSSI RSSI display level “ “ is adjusted.Both “Low RSSI” and “High RSSI” mustbe adjusted. (The curve data of RSSI lev-el is applied.)

High RSSI

Tight Squelch The squelch level at level “9” is adjusted.

Battery Warning Level

Battery Warning Level (LED blinking lev-el) is adjusted.Battery Warning Level minus 0.4V is thetransmission inhibited level.

Internal Microphone Gain

Internal Microphone Gain is adjusted.This item can be adjusted only in PC TestMode.


Order Adjusutmentitem

Main LCD

display

Sub LCD display

Aw(Analog Wide)

As *2(Analog Wide 4k)

An(Analog Narrow)

P1(P25

Phase1)

P2(P25

Phase2)

Nn(NXDN

Nar-row)

Nv(NXDN Very Nar-row)

Adjust item

Number

Adjustment range

1 Receive Assist RAST (CV voltage) 9 point ADJ CommonSection 2

1 ~ 4096

2 Transmit Assist TAST (CV voltage) 9 point ADJ CommonSection 3

1 ~ 4096

3 RTC Correction RTC - - CommonSection 5

-2.00~-0.01 ,0.00 ,+0.01~+2.00

4 Ramp Up Offset RAMPU (ADC measurementvalue)

- TransmitterSection 1

1~1024

5 Ramp Down Offset

RAMPD (ADC measurementvalue)


1~1024

6 High Transmit Power

H_PWR - - - 5 - - - - TransmitterSection 3

1~1024

7 Medium Transmit Power

M_PWR - - - 5 - - - - TransmitterSection 4

1~1024

8 Low Transmit Power

L_PWR - - - 5 - - - - TransmitterSection 5

1~1024

9 Balance BAL (Encode frequency) - - 5 - - - - TransmitterSection 6

1~1024

10 MaximumDeviation

ADEV - 5 5 *2 5 - - - - TransmitterSection 7

1~1024

11 P25 High Deviation

PDEV - - - - 5 - - - TransmitterSection 8

1~1024

12 P25 H-CPM Deviation

P2DEV - - - - - 5 - - TransmitterSection 9

1~1024

(No.RA018<Rev.002>)1-39

*2: Wide4K can be set up only when the PC test mode is used.*3: When P25 Phase1 is selected, in C4FM and LSM, there is an adjustment item, respectively.

13 NXDN High Deviation

NDEV - - - - - - 5 5 TransmitterSection 10

1~1024

14 QT Deviation QT - 5 5 *2 5 - - - - TransmitterSection 11

1~1024

15 DQT Deviation DQT - 5 5 *2 5 - - - - TransmitterSection 12

1~1024

16 LTR Deviation LTR - 5 5 *2 5 - - - - TransmitterSection 13

1~1024

17 DTMF Deviation DTMF - 5 5 *2 5 - - - - TransmitterSection 14

1~1024

18 Single Tone Deviation

TONE - 5 5 *2 5 - - - - TransmitterSection 15

1~1024

19 MSK Deviation MSK - 5 5 *2 5 - - - - TransmitterSection 16

1~1024

20 CW ID Deviation CWID - - - 5 - - - - TransmitterSection 17

1~1024

21 Battery Warning Level

BATT (BATTmeasurement value)

1point ADJ TransmitterSection 18

1~256

22 InternalMicrophone Gain

INMIC - - - - - - - - TransmitterSection 20

-250~250

23 Sensitivity 1 SENS1 (RSSI measurementvalue)

- - 5 - - - - Receiver Section 2

1~256



1~256

25 RSSI Reference RRSSI (RSSI measurementvalue)


1~256

26 Open Squelch SQL (ASQDETmeasurement value)

5 5 *2 5 5 *3 - 5 5 Receiver Section 5

1~256

27 Low RSSI LRSSI (RSSI measurementvalue)


1~256

28 High RSSI HRSSI (RSSI measurementvalue)


1~256

29 Tight Squelch SQLT (ASQDETmeasurement value)

5 5 *2 5 - - - - Receiver Section 8

1~256


Main LCD

display

Sub LCD display

Aw(Analog Wide)

As *2(Analog Wide 4k)

An(Analog Narrow)

P1(P25

Phase1)

P2(P25

Phase2)

Nn(NXDN

Nar-row)


Adjust item

Number

Adjustment range

1-40 (No.RA018<Rev.002>)

4.3.6 Panel tuning mode flow chart

Note:* In this Panel tuning mode flow chart, the Adjustment item name is modified.

Panel Test Mode

[ ]hold

RX Assist 9 reference level

RAST Adjustments

TX Assist 9 reference level

TAST Adjustments

RTC Correction

RTC

Ramp Up

RAMPU

Ramp Down

RAMPD

High Power Narrow 5 reference level

H_PWR An Adjustments

Medium Power Narrow 5 reference level

M_PWR An Adjustments

Low Power Narrow 5 reference level

L_PWR An Adjustments

Balance Narrow 5 reference level

BAL An Adjustments

Analog Max Deviation Narrow Analog Max Deviation Wide

ADEV An ADEV Aw

5 reference level

Adjustments

P25 High DeviationPhase1

Narrow 5 reference level

PDEV P1 Adjustments

P25 H-CPM DeviationPhase2

Narrow

5 reference level

Adjustments

5 reference level

P2DEV P2 Adjustments

NXDN High Deviation Narrow NXDN High Deviation VeryNarrow

NDEV Nn NDEV Nv

5 reference level

QT Deviation Narrow QT Deviation Wide

QT An QT Aw

5 reference level

Adjustments

DQT Deviation Narrow DQT Deviation Wide

DQT An DQT Aw

5 reference level

Adjustments

LTR Deviation Narrow LTR Deviation Wide

LTR An LTR Aw

5 reference level

Adjustments

DTMF Deviation Narrow DTMF Deviation Wide

DTMF An DTMF Aw

5 reference level

Adjustments

MSK Deviation Narrow MSK Deviation Wide

MSK An MSK Aw

5 reference level

Adjustments

CW ID Deviation Narrow

CWID An

Battery

BATT

RSSI (Reference) Narrow 5 reference level

RRSSI An Adjustments

Squelch (Open) Narrow Squelch (Open) Wide Squelch (Open) C4FM Squelch (Open) LSM” Squelch (Open) Narrow

SQL An SQL Aw SQL P1 SQL P1 SQL P2

5 reference level

Adjustments

RSSI (Low) Narrow 5 reference level

LRSSI An Adjustments

RSSI (High) Narrow 5 reference level

HRSSI An Adjustments

Squelch (Tight) Narrow Squelch (Tight) Wide

SQLT An SQLT Aw

5 reference level

Adjustments

Adjustment Item N/W/VN

LCD Display

For all adjustment items, press the [ ] key

to write the adjustment value.

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ] [ ]

[ ]

[ ] [ ] [ ] [ ] [ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

5 reference level

Adjustments

Narrow

An

[ ]Sensitivity 1

SENS1[ ]press [ ]hold

5 reference level

Adjustments

Narrow

An

[ ]Sensitivity 2


[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]

[ ]

[ ]

[ ]

[ ]

Single Tone Deviation Narrow Single Tone Deviation Wide

TONE An TONE Aw

5 reference level

Adjustments

[ ] [ ][ ]press [ ]hold

[ ]

[ ]

[ ]

[ ]

[ ]

[ ] [ ] [ ]

Adjustment Point

LCD Display

5 reference level

Low 1

Low 3

Center 2

High 3

High 1

Low 1

Adjustments

Low 3

Center 2

High 3

5 reference level

Adjustments exit

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]High 1 [ ]

[ ]

[ ]

High Transmit Power


Low Transmit Power

Maximum Deviation

P25 High Deviation

P25 H-CPM Deviation

NXDN High Deviation

QT Deviation

DQT Deviation

LTR Deviation

DTMF Deviation

Single Tone Deviation

MSK Deviation

CW ID Deviation

Sensitivity 1

Sensitivity 2

RSSI Reference

Open Squelch

Low RSSI

High RSSI

Tight Squelch

Adjustment Point

LCD Display

9 reference level

Low 1

Low 2

Low 3

High 3

Center 1

Center 2

Center 3

High 1

High 2

Low 1

Adjustments

Low 2

Low 3

High 3

9 reference level

Adjustments exit

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]Center 1 [ ]

[ ]

Center 2

Center 3

[ ]

[ ][ ]

[ ]High 1 [ ]

[ ]

High 2 [ ]

[ ]

[ ]

Balance

Receive Assist

Transmit Assist

[ ]

[ ]

[ ][ ]

Squelch (Open) Narrow Squelch (Open) VeryNarrow

SQL Nn SQL Nv

[ ][ ]

(No.RA018<Rev.002>)1-41

4.4 BER (Bit Error Rate) Measurement(1) The Panel Test Mode is used to measure the BER (Refer

"4.2.1 Test mode operation features").(2) Select "10" (P25 Phase1), "7" (P25 Phase2) and "7"

(NXDN Mode) for test signaling (Refer to "4.2.3 Frequencyand Signaling" (2) Test signaling).Note:

"7" (NXDN Mode) can be selected only by PC test mode.(3) Select a bandwidth (Narrow/Very Narrow) by pressing the

[ ] key. When P25 Phase1 or P25 Phase2 is selected, itis not necessary to select a bandwidth.

(4) Select a test frequency ("4.2.3 Frequency and Signaling"(2) Test signaling Test frequency).

(5) Measure the BER (Bit Error Rate) using the digital radiotester.Enter a standard input signal into the transceiver as a stan-dard tone test pattern for P25, FSW+PN9 for NXDN.

(6) Adjust the input signal level to achieve the standard bit er-ror rate (BER).(For example, if the BER is 0.86%, the display shows"0.86".)

Note: "4", "9" (P25 Phase1), "2" (P25 Phase2) is for production.

4.5 Adjustment points

4.6 Test Equipment Required for Alignment

* The test equipment which is not used for adjustment is contained in this table.

MAIN UNIT (XC1-033, XC1-036)

Component side

RTC (CN710)

MAIN UNIT (XC1-033, XC1-036)

Foil side

RTC (CN709)

Test Equipment Major Specifications

1. Standard Signal Generator (SSG)

Frequency RangeModulation Output

100 to 900MHzFrequency modulation and external modulation-127dBm/0.1uV to greater than -20dBm/22.4mV

When performing the Frequency adjustment, the following accuracy is necessary.• 0.003ppmUse a standard oscillator for adjustments, if necessary.

2. Power Meter Input ImpedanceOperation FrequencyMeasurement Capability

50Ω100 to 900MHzVicinity of 10W

3. Deviation Meter Frequency Range 100 to 900MHz

4. Digital Volt Meter (DVM)

Measuring RangeInput Impedance

10mV to 10V DCHigh input impedance for minimum circuit loading

5. Oscilloscope DC through 30MHz

6. Frequency Counter Frequency RangeFrequency Stability

10Hz to 1000MHz0.2ppm or less

To measure the oscillating frequency of the internal clock 32766.00Hz~32770.00Hz forRTC Correction Resolution 0.01Hz is better for accuracy adjustment.

7. Ammeter 5A

8. AF Volt Meter (AF VM) Frequency RangeVoltage Range

50Hz to 10kHz1mV to 10V

9. Audio Generator (AG) Frequency RangeOutput

50Hz to 5kHz or more0 to 1V

10. Distortion Meter CapabilityInput Level

3% or less at 1kHz50mV to 10Vrms

11. Spectrum Analyzer Measuring Range DC to 1GHz or more

12. 8Ω Dummy Load Approx. 8Ω, 3W

13. Regulated Power Supply 5V to 10V, approx. 3A, Useful if ammeter equipped

1-42 (No.RA018<Rev.002>)

Antenna connector adapterThe antenna connector of this transceiver uses an SMA terminal.Use an antenna connector adapter [SMA(f) - BNC(f) or SMA(f) - N(f)] for adjustment. (The adapter is not provided as an option, sobuy a commercially-available one.)

Nut wrenchIn order to turn the volume nut and the channel selector nut, use a recommendation tool. KENWOOD part No.: W05-1123-00

Battery Jig (W3F-0001-00)Connect the power cable properly between the battery jig installed in the transceiver and the power supply, and be sure outputvoltage and the power supply polarity prior to switching the power supply ON, otherwise over voltage and reverse connection maydamage the transceiver, or the power supply or both.

Note: *When using the battery jig, you must measure the voltage at the terminals of the battery jig. Otherwise, a slight voltage dropmay occur within the power cable, between the power supply and the battery jig, especially while the transceiver transmits.

Universal connectorUse the interface cable (KPG-36U/36X) for PC tuning or thelead wire with plug (E30-3287-28) and screw (N08-0535-08)for panel tuning. Connect the plug to the universal connectorof the transceiver and tighten the screw.The lead wire with plug (E30-3287-28) and screw (N08-0535-08) terminals are as follows. Numbers are universal connectorterminal numbers.

Caution(1) When connecting the plug to the universal connector

of the transceiver, a short circuit may occur. Toprevent this, be sure to turn the transceiver POWERswitch off.

(2) Since the RX AF output is a BTL output, there is a DCcomponent. Isolate this with a capacitor or transformeras shown in the figure.

(3) Do not connect an instrument between red or blackand GND.

*Universal connector

*Panel tuning

Note: Pin 1 (SSW) and Pin 4 (MSW) are connected to Pin10 (GND) to active External SP and External MIC.

D

S

+

-

C1

10

0P

/25

V

C2

47

0P

/25

V

C3

10

0µ

/25

V

R1

18

0k

- Terminal

(Black)

+ Terminal

(Red)

Power

supplyPower cable

Schematic diagram

+

1 : SSW

3 : SP-

5 : EMC

7 : PTT

9 : OPT

11 : 5V

13 : RXD

2 : SP+

4 : MSW

6 : ME

8 : PF

10 : E

12 : TXD

14 : SMIC

11 : GREEN (5M)

TUBE

SCREW

8 : YELLOW (PF SW)

2 : RED (RX AF OUTPUT)

3 : BLACK (RX AF OUTPUT)

10 : BROWN (GND)

6 : BROWN (MIC GND)

5 : WHITE (MIC INPUT)

7 : BLUE (PTT SW) GND ON

RED (2)

BLK (3)

100 10V

100 10V

8

WHT

(5)

BRN (6)

BLU (7)

BRN (10)

PTT SW

+

+

+

Audio generator10 10V

AF Voltmeter

To transceiver

(No.RA018<Rev.002>)1-43

*PC tuningConnect the wires to the PCB in the connector case ofinterface cable.For output the wires out of the connector case, need toprocess the connector case.

4.7 Radio check Section

Connector case

KPG-36U/36X

Remove the screw

PCB layout

Shield

Audio generator

100 10V

100 10V

10 10V

+

+

+

8

AF Voltmeter

Item Condition Measurement Adjustment Specifica-tions

/RemarksPanel test

modePC test mode Test-

equipmentUnit Terminal Unit Parts Method

1. Frequency check

1)CH-Sig: 1-1PTT: ON

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1PTT: Press [Transmit] button.

f. counter Panel ANT Check aninternaltempera-ture of ra-dio from20°C to33°C.

±0.5ppm±[email protected]

2. High power check (Battery voltage: 7.5V)

1)CH-Sig: 1-1PTT: ONTA: OFF


PowermeterAmmeter

Panel ANT Check 5.0W~7.0W2.3A or less



PowermeterAmmeter




PowermeterAmmeter


3. Low power check (Battery voltage: 7.5V)



PowermeterAmmeter




PowermeterAmmeter




PowermeterAmmeter


1-44 (No.RA018<Rev.002>)

4.8 Common Section

4. MIC sensitivity check

1)CH-Sig: 1-1AG: 1kHzPTT: ON

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1AG: 1kHzPTT: Press [Transmit] button.

DeviationmeterOscillo-scopeAGAF VM

Panel ANTUniver-sal con-nector

Adjust AGinput to geta standardMOD.

12.5mV±5.8mV

5. Sensitivitycheck

1)CH-Sig: 1-1SSG outputWide: -117dBm(0.32μV)(MOD: 1kHz/±3kHz)Narrow: -117dBm(0.32μV)(MOD: 1kHz/±1.5kHz)

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1SSG outputWide: -117dBm (0.32μV)(MOD: 1kHz/±3kHz)Narrow: -117dBm (0.32μV)(MOD: 1kHz/±1.5kHz)

SSGAF VMOscilloscopeDistortionmeter8Ω Dummyload

Panel ANTUniversalconnector

Check 12dB SINAD or more


/RemarksPanel test



Item Condition Measurement Adjustment Specifications/RemarksPanel tuning


equip-ment

Unit Ter-minal

Unit Parts Method

1. Setting

1) BATT terminal voltage:7.5V2) SSG standard modulation

[Wide] MOD:1kHz,DEV:3kHz[Narrow] MOD:1kHz,DEV:1.5kHz

2. ReceiveAssist

1) Adj item:[RAST]Adjust:[****]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Adjust:[****]Press [ ] key to store the ad-justment val-ue.

1) Adj item: [Receive Assist]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Press [Apply All] but-ton to store the ad-justment value.

Panel [Paneltuningmode] [],[][PCtestmode][←],[→]

[PC test mode][Automatic Adjust-ment]1) Press [Tune Assist Voltage] button.2) Press [Apply All] but-ton to store the adjust-ment value after the automatic adjustment has finished.[Manual Adjustment][V] indicator on the PC window shows VCO lock voltage. Change the ad-justment value to get VCO lock voltage within the limit of the specified voltage.

Note:Confirm the VCO lockvoltage approximately3 seconds after theadjustment value ischanged.

2.0V±0.1V[Automatic Ad-justment]After the automatic adjustment is per-formed, verify that the VCO lock volt-age is within the voltage range which is specified by the manual ad-justment.[Manual Adjust-ment]Press [Apply All] button to store the adjustment value after all adjustment point have been adjusted.

Note:The assist adjust-ment value must be between from 340 to 3550.

(No.RA018<Rev.002>)1-45

3. Transmit Assist

1) Adj item:[TAST]Adjust:[****]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Adjust:[****]PTT: ONPress [ ] key to store the ad-justment val-ue.

1) Adj item: [Transmit Assist]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

PTT: Press [Trans-mit] button.Press [Apply All] but-ton to store the ad-justment value.






4. Frequency

*The Frequen-cy adjust-ment can be performed only in PC test mode.

1) Adj item: [Frequency]SSG output: -20dBm (22.4mV) (CW (without mod-ulation))

Caution:Perform the fre-quency adjustmentunder the followingconditions.

• Temperature range of +20°C to +33°C (+68.0°F to +91.4°F).(The temperature is displayed on the Frequency adjust-ment screen of the KPG-D1/D1N and the LCD of the transceiver.)

• Use an accuracy of 0.003ppm for the SSG. (Use a stan-dard oscillator if necessary.)

SSG Panel ANT Panel [Paneltuningmode] [],[][PCtestmode][←],[→]

[PC test mode]Press [Start] button of"Auto Tuning". Press [Apply] button tostore the adjustment value after the automaticadjustment has finished.

[PC test mode]“IF20” value = With-in 0±10 digits. Thevalue of “IF20” willbecome around “0”after the adjustmenthas finished.

Remark:“Frequency” is adjusted under receiving conditionwith SSG.



equip-ment

Unit Ter-minal

Unit Parts Method

1-46 (No.RA018<Rev.002>)

4.9 Transmitter Section

5. RTCCorre-citon

1) Adj item:[RTC]Adjust:[****]Press [ ] key to store the ad-justment val-ue.

1) Adj item: [RTC Correction]Data: {****]

Press [Apply] buttonto store the adjust-ment value.

Fre-quencyCounter

Panel TESTPOINT(CN709orCN710)

[Paneltuningmode] [], [][PC testmode][←], [→]

[Panel tuning mode]Press [ ] key to storethe adjustment value.[PC test mode]Press [Apply] button tostore the adjustment value.

Remaks:Change the adjust-ment value so that the frequency cur-rently displayed on “Crystal Oscillation Frequency” on the PC window and the frequency currently displayed on the frequency counter are in agreement.



equip-ment

Unit Ter-minal

Unit Parts Method


/RemarksPanel tuning


equip-ment

Unit Ter-minal

Unit Parts Method

1. Rampup Offset

1) Adj item:[RAMPU]Adjust:[****]PTT : ONPress [ ] key to store the adjust-ment value.

1) Adj item: [Ramp Up Offset]Press [Transmit] button.Press [Apply] button to store the adjustment value.

PowermeterAmmeter

Panel ANT Panel [Paneltuningmode] [],[][PCtestmode][←],[→]

[PC test mode][Automatic Adjust-ment]1) Press [Tune Rump Offset] button.2) Press [Apply All] but-ton to store the adjust-ment value after the automatic adjustment has finished.[Manual Adjustment]1) Set the adjustment value to “1”.2) Increase the adjust-ment value slowly while monitoring the offset monitor value.3) Set the adjustment value when the offset monitor value exceed “50”.

(No.RA018<Rev.002>)1-47

2. Rampdown Offset

1) Adj item:[RAMPD]Adjust:[****]PTT : ONPress [ ] key to store the adjust-ment value.

1) Adj item: [Ramp Down Off-set]Press [Transmit] button.Press [Apply] button to store the adjustment value.

PowermeterAmmeter



3. High transmit power (Battery voltage : 7.5V)

1) Adj item:[An H_PWR]Adjust:[****]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]Adjust:[****]PTT : ONPress [ ] key to store the adjust-ment value.

1) Adj item: [High Transmit Power]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]Press [Transmit] button.Press [Apply All] button to store the adjustment value.

PowermeterAmmeter


6.0W ±0.1W 2.3A or less

[PC test mode]Press [Apply All] button to store the adjustment value after all adjustment points have been adjusted.

4. Medium transmit power (Battery voltage : 7.5V)

1) Adj item:[An M_PWR]Adjust:[****]


1) Adj item: [Medium Transmit Power]


PowermeterAmmeter


5.0W

Note:Medium transmit pow-er is the purpose ofthe custom power (adjustment).This power must belower than High trans-mit power.In the production, thisMedium transmit pow-er is adjusted at 5.0W.

±0.1W 2.3A or less





equip-ment

Unit Ter-minal

Unit Parts Method

1-48 (No.RA018<Rev.002>)

5. Low transmit power (Battery voltage : 7.5V)

1) Adj item:[An L_PWR]Adjust:[****]


1) Adj item: [Low Transmit Power]


PowermeterAmmeter


1.0W ±0.1W 1.2A or less


6. Balance*1

1) Adj item: [An BAL]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [Balance]Deviation meterLPF: 3kHzHPF: OFF


Devia-tionmeterOscillo-scope


The Deviation of 20Hz frequency is fixed.Change the 2kHz ad-justment value to be-come the same deviation of 20Hz within the specified range.

(a supplementary explanation:Another way to adjust is ready.(Same as TK-5210, the old model of NX-5200).Press [AUX(Orange)] key to switch the tone to 100Hz square wave. Then, make the demod-ulation waveform shown on oscilloscope into square shape.)

2kHz Tone de-viation is with-in ± 1.0% of 20Hz tone de-viation.


*1 : Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.Balance adjustment is common with the adjustment of all signaling deviations.

7. Maxi-mum Devia-tion*2

[Analog Wide]

1) Adj item: [Aw ADEV]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Maxmum Devia-tion (Analog Wide)]Deviation meterLPF: 15kHzHPF: OFF


Devia-tionmeterOscil-lo-scope


Write fixed value “503” for each adjustment point. Transmit at each adjustment point and check that the deviation is between 4150Hz and 4250Hz.Deviation meterLPF: 15kHzHPF: OFF

[Panel tuning mode]PTT: ON

[PC test mode]PTT: Press [Transmit] button

4150~4250Hz





equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-49

[Analog Narrow]*2

1) Adj item: [An ADEV]Adjust:[****]


1) Adj item: [Maxmum Devia-tion (Analog Nar-row)]







2050~2150Hz


*2 : Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.Regarding Maximum Deviation (Analog), it is common with the adjustment of all analog signalings.

8. P25 High Devia-tion

1) Adj item: [P1 PDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [P25 High Devia-tion]Deviation meterLPF: 3kHzHPF: OFF







2771~2883Hz


9. P25 H-CPM Devia-tion

1) Adj item: [P2 P2DEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [P25 H-CPM Devi-ation]Deviation meterLPF: 3kHzHPF: OFF







3090~3215Hz





equip-ment

Unit Ter-minal

Unit Parts Method

1-50 (No.RA018<Rev.002>)

10. NXDN High Devia-tion[NXDN Narrow]

1) Adj item: [Nn NDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [NXDN High Devia-tion (NXDN Nar-row]Deviation meterLPF: 3kHzHPF: OFF







2995~3117Hz


[NXDN Very Narrow]

1) Adj item: [Nv NDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [NXDN High Devia-tion (NXDN Very Narrow]Deviation meterLPF: 3kHzHPF: OFF







1311~1363Hz


11. QT Devia-tion *3

[Analog Wide]

1) Adj item: [Aw QT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [QT Deviation (An-alog Wide)]Deviation meterLPF: 3kHzHPF: OFF




Write the value as fol-lowings. 513 (Reference value)

0.75kHz±0.05kHz




equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-51

[Analog Narrow]

1) Adj item: [An QT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [QT Deviation (An-alog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.35kHz±0.05kHz

12. DQT Devia-tion *3

[Analog Wide]

1) Adj item: [Aw DQT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [DQT Deviation (Analog Wide)]Deviation meterLPF: 3kHzHPF: OFF





0.75kHz±0.05kHz

[Analog Narrow]

1) Adj item: [An DQT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [DQT Deviation (Analog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.35kHz±0.05kHz




equip-ment

Unit Ter-minal

Unit Parts Method

1-52 (No.RA018<Rev.002>)

13. LTR Devia-tion *3

[Analog Wide]

1) Adj item: [Aw LTR]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [LTR Deviation (Analog Wide)]Deviation meterLPF: 3kHzHPF: OFF





1.00kHz±0.05kHz

[Analog Narrow]

1) Adj item: [An LTR]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [LTR Deviation (Analog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.75kHz±0.05kHz

14. DTMF Devia-tion *3

[Analog Wide]

1) Adj item: [Aw DTMF]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [DTMF Deviation (Analog Wide)]Deviation meterLPF: 15kHzHPF: OFF





2.50kHz±0.05kHz




equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-53

[Analog Narrow]

1) Adj item: [An DTMF]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [DTMF Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.25kHz±0.05kHz

15. Sin-gle Tone Devia-tion *3

[Analog Wide]

1) Adj item: [Aw TONE]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Single Tone Devi-ation (Analog Wide)]Deviation meterLPF: 15kHzHPF: OFF





3.00kHz±0.05kHz

[Analog Narrow]

1) Adj item: [An TONE]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Single Tone Devi-ation (Analog Nar-row)]Deviation meterLPF: 15kHzHPF: OFF





1.50kHz±0.05kHz




equip-ment

Unit Ter-minal

Unit Parts Method

1-54 (No.RA018<Rev.002>)

16. MSK Devia-tion *3

[Analog Wide]

1) Adj item: [Aw MSK]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [MSK Deviation (Analog Wide)]Deviation meterLPF: 15kHzHPF: OFF





3.00kHz±0.05kHz

[Analog Narrow]

1) Adj item: [An MSK]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [MSK Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.50kHz±0.05kHz

17. CWID Devia-tion *3

[Analog Narrow]

1) Adj item: [An CWID]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [CWID Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.00kHz±0.10kHz

*3: Refer to the “4.9.1 Necessary Deviation adjustment item for each signaling and mode” table.




equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-55

18. Battery Warning Level writing

1) Adj item:[BATT]Adjust:[***]PTT: ON

1) Adj item: [Battery Warning Level]Press [Transmit] button.

PowermeterDVM

Panel ANTBATTtermi-nal

Press the PTT switch or [Transmit] button on the PC window. Apply 6.20V to battery terminal. Con-firm that one pre-deter-mined numeric in the range 1 to 256 appears.

[Panel tuning mode]Press [ ] key to store the adjustment value.

[PC test mode]Press [Apply] button to store the adjustment val-ue.

19. Battery Warning Level check

[Panel test mode]1) CH-Sig: 1-1

BATT terminal voltage: 6.0V while transmitting

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1BATT terminal volt-age: 6.0V while transmitting

Check The transceiv-er can transmit with causing the LED to blink.




equip-ment

Unit Ter-minal

Unit Parts Method

1-56 (No.RA018<Rev.002>)

Image • Universal connector with tape • Packaging with the LCD facing down

20.Internal Micro-phone Gain

* The Internal Microphone Gain adjustment can be performed only in PC test mode.

1) Adj item: [Internal Microphone Gain ]

Press [Apply] but-ton to store the ad-justment value.

Caution:Setup the trans-ceiver as follows if executing the ad-justment.

1. Before connect-ing KPG-36U/36X to the transceiver, mask the 1st pin (SSW) and the 4th pin (MSW) of the 14-pin universal connector with tape.

2. After connecting KPG-36 to the transceiver, place the transceiver in the packaging of the NX-5x00 Porta-ble transceiver.

Place the trans-ceiver in the middle of the packaging with the LCD facing down.

Panel [PC test mode]

[Automatic Adjustment]

1) Press [Front Micro-phone Tuning - Start] button.

2) Press [Apply] but-ton to store the adjust-ment value after the automatic adjustment has finish.

*If check is required

[Automatic check]

1) Press [Front/Rear Microphone Check - Start] button. The OK/NG result is displayed.




equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-57

4.9.1 Necessary Deviation adjustment item for each signaling and modeThe following shows the necessary adjustment items for each signaling deviation. Please read the following table like the followingexample. In the case of the signaling “QT (Analog Wide)”, this signaling is composed of three elements [Balance, Maximum Deviation(Analog Wide) and QT Deviation (Analog Wide)]. Please adjust Balance and Maximum Deviation (Analog Wide) before adjusting QTDeviation (Analog Wide).

• Balance is common with all the above deviation adjustments. If Balance (Transmitter Section 6) has already adjusted, please skipStep1 and adjust from Step2.

• Maximum Deviation (Analog Wide/Narrow) is common with all the analog signaling deviations and CWID Deviation (NXDN VeryNarrow). If Balance and Maximum Deviation (Analog Wide /Narrow) (Transmitter Section 7) have already adjusted, please skipStep2 and adjust from Step3.

Mode Signaling Necessary adjustment and order

Wide Narrow Very Narrow

Analog Audio 1. Balance adjust2. Maximum Deviation

[Analog Wide]

1. Balance adjust2. Maximum Deviation

[Analog Narrow]

-

QT 1. Balance adjust2. Maximum Deviation

[Analog Wide]3. QT Deviation [Analog Wide]


[Analog Narrow]3. QT Deviation [Analog Narrow]

-

DQT 1. Balance adjust2. Maximum Deviation

[Analog Wide]3. DQT Deviation [Analog Wide]


[Analog Narrow]3. DQT Deviation

[Analog Narrow]

-

LTR 1. Balance adjust2. Maximum Deviation

[Analog Wide]3. LTR Deviation [Analog Wide]


[Analog Narrow]3. LTR Deviation [Analog Narrow]

-

DTMF 1. Balance adjust2. Maximum Deviation

[Analog Wide]3. DTMF Deviation [Analog Wide]


[Analog Narrow]3. DTMF Deviation [Analog Narrow]

-

2TONE 1. Balance adjust2. Maximum Deviation

[Analog Wide]3. Single TONE Deviation [Analog

Wide]


[Analog Narrow]3. Single TONE Deviation

[Analog Narrow]

-

MSK(Fleetsync)


[Analog Wide]3. MSK Deviation [Analog Wide]


[Analog Narrow]3. MSK Deviation

[Analog Narrow]

-

P25 - 1. Balance adjust2. P25 High Deviation3. P25 High Deviation

(H-CPM)

-

NXDN Audio - 1. Balance adjust2. Maximum Deviation [NXDN Nar-

row]

1. Balance adjust2. Maximum Deviation [NXDN Very

Narrow]

CWID - - 1. Balance adjust2. Maximum Deviation [NXDN Very

Narrow]3. CWID Deviation

[NXDN Very Narrow]

1-58 (No.RA018<Rev.002>)

4.10 Receiver Section

Item Condition Measurement Adjustment Specifi-cations

/RemarksPanel tuning mode PC test mode Test-

equip-ment

Unit Ter-minal

Unit Parts Method

1. AF levelsetting


SSG output: -47dBm (1mV)(MOD: 1kHz/±1.5kHz)

1) Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1SSG output: -47dBm (1mV) (MOD:1kHz/±1.5kHz)

SSGDVMAF VMDummyload

Panel ANTUni-versalcon-nector

Panel Vol-umeknob

Turn the Volume knob to obtain 0.90V AF output.

0.90V±0.1V

2. Sen-sitivity 1

1) Adj item: [An SENS1]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]Adjust:[***]Press [ ] key to store the adjust-ment value.

1) Adj item: [Sensitivity 1]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]Press [Apply All] button to store the adjustment value.

SSGAF VMDummyload



Write the value as follow-ings.[Low1]: 50 (Fixed)[Low3]: 90 (Fixed)[Center2]: 125 (Fixed)[High1]: 160 (Fixed)[High3]: 200 (Fixed)

3. Sen-sitivity 2





SSGAF VMDummyload




4. RSSI refer-ence

1) Adj item: [An RRSSI]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level-3dB (MOD: 1kHz/±1.5kHz)

1) Adj item: [RSSI Reference (Analog Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level -3dB (MOD: 1kHz/±1.5kHz)

SSGDistor-tionmeterOscillo-scope


Panel [Panel tuning mode]After input signal from SSG, press [ ] key to store the adjustment val-ue.

[PC test mode]After input signal from SSG, press [Apply] button to store the adjustment value.

(No.RA018<Rev.002>)1-59

5. OpenSquelch

[AnalogWide]

1) Adj item: [Aw SQL]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow-3dB (MOD: 1kHz/±3kHz)

1) Adj item: [Open Squelch (An-alog Wide)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow -3dB (MOD: 1kHz/±3kHz)





[AnalogNarrow]

1) Adj item: [An SQL]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow-3dB (MOD: 1kHz/±1.5kHz)

1) Adj item: [Open Squelch (An-alog Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow -3dB (MOD: 1kHz/±1.5kHz)





[P25(C4FM)]

1) Adj item: [P1 SQL]Adjust:[***]


1) Adj item: [Open Squelch (P25 C4FM)]








equip-ment

Unit Ter-minal

Unit Parts Method

1-60 (No.RA018<Rev.002>)

[P25(LSM)]



1) Adj item: [Open Squelch (P25 LSM)]






[NXDNNarrow]

1) Adj item: [Nn SQL]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow-1dB (MOD: 400Hz/±2.5kHz)

1) Adj item: [Open Squelch (NXDN Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow -1dB (MOD: 400Hz/±2.5kHz)





[NXDNVeryNarrow]

1) Adj item: [Nv SQL]Adjust:[***]


1) Adj item: [Open Squelch (NXDN Very Nar-row)]








equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-61

6. LowRSSI

1) Adj item: [An LRSSI]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: -118dBm(0.28μV) (MOD: 1kHz/±1.5kHz)

1) Adj item: [Low RSSI (Analog Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: -118dBm (0.28μV) (MOD: 1kHz/±1.5kHz)

SSG Panel ANTUni-versalcon-nector



7. HighRSSI

1) Adj item: [An HRSSI]Adjust:[***]


1) Adj item: [High RSSI (Analog Narrow)]





8. TightSquelch

[AnalogWide]

1) Adj item: [Aw SQLT]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow+6dB (MOD: 1kHz/±3kHz)

1) Adj item: [Tight Squelch (Ana-log Wide)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow +6dB (MOD: 1kHz/±3kHz)





[AnalogNarrow]

1) Adj item: [An SQLT]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow+6dB (MOD: 1kHz/±1.5kHz)

1) Adj item: [Tight Squelch (Ana-log Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow +6dB (MOD: 1kHz/±1.5kHz)







equip-ment

Unit Ter-minal

Unit Parts Method

1-62 (No.RA018<Rev.002>)

4.11 E, E2 TYPE Controls

4.11.1 Preparations for checking/tuning the transceiverBefore attempting to check/tune the transceiver, connect the unitto a suitable power supply.Whenever the transmitter is turned on, the unit must be connect-ed to a suitable dummy load (i.e. power meter).The speaker output connector must be terminated with an 8Ωdummy load and connected to an AC voltmeter and an audio dis-tortion meter or a SINAD measurement meter at all times duringchecking/tuning.

4.12 Panel Test Mode

4.12.1 Test mode operation featuresThis transceiver has a test mode. To enter test mode, press andhold the [ ] key while turning the transceiver power ON orpress the [ ] key and select the “Panel Test”. Before the trans-ceiver enters test mode, the frequency version information ap-pears on the LCD momentarily. Test mode can be inhibited byprogramming. To exit test mode, turn the transceiver power OFF.The following functions are available in test mode.

• When the panel test mode is activated, the channel selectedwith the [Selector] knob and the last used signaling number aredisplayed. When it is activated for the first time, the signalingnumber is 1.

• If test signaling 10 (P25 Phase1), 7 (P25 Phase2) and 7(NXDN Mode) is selected, the result of Bit Error Rate (BER)calculation is displayed on the LCD.

4.12.2 Key operation

*1: When the mode is selected as Analog, this function is en-abled.*2: When the Mode is selected as P25, bandwidth is fixed to Nar-row.

Power switch/Volume control Selector knob

Transmit/ Receive/ Battery low indicatorLever switch

Side 1 key

Universal connectorPTT (Push To Talk) switch

Side 2 key

Side 3 key

Auxiliary (orange) key


Function Display

[Selector] - -

[] Push: Test channel upHold: Test channel up continuously

Channel No.

[] Push: Test channel downHold: Test channel down continuously

Channel No.

[] Push: Squelch level up *1Hold: Squelch off

Squelch levelSquelch off: icon appears

[] Push: Squelch level up *1

Hold: Squelch off

Squelch levelSquelch off: iconappears

[] Wide 5k/Wide 4k/Narrow/Very Narrow *2

Wide 5k: "w"Wide 4k: "s"Narrow: "n"Very Narrow: "v"

[Side1] - -

[Side2] - -

[Side3] Push: Microphone (Front MIC/Rear MIC) select

Rear MIC: icon appears

[ ] Shift to panel tuning mode

-

[ ] Function on "FNC" appears on thesub LCD display

[ ] MSK 1200bps and2400bps *1

2400bps: icon appears

[ ] Push: Test signaling upHold: Test signaling upcontinuously

Signaling No.

[AUX(Orange)]

- -

[PTT] Transmit -

[0] to [9]and[#], [ ]

- -


Function Display

(No.RA018<Rev.002>)1-63

*3: When the mode is selected as P25, this function is enabled.

• LED indicatorRed LED Lights during transmission.Green LED Lights when there is carrier.

• Sub LCD indicator"FNC" Appears at function on.

• LCD display in panel test mode

4.12.3 Frequency and SignalingThe transceiver has been adjusted for the frequencies shown inthe following table. When required, readjust them following theadjustment procedure to obtain the frequencies you want in ac-tual operation.

(1) Test frequency


Function Display

[Selector] - -

[] Talk Around on/off On: icon appears

[] Analog/Phase1/Phase2/NXDN

Analog: "A"P25 phase1: "P1"P25 phase2: "P2"NXDN: "N"

[] - -

[] Key/LCD check The position of theselector knob, etc.,appear.



[Side3] P25 Modulation Type (C4FM/LSM) *3

LSM : icon appears

[ ] High power/Low power High: "H"Medium: "M"Low: "L"

[ ] Function off -

[ ] Compander on/off On: icon appears

[ ] Function off -

[AUX(Orange)]

For production -

[PTT] Transmit -

[0] to [9]and[#], [ ]

Function off -


Function Display

(Power ON)

Type Frequency range

136~174MHz

(After 2sec.)

Temperature Power

An : Analog narrow mode

Aw : Analog wide 5k mode

As : Analog wide 4k mode



Nn : NXDN narrow mode

Nv : NXDN very narrow mode

Squelch level

(Analog mode only)

Sub LCD display

Main LCD display Signaling

No.

Channel No.

Battery type detect

"ALKALI": Alkaline battery pack

"LI ": Li-ion

"LI IS": Li-ion(IS)

" NIMH": Ni-MH

Ex type are

displayed as "E".


1 155.05000 155.10000

2 136.05000 136.10000

3 173.95000 173.90000

4 155.00000 155.00000

5 155.20000 155.20000

6 155.40000 155.40000

7~16 - -

1-64 (No.RA018<Rev.002>)

(2) Test signaling

Analog mode signaling



NXDN Mode signaling

RAN: Radio Access NumberPN9: Pseudo-Random PatternNo.7, 9 Item: PC test mode only

4.13 Panel Tuning Mode

4.13.1 Transceiver tuning (To enter tuning mode)To enter tuning mode, press the [ ] key while the transceiveris in test mode. Use the [ ] key to write tuning data through tun-ing modes, and the [ ]/[ ] key to adjust tuning requirements(1 to 4096 appears on the LCD).Use the [ ] key to select the adjustment item through tuningmodes. Use the [ ] key to adjust 5, 9 or 17 reference level ad-justments, and use the [ ] key to switch between Wide/Narrow.

• LCD display in panel tuning mode

No. RX TX

1 None None

2 None Square Wave

3 LTR Data LTR Data

4 QT:67.0Hz QT:67.0Hz

5 QT:151.4Hz QT:151.4Hz

6 QT:210.7Hz QT:210.7Hz

7 QT:254.1Hz QT:254.1Hz

8 DQT:D023N DQT:D023N

9 DQT:D754I DQT:D754I

10 DTMF Decode (CODE: 159D)

DTMF Encode (CODE: 159D)

11 None DTMF Encode (CODE: 9)

12 2-tone Decode (A: 304.7Hz, B: 3106.0Hz)

2-tone Encode (A: 304.7Hz,B: 3106.0Hz)

13 Single Tone Decode (979.9Hz)

Single Tone Encode (979.9Hz)

14 None Single Tone Encode (1000Hz)

15 None MSK PN9

16 MSK Decode MSK Encode

No. RX TX

1 NAC 293 NAC 293

2 NAC 023 NAC 023

3 NAC 5EA NAC 5EA

4 None PN9

5 NAC 293 Symbol Rate Pattern

6 NAC 293 1/3 Deviation Pattern

7 NAC 293 0 Continuous Pattern

8 NAC 293 Fidelity Pattern

9 None FSW+PN9

10 NAC 293 1011Hz Tone Test Pattern

11 Tone Pattern 1011Hz Tone Test Pattern

12 Silence Pattern Silence Pattern

13 Audio Test Pattern NAC293 + Audio Test Pat-tern

14 Vocoder Loop None

No. RX TX

1 STTP-OB-1031-0 STTP-IB1031-1+Audio

2 None PN9 Phase2

3 STTP-OB-1031-1 Symbol Rate Pattern Phase2

4 STTP-OB-1031-1 1/3 Deviation Pattern Phase2

5 STTP-OB-1031-1 0 Continuous Pattern

6 STTP-OB-1031-1 0 Burst Pattern

7 STTP-OB-1031 Symmetrical STTP-IB1031-1

8 Tone Pattern (Half rate) STTP-IB1031-1

9 Silence Pattern (Half Rate)

STP-IB-1 + Silence Pattern (Half Rate)

10 Audio Test Pattern (Half Rate)

STTP-IB1031-1 + AudioTest Pattern (Half Rate)

11 Codec Loop STTP-IB1031-1 + Codec Loop

12 Vocoder Loop (Half Rate)

STTP-IB1031-1 + Vocoder Loop (Half Rate)

No. RX TX

1 RAN1 RAN1

2 None PN9

3 RAN1 Maximum Deviation Pattern

7 FSW + PN9 FSW + PN9

9 Tone Pattern (1031Hz) Tone Pattern (1031Hz)

No. RX TX

An RAST 256

2.6

CV voltage, AD value, etc

Sub LCD display

Low1

Adjustment point

Main LCD display

Adjustment value(1~4096)

Proper value guide(When the frequency adjustment is necessary,

or is displayed.)

Adjustment item

An: Analog narrow modeAs: Analog wide 4k modeAw: Analog wide modeP1: P25 Phase1 modeP2: P25 Phase2 modeNn: NXDN narrow modeNv: NXDN very narrow mode

Low1Low2Low3Center1Center2Center3

High1High2High3

(No.RA018<Rev.002>)1-65

4.13.2 Key operation

4.13.3 5 or 9 reference level adjustments frequency

High Transmit Power, Medium Transmit Power, Low Trans-mit Power, Balance, Maximum Deviation , P25 High Devia-tion, P25 H-CPM Deviation, NXDN High Deviation, QTDeviation, DQT Deviation, LTR Deviation, DTMF Deviation,Single Tone Deviation, MSK Deviation, CW ID Deviation,Sensitivity 1, Sensitivity 2, RSSI Reference, Open Squelch,Low RSSI, High RSSI, Tight Squelch

Receive Assist, Transmit Assist

4.13.4 Adjustment item supplement

Key Function

Push Hold (1 second)

[Selector] -

[ ] Adjustment value up Continuation up

[ ] Adjustment value down Continuation down

[ ] Auto adjustment start -

[ ] Wide 5k/Wide 4k/Narrow/P25/NXDN

-

[ Side1 ] -

[ Side2 ] -

[ Side3 ] -

[ ] Shift to panel test mode -

[ ] To enter 5,9 or 17 refer-ence level adjustments

-

[ ] Writes the adjustment value

-

[ ] Go to next adjustment item

Back to last adjustmentitem (At the time of 5, 9 or17 point adjustment: Ad-justment point change)

[AUX(Orange)]

Output tone pattern change of balance ad-justment (A change is possible only during bal-ance adjustment.)

-

[PTT] Transmit

[0] to [9]and[#],[ ]

-


1 Low 1 136.05000 136.10000

2 Low 3 145.55000 145.60000

3 Center 2 155.05000 155.10000

4 High 1 164.55000 164.60000

5 High 3 173.95000 173.90000


1 Low 1 136.05000 136.10000

2 Low 2 140.80000 140.85000

3 Low 3 145.55000 145.60000

4 Center 1 150.30000 150.35000

5 Center 2 155.05000 155.10000

6 Center 3 159.80000 159.85000

7 High 1 164.55000 164.60000

8 High 2 169.30000 169.35000

9 High 3 173.95000 173.90000


Receive Assist The lock voltage of VCO (Receive) is ad-justed.This item must be adjusted before all ad-justment items for receiver section areadjusted.

Transmit Assist The lock voltage of VCO (Transmit) is ad-justed.This item must be adjusted before all ad-justment items for transmitter section areadjusted.

Frequency Frequency is adjusted under receivingcondition with SSG.The SSG needs 0.003ppm accuracy soplease use a standard oscillator if neces-sary.This item can be adjusted only in PC TestMode so that the adjustment value is notchanged easily.

Ramp Offset Adjust this item to the optimal Ramp volt-age.

High Transmit Power

High Transmit Power is adjusted.


Medium Transmit Power is adjusted.

Low Transmit Power

Low Transmit Power is adjusted.

Balance The transmit modulation frequency re-sponse is adjusted.This item is adjusted so that the deviationof 2kHz becomes the same deviation of20Hz.This item must be adjusted before all ad-justment items for deviations are adjust-ed.

Maximum Deviation (P25/NXDN)

Maximum Deviation of P25/NXDN is ad-justed.

Maximum Deviation (Analog Wide 5K/Wide 4K/Narrow)

Maximum Deviation of Analog (Wide 5K/Wide 4K/Narrow) is adjusted.This item must be adjusted before all ad-justment items for tone deviations are ad-justed.

QT Deviation QT deviation is adjusted.

1-66 (No.RA018<Rev.002>)

4.13.5 Adjustment item and Display

DQT Deviation DQT deviation is adjusted.

LTR Deviation LTR deviation is adjusted.

DTMF Deviation DTMF deviation is adjusted.

Single Tone Devia-tion

The deviation of Single Tone used in “2-tone” is adjusted.

MSK Deviation MSK tone deviation is adjusted.

CWID Deviation CWID tone deviation is adjusted.CWID is used to inform the others who istransmitting on a 6.25-kHz spacing chan-nel. (In FCC rule, Analog mode or CWIDis required for each channel-spacing.)




RSSI Reference The minimum RSSI level for scan stop isadjusted.

Open Squelch The squelch level at level “1” is adjusted.

Low RSSI RSSI display level “ “ is adjusted.Both “Low RSSI” and “High RSSI” mustbe adjusted. (The curve data of RSSI lev-el is applied.)

High RSSI

Tight Squelch The squelch level at level “9” is adjusted.

Battery Warning Level

Battery Warning Level (LED blinking lev-el) is adjusted.Battery Warning Level minus 0.4V is thetransmission inhibited level.

Internal Microphone Gain

Internal Microphone Gain is adjusted.This item can be adjusted only in PC TestMode.



Main LCD

display

Sub LCD display

Aw(Analog Wide 5k)

As(Analog Wide 4k)

An(Analog Narrow)

P1(P25

Phase1)

P2(P25

Phase2)

Nn(NXDN

Nar-row)


Adjust item

Number

Adjustment range

1 Receive Assist RAST (CV voltage) 9 point ADJ CommonSection 2

1 ~ 4096

2 Transmit Assist TAST (CV voltage) 9 point ADJ CommonSection 3

1 ~ 4096

3 RTC Correction RTC - - CommonSection 5

-2.00~-0.01 ,0.00 ,+0.01~+2.00

4 Ramp Up Offset RAMPU (ADC measurementvalue)


1~1024

5 Ramp Down Offset

RAMPD (ADC measurementvalue)


1~1024

6 High Transmit Power

H_PWR - - - 5 - - - - TransmitterSection 3

1~1024

7 Medium Transmit Power

M_PWR - - - 5 - - - - TransmitterSection 4

1~1024

8 Low Transmit Power

L_PWR - - - 5 - - - - TransmitterSection 5

1~1024

9 Balance BAL (Encode frequency) - - 5 - - - - TransmitterSection 6

1~1024

10 MaximumDeviation

ADEV - 5 5 5 - - - - TransmitterSection 7

1~1024

11 P25 High Deviation

PDEV - - - - 5 - - - TransmitterSection 8

1~1024

12 P25 H-CPM Deviation

P2DEV - - - - - 5 - - TransmitterSection 9

1~1024

(No.RA018<Rev.002>)1-67

*1: When P25 Phase1 is selected, in C4FM and LSM, there is an adjustment item, respectively.

13 NXDN High Deviation

NDEV - - - - - - 5 5 TransmitterSection 10

1~1024

14 QT Deviation QT - 5 5 5 - - - - TransmitterSection 11

1~1024

15 DQT Deviation DQT - 5 5 5 - - - - TransmitterSection 12

1~1024

16 LTR Deviation LTR - 5 5 5 - - - - TransmitterSection 13

1~1024

17 DTMF Deviation DTMF - 5 5 5 - - - - TransmitterSection 14

1~1024

18 Single Tone Deviation

TONE - 5 5 5 - - - - TransmitterSection 15

1~1024

19 MSK Deviation MSK - 5 5 5 - - - - TransmitterSection 16

1~1024

20 CW ID Deviation CWID - - - 5 - - - - TransmitterSection 17

1~1024

21 Battery Warning Level

BATT (BATTmeasurement value)

1point ADJ TransmitterSection 18

1~256

22 InternalMicrophone Gain

INMIC - - - - - - - - TransmitterSection 20

-250~250



1~256



1~256

25 RSSI Reference RRSSI (RSSI measurementvalue)


1~256

26 Open Squelch SQL (ASQDETmeasurement value)

5 5 5 5 *1 - 5 5 Receiver Section 5

1~256

27 Low RSSI LRSSI (RSSI measurementvalue)


1~256

28 High RSSI HRSSI (RSSI measurementvalue)


1~256

29 Tight Squelch SQLT (ASQDETmeasurement value)

5 5 5 - - - - Receiver Section 8

1~256


Main LCD

display

Sub LCD display

Aw(Analog Wide 5k)

As(Analog Wide 4k)

An(Analog Narrow)

P1(P25

Phase1)

P2(P25

Phase2)

Nn(NXDN

Nar-row)


Adjust item

Number

Adjustment range

1-68 (No.RA018<Rev.002>)

4.13.6 Panel tuning mode flow chart

Note:* In this Panel tuning mode flow chart, the Adjustment item name is modified.

Panel Test Mode

[ ]hold

RX Assist 9 reference level

RAST Adjustments

TX Assist 9 reference level

TAST Adjustments

RTC Correction

RTC

Ramp Up

RAMPU

Ramp Down

RAMPD

High Power Narrow 5 reference level

H_PWR An Adjustments

Medium Power Narrow 5 reference level

M_PWR An Adjustments

Low Power Narrow 5 reference level

L_PWR An Adjustments

Balance Narrow 5 reference level

BAL An Adjustments

5 reference level

Adjustments

P25 High DeviationPhase1

Narrow 5 reference level

PDEV P1 Adjustments

P25 H-CPM DeviationPhase2

Narrow

5 reference level

Adjustments

5 reference level

P2DEV P2 Adjustments

NXDN High Deviation Narrow NXDN High Deviation VeryNarrow

NDEV Nn NDEV Nv

5 reference level

CW ID Deviation Narrow

CWID An

Battery

BATT

RSSI (Reference) Narrow 5 reference level

RRSSI An Adjustments

RSSI (Low) Narrow 5 reference level

LRSSI An Adjustments

RSSI (High) Narrow 5 reference level

HRSSI An Adjustments

Adjustment Item N/W/VN

LCD Display

For all adjustment items, press the [ ] key

to write the adjustment value.

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

5 reference level

Adjustments

Narrow

An

[ ]Sensitivity 1


5 reference level

Adjustments

Narrow

An

[ ]Sensitivity 2


[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

Single Tone Deviation Narrow Single Tone Deviation Wide4k

TONE An TONE Aw[ ] [ ][ ]press [ ]hold

[ ]

[ ]

Adjustment Point

LCD Display

5 reference level

Low 1

Low 3

Center 2

High 3

High 1

Low 1

Adjustments

Low 3

Center 2

High 3

5 reference level

Adjustments exit

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]High 1 [ ]

[ ]

[ ]

High Transmit Power


Low Transmit Power

Maximum Deviation

P25 High Deviation

P25 H-CPM Deviation

NXDN High Deviation

QT Deviation

DQT Deviation

LTR Deviation

DTMF Deviation

Single Tone Deviation

MSK Deviation

CW ID Deviation

Sensitivity 1

Sensitivity 2

RSSI Reference

Open Squelch

Low RSSI

High RSSI

Tight Squelch

Adjustment Point

LCD Display

9 reference level

Low 1

Low 2

Low 3

High 3

Center 1

Center 2

Center 3

High 1

High 2

Low 1

Adjustments

Low 2

Low 3

High 3

9 reference level

Adjustments exit

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]Center 1 [ ]

[ ]

Center 2

Center 3

[ ]

[ ][ ]

[ ]High 1 [ ]

[ ]

High 2 [ ]

[ ]

[ ]

Balance

Receive Assist

Transmit Assist

Analog Max Deviation Narrow Analog Max Deviation Wide4k Analog Max Deviation Wide5k

ADEV An ADEV As ADEV Aw

[ ]

[ ] [ ] [ ]

[ ]press [ ]hold[ ] [ ]

MSK Deviation Narrow MSK Deviation Wide4k MSK Deviation Wide5k

MSK An MSK As MSK Aw4 reference levelAdjustments

[ ]

[ ]

[ ]press [ ]hold

QT Deviation Narrow QT Deviation Wide4k

QT An QT As

DQT Deviation Narrow DQT Deviation Wide4k

DQT An DQT As

LTR Deviation Narrow LTR Deviation Wide4k

LTR An LTR As

DTMF Deviation Narrow DTMF Deviation Wide4k

DTMF An DTMF As

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]4 reference level

[ ]

QT Deviation Wide5k

QT Aw

4 reference levelAdjustments

[ ]

4 reference levelAdjustments

DQT Deviation Wide5k

DQT Aw4 reference levelAdjustments

LTR Deviation Wide5k

LTR Aw

DTMF Deviation Wide5k

DTMF Aw

Adjustments

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]press [ ]hold

[ ]

[ ]

[ ]

[ ]

[ ]

4 reference level

[ ]Single Tone Deviation Wide5k

TONE Aw

Adjustments[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

[ ]

Squelch (Open) Narrow Squelch (Open) Wide4k Squelch (Open) Wide5k Squelch (Open) C4FM Squelch (Open) LSM”SQL An SQL As SQL Aw SQL P1 SQL P1

Squelch (Tight) Narrow Squelch (Tight) Wide4k Squelch (Tight) Wide5k

SQLT An SQLT As SQLT Aw

6 reference level

Adjustments

[ ][ ]

[ ] [ ] [ ]

[ ] [ ] [ ] [ ] [ ]

[ ] [ ]

[ ] [ ] [ ] [ ]

Squelch (Open) Narrow Squelch (Open) VeryNarrow

SQL Nn SQL Nv

[ ]

Squelch (Open) Narrow

SQL P2

[ ][ ][ ]

6 reference level

Adjustments

(No.RA018<Rev.002>)1-69

4.14 BER (Bit Error Rate) Measurement(1) The Panel Test Mode is used to measure the BER (Refer

"4.2.1 Test mode operation features").(2) Select "10" (P25 Phase1), "7" (P25 Phase2) and "7"

(NXDN Mode) for test signaling (Refer to "4.2.3 Frequencyand Signaling" (2) Test signaling).Note:

"7" (NXDN Mode) can be selected only by PC test mode.(3) Select a bandwidth (Narrow/Very Narrow) by pressing the

[ ] key. When P25 Phase1 or P25 Phase2 is selected, itis not necessary to select a bandwidth.

(4) Select a test frequency ("4.2.3 Frequency and Signaling"(2) Test signaling Test frequency).

(5) Measure the BER (Bit Error Rate) using the digital radiotester.Enter a standard input signal into the transceiver as a stan-dard tone test pattern for P25, FSW+PN9 for NXDN.

(6) Adjust the input signal level to achieve the standard bit er-ror rate (BER).(For example, if the BER is 0.86%, the display shows"0.86".)

Note: "4", "9" (P25 Phase1), "2" (P25 Phase2) is for production.

4.15 Adjustment points

4.16 Test Equipment Required for Alignment

* The test equipment which is not used for adjustment is contained in this table.

MAIN UNIT (XC1-036)

Component side

RTC (CN710)

MAIN UNIT (XC1-036)

Foil side

RTC (CN709)

Test Equipment Major Specifications

1. Standard Signal Generator (SSG)

Frequency RangeModulation Output

100 to 900MHzFrequency modulation and external modulation-127dBm/0.1uV to greater than -20dBm/22.4mV

When performing the Frequency adjustment, the following accuracy is necessary.• 0.003ppmUse a standard oscillator for adjustments, if necessary.

2. Power Meter Input ImpedanceOperation FrequencyMeasurement Capability

50Ω100 to 900MHzVicinity of 10W

3. Deviation Meter Frequency Range 100 to 900MHz

4. Digital Volt Meter (DVM)

Measuring RangeInput Impedance

10mV to 10V DCHigh input impedance for minimum circuit loading

5. Oscilloscope DC through 30MHz

6. Frequency Counter Frequency RangeFrequency Stability

10Hz to 1000MHz0.2ppm or less

To measure the oscillating frequency of the internal clock 32766.00Hz~32770.00Hz forRTC Correction Resolution 0.01Hz is better for accuracy adjustment.

7. Ammeter 5A

8. AF Volt Meter (AF VM) Frequency RangeVoltage Range

50Hz to 10kHz1mV to 10V

9. Audio Generator (AG) Frequency RangeOutput

50Hz to 5kHz or more0 to 1V

10. Distortion Meter CapabilityInput Level

3% or less at 1kHz50mV to 10Vrms

11. Spectrum Analyzer Measuring Range DC to 1GHz or more

12. 8Ω Dummy Load Approx. 8Ω, 3W

13. Regulated Power Supply 5V to 10V, approx. 3A, Useful if ammeter equipped

1-70 (No.RA018<Rev.002>)

Antenna connector adapterThe antenna connector of this transceiver uses an SMA terminal.Use an antenna connector adapter [SMA(f) - BNC(f) or SMA(f) - N(f)] for adjustment. (The adapter is not provided as an option, sobuy a commercially-available one.)

Nut wrenchIn order to turn the volume nut and the channel selector nut, use a recommendation tool. KENWOOD part No.: W05-1123-00

Battery Jig (W3F-0001-00)Connect the power cable properly between the battery jig installed in the transceiver and the power supply, and be sure outputvoltage and the power supply polarity prior to switching the power supply ON, otherwise over voltage and reverse connection maydamage the transceiver, or the power supply or both.

Note: *When using the battery jig, you must measure the voltage at the terminals of the battery jig. Otherwise, a slight voltage dropmay occur within the power cable, between the power supply and the battery jig, especially while the transceiver transmits.

Universal connectorUse the interface cable (KPG-36U/36X) for PC tuning or thelead wire with plug (E30-3287-28) and screw (N08-0535-08)for panel tuning. Connect the plug to the universal connectorof the transceiver and tighten the screw.The lead wire with plug (E30-3287-28) and screw (N08-0535-08) terminals are as follows. Numbers are universal connectorterminal numbers.

Caution(1) When connecting the plug to the universal connector

of the transceiver, a short circuit may occur. Toprevent this, be sure to turn the transceiver POWERswitch off.

(2) Since the RX AF output is a BTL output, there is a DCcomponent. Isolate this with a capacitor or transformeras shown in the figure.

(3) Do not connect an instrument between red or blackand GND.

*Universal connector

*Panel tuning

Note: Pin 1 (SSW) and Pin 4 (MSW) are connected to Pin10 (GND) to active External SP and External MIC.

D

S

+

-

C1

10

0P

/25

V

C2

47

0P

/25

V

C3

10

0µ

/25

V

R1

18

0k

- Terminal

(Black)

+ Terminal

(Red)

Power

supplyPower cable

Schematic diagram

+

1 : SSW

3 : SP-

5 : EMC

7 : PTT

9 : OPT

11 : 5V

13 : RXD

2 : SP+

4 : MSW

6 : ME

8 : PF

10 : E

12 : TXD

14 : SMIC

11 : GREEN (5M)

TUBE

SCREW

8 : YELLOW (PF SW)

2 : RED (RX AF OUTPUT)

3 : BLACK (RX AF OUTPUT)

10 : BROWN (GND)

6 : BROWN (MIC GND)

5 : WHITE (MIC INPUT)

7 : BLUE (PTT SW) GND ON

RED (2)

BLK (3)

100 10V

100 10V

8

WHT

(5)

BRN (6)

BLU (7)

BRN (10)

PTT SW

+

+

+

Audio generator10 10V

AF Voltmeter

To transceiver

(No.RA018<Rev.002>)1-71

*PC tuningConnect the wires to the PCB in the connector case ofinterface cable.For output the wires out of the connector case, need toprocess the connector case.

4.17 Radio check Section

Connector case

KPG-36U/36X

Remove the screw

PCB layout

Shield

Audio generator

100 10V

100 10V

10 10V

+

+

+

8

AF Voltmeter


/RemarksPanel test



1. Frequency check

1)CH-Sig: 1-1PTT: ON


f. counter Panel ANT Check aninternaltempera-ture of ra-dio from20°C to33°C.

±0.5ppm±[email protected]

2. High power check (Battery voltage: 7.5V)



PowermeterAmmeter




PowermeterAmmeter




PowermeterAmmeter


3. Low power check (Battery voltage: 7.5V)



PowermeterAmmeter




PowermeterAmmeter




PowermeterAmmeter


1-72 (No.RA018<Rev.002>)

4.18 Common Section

4. MIC sensitivity check

1)CH-Sig: 1-1AG: 1kHzPTT: ON

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1AG: 1kHzPTT: Press [Transmit] button.

DeviationmeterOscillo-scopeAGAF VM

Panel ANTUniver-sal con-nector

Adjust AGinput to geta standardMOD.

12.5mV±5.8mV

5. Sensitivitycheck

1)CH-Sig: 1-1SSG outputWide5k: -117dBm(0.32μV)(MOD: 1kHz/±3kHz)Wide 4k: -117dBm(0.32μV)(MOD: 1kHz/±2.4kHz)Narrow: -117dBm(0.32μV)(MOD: 1kHz/±1.5kHz)

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1SSG outputWide5k: -117dBm (0.32μV)(MOD: 1kHz/±3kHz)Wide 4k: -117dBm (0.32μV)(MOD: 1kHz/±2.4kHz)Narrow: -117dBm (0.32μV)(MOD: 1kHz/±1.5kHz)

SSGAF VMOscilloscopeDistortionmeter8Ω Dummyload

Panel ANTUniversalconnector

Check 12dB SINAD or more


/RemarksPanel test





equip-ment

Unit Ter-minal

Unit Parts Method

1. Setting

1) BATT terminal voltage:7.5V2) SSG standard modulation

[Wide 5k] MOD:1kHz,DEV:3kHz[Wide 4k] MOD:1kHz,DEV:2.4kHz[Narrow] MOD:1kHz,DEV:1.5kHz

(No.RA018<Rev.002>)1-73

2. ReceiveAssist

1) Adj item:[RAST]Adjust:[****]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Adjust:[****]Press [ ] key to store the ad-justment val-ue.

1) Adj item: [Receive Assist]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Press [Apply All] but-ton to store the ad-justment value.






3. Transmit Assist

1) Adj item:[TAST]Adjust:[****]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

Adjust:[****]PTT: ONPress [ ] key to store the ad-justment val-ue.

1) Adj item: [Transmit Assist]2) Adj item:[Low1]→[Low2]→[Low3]→[Center1]→[Center2]→[Center3]→[High1]→[High2]→[High3]

PTT: Press [Trans-mit] button.Press [Apply All] but-ton to store the ad-justment value.








equip-ment

Unit Ter-minal

Unit Parts Method

1-74 (No.RA018<Rev.002>)

4. Frequency

*The Frequen-cy adjust-ment can be performed only in PC test mode.

1) Adj item: [Frequency]SSG output: -20dBm (22.4mV) (CW (without mod-ulation))

Caution:Perform the fre-quency adjustmentunder the followingconditions.

• Temperature range of +20°C to +33°C (+68.0°F to +91.4°F).(The temperature is displayed on the Frequency adjust-ment screen of the KPG-D1 and the LCD of the trans-ceiver.)

• Use an accuracy of 0.003ppm for the SSG. (Use a stan-dard oscillator if necessary.)

SSG Panel ANT Panel [Paneltuningmode] [],[][PCtestmode][←],[→]

[PC test mode]Press [Start] button of"Auto Tuning". Press [Apply] button tostore the adjustment value after the automaticadjustment has finished.

[PC test mode]“IF20” value = With-in 0±10 digits. Thevalue of “IF20” willbecome around “0”after the adjustmenthas finished.

Remark:“Frequency” is adjusted under receiving conditionwith SSG.

5. RTCCorre-citon

1) Adj item:[RTC]Adjust:[****]Press [ ] key to store the ad-justment val-ue.

1) Adj item: [RTC Correction]Data: {****]

Press [Apply] buttonto store the adjust-ment value.

Fre-quencyCounter

Panel TESTPOINT(CN709orCN710)

[Paneltuningmode] [], [][PC testmode][←], [→]

[Panel tuning mode]Press [ ] key to storethe adjustment value.[PC test mode]Press [Apply] button tostore the adjustment value.

Remaks:Change the adjust-ment value so that the frequency cur-rently displayed on “Crystal Oscillation Frequency” on the PC window and the frequency currently displayed on the frequency counter are in agreement.



equip-ment

Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-75

4.19 Transmitter Section




equip-ment

Unit Ter-minal

Unit Parts Method

1. Ramp up Offset

1) Adj item:[RAMPU]Adjust:[****]PTT : ONPress [ ] key to store the adjust-ment value.

1) Adj item: [Ramp Up Offset]Press [Transmit] button.Press [Apply] button to store the adjustment value.

PowermeterAmmeter

Panel ANT Panel [Pan-el tun-ingmode] [],[][PCtestmode][←],[→]


2. Rampdown Offset

1) Adj item:[RAMPD]Adjust:[****]PTT : ONPress [ ] key to store the adjust-ment value.

1) Adj item: [Ramp Down Off-set]Press [Transmit] button.Press [Apply] button to store the adjustment value.

PowermeterAmmeter



3. High transmit power (Battery voltage : 7.5V)

1) Adj item:[An H_PWR]Adjust:[****]


1) Adj item: [High Transmit Power]


PowermeterAmmeter


6.0W ±0.1W 2.3A or less


1-76 (No.RA018<Rev.002>)

4. Medium transmit power (Battery voltage : 7.5V)

1) Adj item:[An M_PWR]Adjust:[****]


1) Adj item: [Medium Transmit Power]


PowermeterAmmeter


5.0W

Note:Medium transmit pow-er is the purpose ofthe custom power (adjustment).This power must belower than High trans-mit power.In the production, thisMedium transmit pow-er is adjusted at 5.0W.

±0.1W 2.3A or less


5. Low transmit power (Battery voltage : 7.5V)

1) Adj item:[An L_PWR]Adjust:[****]


1) Adj item: [Low Transmit Power]


PowermeterAmmeter


1.0W ±0.1W 1.2A or less


6. Balance*1

1) Adj item: [An BAL]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [Balance]Deviation meterLPF: 3kHzHPF: OFF


Devia-tionmeterOscillo-scope


The Deviation of 20Hz frequency is fixed.Change the 2kHz ad-justment value to be-come the same deviation of 20Hz within the specified range.

(a supplementary explanation:Another way to adjust is ready.(Same as TK-5210, the old model of NX-5200).Press [AUX(Orange)] key to switch the tone to 100Hz square wave. Then, make the demod-ulation waveform shown on oscilloscope into square shape.)

2kHz Tone de-viation is with-in ± 1.0% of 20Hz tone de-viation.


*1 : Refer to the “4.19.1 Necessary Deviation adjustment item for each signaling and mode” table.Balance adjustment is common with the adjustment of all signaling deviations.




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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-77

7. Maxi-mum Devia-tion*2

[Analog Wide 5k]

1) Adj item: [Aw ADEV]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Maxmum Devia-tion (Analog Wide 5k)]Deviation meterLPF: 15kHzHPF: OFF







4150~4250Hz


[Analog Wide 4k]*2

1) Adj item: [As ADEV]Adjust:[****]


1) Adj item: [Maxmum Devia-tion (Analog Wide 4k)]







3310~3410Hz


[Analog Narrow]*2

1) Adj item: [An ADEV]Adjust:[****]


1) Adj item: [Maxmum Devia-tion (Analog Nar-row)]







2050~2150Hz


*2 : Refer to the “4.19.1 Necessary Deviation adjustment item for each signaling and mode” table.Regarding Maximum Deviation (Analog), it is common with the adjustment of all analog signalings.




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Unit Ter-minal

Unit Parts Method

1-78 (No.RA018<Rev.002>)

8. P25 High De-viation

1) Adj item: [P1 PDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [P25 High Devia-tion]Deviation meterLPF: 3kHzHPF: OFF







2771~2883Hz


9. P25 H-CPM Devia-tion

1) Adj item: [P2 P2DEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [P25 H-CPM Devi-ation]Deviation meterLPF: 3kHzHPF: OFF







3090~3215Hz


10. NXDN High De-viation[NXDN Narrow]

1) Adj item: [Nn NDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [NXDN High Devia-tion (NXDN Nar-row]Deviation meterLPF: 3kHzHPF: OFF







2995~3117Hz





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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-79

[NXDN Very Narrow]

1) Adj item: [Nv NDEV]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [NXDN High Devia-tion (NXDN Very Narrow]Deviation meterLPF: 3kHzHPF: OFF







1311~1363Hz


11. QT Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw QT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [QT Deviation (An-alog Wide 5k)]Deviation meterLPF: 3kHzHPF: OFF





0.75kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As QT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [QT Deviation (An-alog Wide 4k)]Deviation meterLPF: 3kHzHPF: OFF





0.60kHz±0.05kHz




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Unit Ter-minal

Unit Parts Method

1-80 (No.RA018<Rev.002>)

[Analog Narrow]

1) Adj item: [An QT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [QT Deviation (An-alog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.35kHz±0.05kHz

12. DQT Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw DQT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [DQT Deviation (Analog Wide 5k)]Deviation meterLPF: 3kHzHPF: OFF





0.75kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As DQT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [DQT Deviation (Analog Wide 4k)]Deviation meterLPF: 3kHzHPF: OFF





0.60kHz±0.05kHz




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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-81

[Analog Narrow]

1) Adj item: [An DQT]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [DQT Deviation (Analog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.35kHz±0.05kHz

13. LTR Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw LTR]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [LTR Deviation (Analog Wide 5k)]Deviation meterLPF: 3kHzHPF: OFF





1.00kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As LTR]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [LTR Deviation (Analog Wide 4k)]Deviation meterLPF: 3kHzHPF: OFF





0.90kHz±0.05kHz




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Unit Ter-minal

Unit Parts Method

1-82 (No.RA018<Rev.002>)

[Analog Narrow]

1) Adj item: [An LTR]Adjust:[****]Deviation meterLPF: 3kHzHPF: OFF


1) Adj item: [LTR Deviation (Analog Narrow)]Deviation meterLPF: 3kHzHPF: OFF





0.75kHz±0.05kHz

14. DTMF Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw DTMF]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [DTMF Deviation (Analog Wide 5k)]Deviation meterLPF: 15kHzHPF: OFF





2.50kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As DTMF]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [DTMF Deviation (Analog Wide 4k)]Deviation meterLPF: 15kHzHPF: OFF





2.00kHz±0.05kHz




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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-83

[Analog Narrow]

1) Adj item: [An DTMF]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [DTMF Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.25kHz±0.05kHz

15. Sin-gle Tone Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw TONE]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Single Tone Devi-ation (Analog Wide 5k)]Deviation meterLPF: 15kHzHPF: OFF





3.00kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As TONE]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Single Tone Devi-ation (Analog Wide 4k)]Deviation meterLPF: 15kHzHPF: OFF





2.40kHz±0.05kHz




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Unit Parts Method

1-84 (No.RA018<Rev.002>)

[Analog Narrow]

1) Adj item: [An TONE]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [Single Tone Devi-ation (Analog Nar-row)]Deviation meterLPF: 15kHzHPF: OFF





1.50kHz±0.05kHz

16. MSK Devia-tion *3

[Analog Wide 5k]

1) Adj item: [Aw MSK]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [MSK Deviation (Analog Wide 5k)]Deviation meterLPF: 15kHzHPF: OFF





3.00kHz±0.05kHz

[Analog Wide 4k]

1) Adj item: [As MSK]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [MSK Deviation (Analog Wide 4k)]Deviation meterLPF: 15kHzHPF: OFF





2.40kHz±0.05kHz




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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-85

[Analog Narrow]

1) Adj item: [An MSK]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [MSK Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.50kHz±0.05kHz

17. CWID Devia-tion *3

[Analog Narrow]

1) Adj item: [An CWID]Adjust:[****]Deviation meterLPF: 15kHzHPF: OFF


1) Adj item: [CWID Deviation (Analog Narrow)]Deviation meterLPF: 15kHzHPF: OFF





1.00kHz±0.10kHz

*3: Refer to the “4.19.1 Necessary Deviation adjustment item for each signaling and mode” table.

18. Battery Warning Level writing

1) Adj item:[BATT]Adjust:[***]PTT: ON

1) Adj item: [Battery Warning Level]Press [Transmit] button.

PowermeterDVM

Panel ANTBATTtermi-nal

Press the PTT switch or [Transmit] button on the PC window. Apply 6.20V to battery terminal. Con-firm that one pre-deter-mined numeric in the range 1 to 256 appears.

[Panel tuning mode]Press [ ] key to store the adjustment value.

[PC test mode]Press [Apply] button to store the adjustment val-ue.




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Unit Parts Method

1-86 (No.RA018<Rev.002>)

19. Battery Warning Level check


BATT terminal voltage: 6.0V while transmitting

1)Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1BATT terminal volt-age: 6.0V while transmitting

Check The transceiv-er can transmit with causing the LED to blink.

20.Internal Micro-phone Gain

* The Internal Microphone Gain adjustment can be performed only in PC test mode.

1) Adj item: [Internal Microphone Gain ]

Press [Apply] but-ton to store the ad-justment value.

Caution:Setup the trans-ceiver as follows if executing the ad-justment.

1. Before connect-ing KPG-36U/36X to the transceiver, mask the 1st pin (SSW) and the 4th pin (MSW) of the 14-pin universal connector with tape.

2. After connecting KPG-36 to the transceiver, place the transceiver in the packaging of the NX-5x00 Porta-ble transceiver.

Place the trans-ceiver in the middle of the packaging with the LCD facing down.

Panel [PC test mode]

[Automatic Adjustment]

1) Press [Front Micro-phone Tuning - Start] button.

2) Press [Apply] but-ton to store the adjust-ment value after the automatic adjustment has finish.

*If check is required

[Automatic check]

1) Press [Front/Rear Microphone Check - Start] button. The OK/NG result is displayed.




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Unit Parts Method

(No.RA018<Rev.002>)1-87

Image • Universal connector with tape • Packaging with the LCD facing down

1-88 (No.RA018<Rev.002>)

4.19.1 Necessary Deviation adjustment item for each signaling and modeThe following shows the necessary adjustment items for each signaling deviation. Please read the following table like the followingexample. In the case of the signaling “QT (Analog Wide 5k)”, this signaling is composed of three elements [Balance, Maximum Devi-ation (Analog Wide 5k) and QT Deviation (Analog Wide 5k)]. Please adjust Balance and Maximum Deviation (Analog Wide 5k) beforeadjusting QT Deviation (Analog Wide 5k).

• Balance is common with all the above deviation adjustments. If Balance (Transmitter Section 6) has already adjusted, please skipStep1 and adjust from Step2.

• Maximum Deviation (Analog Wide 5k/Wide 4k/Narrow) is common with all the analog signaling deviations. If Balance and MaximumDeviation (Analog Wide 5k/Wide 4k/Narrow) (Transmitter Section 7) have already adjusted, please skip Step2 and adjust fromStep3.

Mode Signaling Necessary adjustment and order

Wide 5k Wide 4k Narrow Very Narrow

Analog Audio 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]


[Analog Wide 4k]


[Analog Narrow]

-

QT 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]3. QT Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. QT Deviation

[Analog Wide 4k]


[Analog Narrow]3. QT Deviation

[Analog Narrow]

-

DQT 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]3. DQT Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. DQT Deviation

[Analog Wide 4k]


[Analog Narrow]3. DQT Deviation

[Analog Narrow]

-

LTR 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]3. LTR Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. LTR Deviation

[Analog Wide 4k]


[Analog Narrow]3. LTR Deviation

[Analog Narrow]

-

DTMF 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]3. DTMF Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. DTMF Deviation

[Analog Wide 4k]


[Analog Narrow]3. DTMF Deviation

[Analog Narrow]

-

2TONE 1. Balance adjust2. Maximum Deviation

[Analog Wide 5k]3. Single TONE Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. Single TONE Deviation

[Analog Wide 4k]


[Analog Narrow]3. Single TONE Deviation

[Analog Narrow]

-

MSK(Fleetsync)


[Analog Wide 5k]3. MSK Deviation

[Analog Wide 5k]


[Analog Wide 4k]3. MSK Deviation

[Analog Wide 4k]


[Analog Narrow]3. MSK Deviation

[Analog Narrow]

-

P25 - 1. Balance adjust2. P25 High Deviation3. P25 High Deviation

(H-CPM)

-

NXDN Audio - 1. Balance adjust2. Maximum Deviation

[NXDN Narrow]


[NXDN Very Narrow]

CWID - - 1. Balance adjust2. Maximum Deviation

[NXDN Very Narrow]3. CWID Deviation

[NXDN Very Narrow]

(No.RA018<Rev.002>)1-89

4.20 Receiver Section



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Unit Parts Method

1. AF levelsetting


SSG output: -47dBm (1mV)(MOD: 1kHz/±1.5kHz)

1) Test ChannelChannel: 1Test Signaling Mode: AnalogSignaling: 1SSG output: -47dBm (1mV) (MOD:1kHz/±1.5kHz)

SSGDVMAF VMDummyload


Panel Vol-umeknob

Turn the Volume knob to obtain 0.90V AF output.

0.90V±0.1V

2. Sensi-tivity 2





SSGAF VMDummyload




3. Sensi-tivity 1


2) Adj item:[Low1]→[Low5]→[Center3]→[High2]→[High6]SSG output: -118dBm (0.28μv)(MOD: 1kHz/±1.5kHz)Adjust:[***]


2) Adj item: [Low1], [Low5], [Center3], [High2], [High6]SSG output: -118dBm (0.28μv)(MOD: 1kHz/±1.5kHz)Press [Apply All] button to store the adjustment value.

SSGDistor-tionmeterOscil-lo-scope


Panel Write the value as follow- ings.Increase the adjustment value from 1 get 12dB SI-NAD.

4. RSSI refer-ence

1) Adj item: [An RRSSI]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level-3dB (MOD: 1kHz/±1.5kHz)

1) Adj item: [RSSI Reference (Analog Narrow)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level -3dB (MOD: 1kHz/±1.5kHz)





1-90 (No.RA018<Rev.002>)

5. OpenSquelch

[AnalogWide 5k]

1) Adj item: [Aw SQL]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow-3dB (MOD: 1kHz/±3kHz)

1) Adj item: [Open Squelch (An-alog Wide 5k)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow -3dB (MOD: 1kHz/±3kHz)





[AnalogWide 4k]

1) Adj item: [As SQL]Adjust:[***]


1) Adj item: [Open Squelch (An-alog Wide 4k]






[AnalogNarrow]

1) Adj item: [An SQL]Adjust:[***]


1) Adj item: [Open Squelch (An-alog Narrow)]








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Unit Parts Method

(No.RA018<Rev.002>)1-91

[P25(C4FM)]



1) Adj item: [Open Squelch (P25 C4FM)]






[P25(LSM)]



1) Adj item: [Open Squelch (P25 LSM)]






[NXDNNarrow]

1) Adj item: [Nn SQL]Adjust:[***]


1) Adj item: [Open Squelch (NXDN Narrow)]








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Unit Parts Method

1-92 (No.RA018<Rev.002>)

[NXDNVeryNarrow]

1) Adj item: [Nv SQL]Adjust:[***]


1) Adj item: [Open Squelch (NXDN Very Nar-row)]






6. LowRSSI

1) Adj item: [An LRSSI]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: -118dBm(0.28μV) (MOD: 1kHz/±1.5kHz)

1) Adj item: [Low RSSI (Analog Narrow)]





7. HighRSSI

1) Adj item: [An HRSSI]Adjust:[***]


1) Adj item: [High RSSI (Analog Narrow)]





8. TightSquelch

[AnalogWide 5k]

1) Adj item: [Aw SQLT]Adjust:[***]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD levelat Analog Narrow+6dB (MOD: 1kHz/±3kHz)

1) Adj item: [Tight Squelch (Ana-log Wide 5k)]

2) Adj item:[Low1]→[Low3]→[Center2]→[High1]→[High3]SSG output: 12dB SINAD level atAnalog Narrow +6dB (MOD: 1kHz/±3kHz)







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Unit Ter-minal

Unit Parts Method

(No.RA018<Rev.002>)1-93

[AnalogWide 4k]

1) Adj item: [As SQLT]Adjust:[***]


1) Adj item: [Tight Squelch (Ana-log Wide 4k]






[AnalogNarrow]

1) Adj item: [An SQLT]Adjust:[***]


1) Adj item: [Tight Squelch (Ana-log Narrow)]








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Unit Parts Method

1-94 (No.RA018<Rev.002>)

SECTION 5TROUBLESHOOTING

5.1 Fault Diagnosis of the BGA (Ball Grid Array) IC

Overview:A flowchart for determining whether or not the transceiver can be powered on (the LCD does not function even if the power switchis turned on) due to broken BGA parts.

BGA parts:MPU/DSP (IC702), mobile DDR (IC703), Flash memory (IC705) When the BGA IC is problematic, please bring the printed circuit board (XC1-0331-81/XC1-0360-11) in for service. Various ESN/default adjustment values are written on the printed circuit board for service.Additionally various ESN stickers are included. (Please refer to "5.4 Replacing Main Unit".)After the printed circuit board has been readjusted, please attach any ESN stickers to the chassis. When "ESN Validation" is used,you must modify the ESN register.

Checking power supply voltage

Checking voltage

Points to be checked




Normal voltage

Normal voltage

Normal voltage

1.2V

19.2MHz

12M C511.8V 18M IC433.3V

1.8V3.3V

33M IC35 (1 pin)1.8V18M_3 IC701 (1 pin)

Power supply of each device is connected through the coil.[MPU/DSP]12M: L705, L706, L70818M: L710, L71133M: L712

[mobile DDR]18M: L717

[Flash Memory]

33M: L718

18M_3: L719

Checking the clock

Checking the clock

Normal voltage (1.2V)19.2MHz MPU/DSP side R780

When a normal

value is confirmed.

When a normal

value is confirmed.

When a normal

value is confirmed.

When a normal

value is confirmed.

Checking the Reset/Control signal

Checking the control signal input to the MPU/DSP

/RST IC704 (4 pin)/BINT Q22 (6 pin)

Checking the control signal output from the MPU/DSPIf the /FRST is always 0V, the MPU/DSP is broken.

The BGA parts are not broken.

Checking for an abnormal point

12M has an abnormal voltage.[MPU/DSP]Remove L705, L706 and L708 to check the

voltage of the 12M.

.If the voltage becomes normal, the MPU/DSP

is broken.

18M has an abnormal voltage.

[MPU/DSP]

Remove D705 to check the voltage of the Flash

memory side R747.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

/FRST

Checking battery voltage

Points to be checked Normal voltage

6~9V+B CN2


If the CN2 is less than 6V, charge the battery.

When an abnormal

value is confirmed.

When a normal

value is confirmed.

/PSW Q21 (3 pin) 3.3V

Flash memory side D705 1.8V

Remove L710 and L711 to check the voltage

of the 18M.If the voltage becomes normal, the MPU/DSP

is broken.

[mobile DDR]

Remove L717 to check the voltage of the 18M.

If the voltage becomes normal, the mobile

DDR is broken.

33M has an abnormal voltage.

[MPU/DSP]


If the voltage becomes normal, the MPU/DSP

is broken.

[Flash memory]


If the voltage becomes normal, Flash memory

is broken.

If the voltage is not corrected, there is a problem

other than the BGA parts.

If the voltage becomes abnormal, Flash memory

is broken.

18M_3 has an abnormal voltage.

[Flash memory]

Remove L719 to check the voltage of the 18M_3.

If the voltage becomes normal, Flash memory

is broken.

(No.RA018<Rev.002>)1-95

Checking the output signal

from the MPU/DSP.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When an abnormal

value is confirmed.

When a normal

value is confirmed.

When a normal

value is confirmed.

When a normal

value is confirmed.

When a normal

value is confirmed.

The LCD displays control

It is unlikely that the BGA parts are broken.

Points to be checked Normal voltage/RESET (LCD_RST)

CN9 (11 pin)

1.8V

Points to be checked Normal voltage

/CS_F IC706 (4 pin) 1.8V 0V 1.8V,

Points to be checked Normal voltage/CS4 CN9 (10 pin) After power-on, and

/CS4 has an abnormal voltage.

Check each of the following items.

Check to see the terminal of L802.

Re-insert the FPC of LCD module.

Replace the LCD module.

As a result, if the abnormality yet, the MPU/DSP

or Flash memory or mobile DDR may be broken.

Remove Q800.

If the MPU/DSP side is 3.3V,

the MPU/DSP, Flash memory or mobile DDR

may be broken.

Points to be checked Normal voltage30M IC80 (1 pin) 3.0V


Remove R867 to check the voltage of the 30M.

If the voltage becomes normal, re-insert the

FPC of LCD module or replace the LCD module.

The LCD display “INIT ERROR 1”.An error occurs when the mobile DDR internal

RAM reads or writes.

The mobile DDR may be broken.

1) /RST : MPU/DSP reset signal LOW Reset

2) /BINT : Battery final voltage monitoring LOW Final voltage

3) /PSW : Power switch signal LOW ON

4) /FRST : Flash memory reset signal LOW Reset

5) /CS_F : Flash memory chip select signal LOW Active

6) SBC : Switch +B control HIGH ON

7) 30M : LCD module control 3.0V power supply

8) /RESET (LCD_RST) : LCD reset signal LOW Reset

9) /CS4 : LCD controller chip select signal LOW Active

After power-on, and

1.8V fixed later

1.8V fixed later

If the IC706 (1 pin) is 0V or 1.8V, the MPU/DSP

may be broken.

If the IC706 (2 pin) is 0V or 1.8V, the MPU/DSP

or Flash memory may be broken.

When a normal

value is confirmed.

Points to be checked Normal voltageSBC MPU/DSP side R21 3.3V

Remove the following parts.C47R21R39R66Q32IC36IC61

If the MPU/DSP side is 0V, the MPU/DSP or

Flash memory or mobile DDR may be broken.

1.8V 0V 1.8V,

When a normal

value is confirmed.

When an error display appears on the LCD

1-96 (No.RA018<Rev.002>)

5.2 Failure diagnosis of the GPS section

Overview:When the GPS fuction does not operate, use this flowchart to determine the problem.

Positioning is not carried out normally.

Suitable location for the receive the

GPS signal ?

Verify the contact of the GPS internal

antenna with the PCB.

No

Yes

GPS antenna (Connect on CN907)

LNA IC (IC851)

Pre-SAW Filter (L857)

Post-SAW Filter (L853)

Bluetooth/GPS IC (IC850)

Level conversion IC (IC852, IC853)

TCXO 19.2MHz (X700)

Clock Buffer (IC700)

32.768 KHz clock (X850)

33BT Regulator (IC38)


MPU/DSP IC (IC702)

Re-assembling the GPS antenna

correctly.

If an antenna is defective, replace the

GPS internal antenna.

Replace any abnormal parts.

Verify the BT/GPS power

supply.

IC702 IC852 IC850 L857 Shee t metal

UART UART

IC853 L853 IC851PCM PCM

LNAX700 IC700 X850

MPU/DSPIC

BT/GPSIC

TCXO19.2MHz

32.768kHzClock

ANTMatching

GPSAntenna

ClockBuffer

Level conversion

IC

Level conversion

IC

HPFPre-SAW

Filter

Post-SAWFilter

RFMatching ATT

Operate at place where is good visibility

of the sky.

Check the PCB side A.


Verify the ANT Matching Parts.

Visual check of L905, C948, C883

(Whether not damaged)

[The BT/GPS power supply line

33BT circuit is faulty]

C856, C860, C861, C870, L862,

C885, C890Replace any abnormal parts.

Check the PCB side B (a).

Verify the BT/GPS power

supply.

[The BT/GPS power supply line

18BT circuit is faulty]

C859, C852, C868, L861, C891, C844


Check the PCB side B (b).

Verify the BT/GPS control

signal (/BT_SHUTDOWN).[MPU/DSP (IC702) is faulty]

Replace the PCB.

(33BT) L862: 3.3V

(18BT) L861: 1.8V

R853: 1.8V

When an abnormal

condition is confirmed.

When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


Visual check of the PCB side A parts

(Whether not damaged).

Visual check of the PCB side A parts.


When a normal


When a normal


When a normal


When a normal


When a normal


Major parts for a GPS circuit

(No.RA018<Rev.002>)1-97

Verify the reference clock for the BT/GPS.

(BT_CLK) Intersection of

C850 and R861: Sine waveform,

19.2MHz, 0.2 to 1.2 Vp-p

[The reference clock circuit

for the BT/GPS is faulty].


signal (RXD2).

CP851 (1 pin): Square waveform

UART data of 3.3V logic.

Baud rate:

Default: 115.2kbps

After: 3.967Mbps.

Check the PCB side B (c).


signal (TXD2).

CP851 (2 pin):

Square waveform UART data

of 3.3V logic.

C850, R861, R862.


Verify the LNA power supply

VDD_TCXO (G1 pin) of IC850

(Intersection of C855 and R862): 1.8V

[The power supply line circuit

for LNA is faulty]


[VDD_TCXO (G1 pin) of

IC850 is faulty]

Replace the PCB


signal (18BT_HCI_RX).

IC852 (8 pin):


of 1.8V logic.

Baud rate:

Default: 115.2kbps

After: 3.967Mbps.

[MPU/DSP (IC702) is faulty]

Replace the PCB.

[The 18BT_HCI_RX (TXD2)

line circuit is faulty]


signal (18BT_HCI_TX).

IC852 (8 pin):


of 1.8V logic.

[BT/GPS IC (IC850) is faulty]

Replace the PCB.

Check the PCB side B.


[The RXD2 (18BT_HCI_TX)


Replace the CP851, IC852, R858.

Verify the LNA ENABLE.

IC851 (6 pin): 1.8V

[The LNA ENABLE line is faulty]

Visual check of the R860


Replace any abnormal parts

[GPS_EXT_LNA_EN

(H6 pin) of IC850 is

faulty]

Replace the PCB.

When a normal


When a normal


When a normal


When a normal


When a normal


When a normal


When a normal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When a normal


When a normal


Visual check of the PCB side A parts


Visual check of the C855, R862 and

R851 (Whether not damaged).

Replace the CP851, IC852, R858.

1-98 (No.RA018<Rev.002>)

HPF parts: C882, C881, C880, L859, L858

Pre-SAW parts: L857, D850, D851

LNA parts: C879, L856, C878, IC851, C876, C877, C874, R860

ATT parts: R857, R856, R855

Post-SAW parts: L853, GPS IC RF Matching parts: C867, C866, L852

Verify the RF input circuit for the GPS.

HPF, Pre-SAW, LNA, ATT, Post-SAW,

GPS IC RF Matching.

[The GPS RF input circuit is faulty]

Replace the GPS RF input circuit

parts. (only the parts which can be

replaced.) If any unexchangeable

parts are abnormal, replace the PCB.

Verify the RTC for the BT/GPS.

X850 (3 pin): Square waveform, 32.768 kHz,

1.8Vp-p


[The BT/GPS IC is abnormal]

Replace the PCB.


[The BT/GPS power supply line 33BT circuit is faulty]Visual check of the PCB side B parts


IC39, IC38, C55, L850



Replace the PCB.


[The BT/GPS power supply line 18BT circuit is faulty]

IC37, L38, C52, C53, L851, L854, C875



Replace the PCB.



Replace the PCB.

[The reference clock circuit for the BT/GPS is faulty]

Verify the PCB side B parts

X700 (OUTPUT pin): Clipped sine wave,

X700 (VCC pin): 3.3V,

R700, R702, C701, C702, R704, C703, R705,

R706, R780,

Q700 (B, E): Clipped sine wave, Q700 (C): 3.3V,

R707, C704, C706, R708, C705, L701, C707,

R772, C708


If any unexchangeable parts are abnormal,

Descriptions of signal names

1) 33BT: BT/GPS IC 3.3V power supply


3) TXD2: BT/GPS serial data line connected to UART TX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

4) RXD2: BT/GPS serial data line connected to UART RX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

5) 18BT_HCI_RX: BT/GPS serial data line connected to UART RX of BT/GPS IC (MPU to BT/GPS IC)

6) 18BT_HCI_TX: BT/GPS serial data line connected to UART TX of BT/GPS IC (BT/GPS IC to MPU)

7) /BT_SHUTDOWN: BT/GPS active control of MPU/DSP IC (MPU/DSP to BT/GPS IC) High Active, Low Reset

replace the PCB.

When a normal


When a normal


When a normal


When a normal


When a normal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


Visual check of the RTC line circuit for the

BT/GPS (Whether not damaged).

X850, L854, C875

Visual check of the PCB side B parts.


(No.RA018<Rev.002>)1-99

5.3 Failure diagnosis of the Bluetooth section

Overview:When the Bluetooth function does not operate, use this flowchart to determine the problem.

I can not pair with the Bluetooth (BT) headset.

No

Yes

Major parts for a Bluetooth circuit Bluetooth antenna (Connect on CN909)

LC filter (L855)

Bluetooth/GPS (IC850)

Level conversion IC (IC852, IC853)

TCXO 19.2MHz (X700)

Clock Buffer (IC700)

32.768kHz clock (X850)



MPU/DSP IC (IC702)


Verify the BT/GPS power supply.

(33BT) L862: 3.3V



Verify the ANT Matching Parts.

Visual check of L863, C893,

L855, C873. (Whether not damaged)

[The BT/GPS power supply

line 33BT circuit is faulty]

C856, C860, C861, C870

L862, C885, C890Replace any abnormal parts.



Verify the BT/GPS power supply.

(18BT) L861: 1.8V

[The BT/GPS power supply

line 18BT circuit is faulty]

Visual check of the PCB side A

parts. (Whether not damaged)

C859, C852, C868, L861,

C891, C844



signal (/BT_SHUTDOWN).

R853: 1.8V


Replace the PCB.

IC702 IC852 IC850

UART UART L855

IC853

Sheet metal

PCM PCM

X700 IC700 X850

MPU/DSP

IC

BT/GPS

IC

TCXO

19.2MHz

32.768kHz

Clock

LC

Filter

Bluetooth

Antenna

Clock

Buffer

Level

conversion

IC

Level

conversion

IC

Make sure the BT headset have enough power?

Turn on your BT headset?

Put your BT headset into pairing mode?

Charge the BT headset. Turn on your BT headset and bring it

within one to two meters.

Try again pair with BT headset.

Verify the contact of the BT internal

antenna with the PCB.

To reassembly correctly the BT antenna.

If an antenna is defective, replace the BT internal antenna.

When a normal


When a normal


When a normal


When a normal


When a normal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


Visual check of the PCB side A

parts. (Whether not damaged)

1-100 (No.RA018<Rev.002>)

Verify the reference clock for the BT/GPS.

(BT_CLK) Intersection of

C850 and R861:

Sine waveform, 19.2MHz, 0.2 to 1.2 Vp-p

[The reference clock circuit

for the BT/GPS is faulty]


signal (RXD2).

CP851 (1 pin):

Square waveform UART data of

3.3V logic.

Baud rate:

Default: 115.2kbps

After: 3.967Mbps.



signal (TXD2).

CP851 (2 pin):

Square waveform UART data of

3.3V logic.

C850, R861, R862.



signal (18BT_HCI_RX).

IC852 (8pin):


of 1.8V logic.

Baud rate:

Default: 115.2kbps

After: 3.967Mbps.


Replace the PCB.

[The 18BT_HCI_RX (TXD2)


Visual check of the CP851, IC852, R858



signal (18BT_HCI_TX).

IC852 (8 pin):


of 1.8V logic.



[The RXD2 (18BT_HCI_TX)


Replace the CP851, IC852, R858

[BT/GPS IC (IC850) is faulty]

Replace the PCB.

Verify the RTC for the BT/GPS.

X850 (3 pin):

Square waveform, 32.768kHz, 1.8Vp-p

Visual check of the RTC line circuit for the BT/GPS.X850, L854, C875 (Whether not damaged)



Replace the PCB.

When a normal


When a normal


When a normal


When a normal


When a normal


When a normal


When an abnormal


When a normal


When a normal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal


When an abnormal

condition is confirmed. Visual check of the PCB side A parts


(No.RA018<Rev.002>)1-101



Visual check of the PCB side B parts.

(Whether not damaged)IC39, IC38, C55, L850




IC37, L38, C52, C53, L851, L854, C875



Replace the PCB.


Replace the PCB.


Replace the PCB.


[The reference clock circuit for the BT/GPS is faulty]

Verify the PCB side B parts.

X700 (OUTPUT pin): Clipped sine wave,

X700 (VCC pin): 3.3V,

R700, R702, C701, C702, R704, C703, R705,

R706, R780,

Q700 (B, E): Clipped sine wave, Q700(C): 3.3V,

R707, C704, C706, R708, C705, L701, C707,

R772, C708


If any unexchangeable parts are abnormal,

replace the PCB.

Descriptions of signal names



3) TXD2: BT/GPS serial data line connected to UART TX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

4) RXD2: BT/GPS serial data line connected to UART RX of MPU/DSP IC (MPU/DSP to BT/GPS IC)

5) 18BT_HCI_RX: BT/GPS serial data line connected to UART RX of BT/GPS IC (MPU to BT/GPS IC)

6) 18BT_HCI_TX: BT/GPS serial data line connected to UART TX of GPS IC (BT/GPS IC to MPU)

7) /BT_SHUTDOWN: BT/GPS active control of MPU/DSP IC (MPU/DSP to BT/GPS IC) High Active, Low Reset

When a normal


When a normal


When a normal


When an abnormal


When an abnormal


When an abnormal


Visual check of the PCB side A parts.


1-102 (No.RA018<Rev.002>)

5.4 Replacing Main Unit

Main unit information

Method of confirming “Original Main unit” and “ServiceMain unit”

Note:• The 0Ω resistor (R1, R2, R3) is used to differentiate the

destination with a visual check. These are not connectedwith any PCB pattern; they are specifically for productioncontrol. There is no need to change the mount of these re-sistors.

• There is no difference between the schematic diagram ofthe Service Main unit (XC1-0331-81/XC1-0360-11) andthe schematic diagram of the original Main unit (XC1-0331-80/XC1-0360-10). (R1, R2 and R3 are connectedwith GND (ground) only.)

Supplied Accessories of “Service Main unit”

”Service Main unit” DataThe following data is written on the service unit:

After Changing the PCB(1) After changing the printed circuit board, write the up-to-

date Firmware following the instructions in the “2.2 RE-ALIGNMENT - 2.2.6 Firmware Programming Mode”.• Write the Firmware in accordance to the Market. If you

write different Market Firmware, there are times com-munication with the FPU is not possible.

(2) Using the KPG-D1/D1N, select your desired item (ModelName and Frequency) from the Model> Product Infor-mation menu, then use Program> Write Data to theTransceiver to write the FPU data (PC Programmingmode). When writing to the transceiver, a Warning Mes-sage, corresponding to the item selected, appears. Click[OK] to continue writing the data.

(3) Enter Program> Test Mode, then adjust the various ad-justment data (PC Test Mode) as described in the "SEC-TION 4 ADJUSTMENT".

(4) Attach the new labels corresponding to the new printedcircuit board. (Refer to the images below for label place-ment.)

(5) If necessary, write the FPU data used by the customerwith the KPG-D1/D1N.

Note:• When using the ESN Validation function of NXDN Trunk-

ing, the NXDN ESN number changes when the circuitboard is changed (the number is written on the circuitboard); the NXDN Trunking System cannot be accessed.Use the KPG-110SM on the NXDN Trunking System sideto reprogram the NXDN ESN number.

• When a new printed circuit board is used, the KENWOODESN changes, as does the Transceiver Information dis-play of the KPG-D1/D1N, but this does not have any effecton the operation of the transceiver.

• If changing to the original ESN, please contact our servicecenter.

• KPG-D1N can't be used for E, E2 types.

Model Name Original Main unit Number

For Service Main unit Number

NX-5200 (F2,F3,K2,K3)

XC1-0331-80 XC1-0331-81

NX-5200 (K2,K3,E,E2)

XC1-0360-10 XC1-0360-11

Item (Including Parts Number) Quantity

Main Unit (XC1-033, XC1-036) 1

KENWOOD ESN/ NXDN ESN/ Product Number/ MPT ESN/P25 ESN Label

1

R1

R2

R3

XC1-033

XC1-036

Component side

The 0 resistor (R1) is mounted

on the "R1" silk print part of the

Service Main unit (XC1-0331-81/

XC1-0360-11).

0

XC1-033 R1

1-80 (None)

R2

(None)

R3

(None)

1-81

XC1-036

0-10

0-11

(None)

(None)

Data Type Description

Firmware NX-5200 Firmware.

FPU Data (PC programming mode)

XC1-033/XC1-036 (NX-5200) F2, E2data.

Various Adjustment Data (PC Test mode)

General adjustment values for theXC1-033/XC1-036 (NX-5200).

KENWOOD ESN Model name: [XC1-033/XC1-036] NX-5200SType: F2, K2, E2The same number as the KENWOODESN label is written.

NXDN ESN/ MPT ESN/ Product number/ P25 ESN

The same number as the NXDN ESN/MPT ESN/Product Number/P25 ESNlabel is written.

(No.RA018<Rev.002>)1-103

ESN Label Layout

Note:Cut a UPC code and UPC barcode at dotted line.

ESN Label

A

1

B C D E F G

2

3

4

5

6

7

8

9

10

H I J K L M N O P Q(No.RA018<Rev.002>) 2-1

T:0VR:2.62V

SHIELD PLATE

SP

BATT

AF VolPower SW/

MIC_S

SELECTORCHANNEL

MIC_M

mic

roS

D

LCD CONNECTOR Option20pinKEY

BT

GPS

ANT

1.21V

1.21V

1.21V

1.80V1.80V

3.30V

1.80V

1.80V

3.81V

3.30V

1.79V

1.79V

3.00V

3.30V

4.99V

3.00V

1.80V

5.04V

5.04V

T:2.59VR:2.60V

T:3.30VR:3.30V

T:3.30VR:3.30V

T:2.49VR:2.50V

T:5.32VR:5.32V

Q71T:7.46VR:7.49V

T:0VR:3.62V

T:3.08VR:0.02V

T:2.96VR:2.96V

T:0VR:4.32V

T:0VR:2.62V

T:0VR:1.30V

T:0VR:2.99V

T:0VR:1.26V

T:0VR:2.82V

T:0VR:4.66V

T:0VR:5.00V

T:0VR:1.60V

T:0VR:1.07V

T:0VR:4.85V

T:0VR:4.85V

T:0VR:0.70VT:0VR:1.49V

T:0VR:1.49V

T:3.29VR:3.29V

T:4.98VR:4.98V

Q600

T:3.29VR:3.29V

T:3.30VR:3.29V

T:3.29VR:3.29V

T:3.29VR:3.29V

T:3.29VR:3.29V

1.80V

3.30V

0V0V

0V

1.80V

3.30V

T:0VR:4.74V

T:0VR:1.83V

T:0VR:1.52V

T:0VR:0.75V

T:0VR:4.15V

T:0VR:0V

Q240

T:0VR:4.28V

T:0VR:4.93V

T:4.74VR:4.28V

T:4.98VR:4.91V

T:0VR:0V

T:4.97VR:4.97V

T:3.29VR:3.28V

1.70V

3.28V1.80V

2.74V

3.10V

1.20V

3.01V

3.30V

3.31V

3.29V

1.80V

1.80V

1.21V

3.82V

7.50V

7.50V

7.50V

7.47V

7.50V3.27V

3.16V

3.28V

4.98V

3.29V

13.56V

T:3.28VR:3.29V

T:4.97VR:4.97V

T:2.00VR:2.00V

T:2.00VR:2.00V

T:0VR:0V

T:4.99VR:4.99V

T:4.91VR:4.98V

T:4.29VR:4.99V

T:4.96VR:0V

T:4.28VR:0V

T:1.53VR:0V

T:0VR:0V

Q160

T:4.17VR:0V

T:4.00VR:0V

T:0.14VR:0VT:5.00V

R:0V

T:5.00V

R:0V

T:2.77VR:0V

T:7.05VR:0V

T:7.30VR:7.50V

T:7.29VR:7.49V

T:4.97VR:0V

T:1.67VR:0V

T:0.80VR:0V

(53AF)REGULATORVOLTAGE

Q700

AMPLIFIERBUFFER

Q702,703SWITCHDC

Q670

AMPLIFIERIF AMPLIFIER

IF

LNA

MIX

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

FILTERRIPPLE

SWITCHDC

AMPLIFIERFINAL

AMPLIFIERDRIVE

Q210,Q211

Q110,111

SWITCHDC

AMPLIFIER2PRE-DRIVE

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

SWITCHDC

Q280,281

Q180,181

AMPLIFIERBUFFER

AMPLIFIERBUFFER

AMPLIFIERBUFFER

OSCILLATIONVCO

OSCILLATIONVCO

OSCILLATIONVCO

SWITCHDC

SWITCHDC

SWITCHDC

AMPLIFIERAUDIO

AMPLIFIERAUDIO

CONVERTERD/A

CODEC

CONVERTERD/A

CONVERTERA/D

CONVERTERLEVEL

CONVERTERLEVEL

GPS LNA

/BLUETOOTHGPS

CONTROLLOGIC

CONVERTERLEVEL

ANALOG SW

(50U)REGULATORVOLTAGE

DRIVERLED

REGULATOR(30M)VOLTAGE

CONTROLLOGIC

CONTROLLOGIC

CONTROLLOGIC

CONTROLLOGIC

SENSORMOTION

CONTROLI/O

CO

NT

RO

LL

OG

IC

CONTROLLOGIC

CONTROLLOGIC

FLASH ROM

RESET

SDRAM

MPU

BUFFERCLOCK

REGULATOR(DC AMP)VOLTAGE

(53AF)REGULATORVOLTAGE

IF IC

(200C)CONVERTERDC-DC

APC

(33A)REGULATORVOLTAGE

(33C)REGULATORVOLTAGE

(33BT)REGULATORVOLTAGE

(18BT)REGULATORVOLTAGE

(18M)DC SW

(ANTENNA SW)DC SW

(50A)REGULATOR VOLTAGE

(50T)REGULATOR VOLTAGE

(50R)REGULATOR VOLTAGE

(50VCO)REGULATOR VOLTAGE

(50C)REGULATOR VOLTAGE

REGULATOR(33M)VOLTAGE

(18M)CONVERTERDC-DC

IC33

(38M)CONVERTERDC-DC

(12BU)REGULATORVOLTAGE (31BU)

REGULATORVOLTAGE

IC300

AMPLIFIER1PRE-DRIVE

IC81

(33OPT)REGULATOR VOLTAGE

REGULATOR(33SD)VOLTAGE

RESET IC

IC20

AMPLIFIERDC

IC551AMPLIFIERDC

IC550

AMPLIFIERDC

IC201

IC101

AMPLIFIERDC

IC200

PLL IC

IC100

PLL IC

D900,901

PROTECTIONSURGE

D850,851

PROTECTIONVOLTAGE OVER

D806,808

PROTECTIONSURGE

D8

05

,80

9,8

10

PR

OT

EC

TIO

NS

UR

GE

D704

LED

D905,907


D904,906

PREVENTIONCURRENT REVERSE

D902


D802,803



PROTECTIONPORT

PR

OT

EC

TIO

NP

OR

T

D705


D703


D701,702

PROTECTIONPORT


D700

CONTROLFREQUENCYVCO

D601

D600

CONTROLFREQUENCY VCO

D60

CONVERTERDC-DC

D530,531

WAVE TUNEBPF

WAVE TUNEBPF

D520,521

LIMITERVOLTAGE APC

D390

SWITCHANTENNA

D370,371

SWITCHANTENNA

D350,351

CHARGEBATTERY BACK UP

D30

SWITCHDC

D903

SW

ITC

HD

C

D8

07

SWITCHDC D20,Q20

PROTECTIONVOLTAGE OVER D603


D2

PROTECTIONVOLTAGE OVER D200

CONTROLFREQUENCY VCO

D240-243

CONTROLFREQUENCY VCO D160-164

FILTERRIPPLE

D201,Q201

FILTERRIPPLE

D101,Q101

D1

D100


PREVENTIONCONNECTION REVERSE

10dB ATT

Pre-Drive1

1.8V

3225 1/2W

1A

SHIELD PLATE

3.3V

DIRn H=An->Bn

LEVEL SHIFT1.8V-3.3V

L=Bn->An OMAP Side

1.8V

33

BT

1.8V

3.3V

18

BT

E2:F10-3228-05

12BU

12M

33A

33A

50C50C

SHIELD PLATE

Final

DrivePre-Drive2

16

08

50C

RX ASSIST

RX VCO

10dB ATT

RX VCO_H

TX VCO_H

TX/RX CV amp

16

08

13V DC/DC

TX ASSIST

AS

SIS

T

33M

AS

SIS

T

16

08

TX VCO

50A

16

V

16

V

BL

UE

1608

1608

1608

1005

1005

3.15A

3.1V

To

VC

TC

XO

SAW FILTERGPS

GPS

GPS&BT RTC

SAW FILTER

38M

BO

OT

[7]

BO

OT

[6]

BO

OT

[5]

BO

OT

[4]

BO

OT

[2]

BO

OT

[3]

BO

OT

[1]

BO

OT

[0]

LOW = UART OR USB LOADER

FLDM

FOr BYTE PORT

For Production lineCN636,CN642,CN644,CN639,CN640

18M3

50A

50

A

25REF

25REF

50A

50A

INTM_M

INTM_S

ME

33M

33OPT

33M50A

+B50A50A

33M

D

SB2

18M_3

Emulation Debug BOOT = 00011110UART BOOT = 10010111

18M

+B

+B

50A

+B

18M

DISP_VER

SB2

RE

D

GR

EE

N

/Side2

/Side1

/Side0

/EMG

/PTT

SB2

18M_3

33A

50A

18M_333M

33OPT

+B

33A

33M

30

M

For DVDD IOFor USB

For RVDD,USB For DDR_DVDD

For DVDD IOFor DVDD IO

For CVDD

for OMAP Ferrite beads

Bypass capacitors for OMAP

MC

LK

BC

LK

DO

UT

DIN

WC

LK

38M

18M

18BT

+B

33BT33M

+B

33M

MOTION SENSOR

33OPT

12M

33M

FlashDDR

OMAP

/WP internal Pull-Up

OMAP I/Oexpnder 3.3V

OMAP 1.8V

PA EXT

PA INT

Clock Buffer

DAC(0-3.3V)

21

25

IF IC AD9864

19.2MHz

19.2MHz

8bit/16ch ADC

(CODEC)TLV320AIC3104

12bit/4ch DAC

8bit/8ch DAC

UN

IVE

RS

AL

CO

NN

EC

TE

R

-

S

+

VER2

+B

+B

+B

/KE

YI4

50C

50C

VC

O_M

OD

BT_CLK_REQ

RT

S2

AN

TS

W

/FR

ST

APCSW2_0

/APCSW_0

ANTSW_0

LE

D_G

LE

D_R

HD

Q_

1

/20

o_

RS

T

/20

o_

RE

Q

20

o_

BS

Y

KE

Y_

TX

/20

o_

WU

P

20

o_

DX

18M_2

/KE

Y_

IO_

INT

BE

R_

EN

EX

TA

MT

INT

AM

T

/20o_R

ST

SD

_E

N

5U

C

33M_1

18M

18M_2

LC

D_

BL

C

18M_3

20

o_

CL

K

/BT_SHUTDOWN

33A

33

A

INT

M_

S

INT

M_

M

ME

50A

MIC

_IE

SW

CT

S1

KEY_TX

KEY_RX

US

B_

VB

US

_0

12M

12

M

ME

20o_BSY

USB_DET

USB_VBUS/APCSW

APCSW2

ANTSW

PLL_CLK

PLL_CLK

130C

130C

EXTRXAF_N

INTRXAF_N

BCLK

TX

50VCO_R

RX

50VCO

50VCO_T

TX

50T

EXTSPAF_P

EXTSPAF_N

INTSPAF_P

INTSPAF_N

LE

D_

B

33BT

BT

_A

UD

_D

IB

T_A

UD

_D

OW

CL

K

18B

T_H

CI_

RX

CT

S2

BC

LK

BC

LK

218

BT

_A

UD

_F

SY

NC

TX

D2

18

BT

_A

UD

_O

UT

18

BT

_A

UD

_C

LK

18

BT

_A

UD

_IN

18

BT

_H

CI_

CT

S

RX

D2

18B

T_H

CI_

TX

18

BT

_H

CI_

RT

S

18

M_

1

33

M_

1

33

M_

1

33

M_

1

12

M_

1

18

M_

2

12

M_

1

PLL0_VDDA

PLL1_VDDA

33M_1

18M_1

12M_1

33M_1

18M_1

33M_1

18M

_1

12M

_1

12M_1

18M_1

PLL1_VDDA

PLL0_VDDA

12M_1

12BU

12BU

33C

33C33C

33C

33

C

33

C

33C

SBC

SBC

LNA_EN

5U

C

50U

VR

X_H

_/L

RX

C

AP

C

/DS

W

TX

C

AP

CS

W2

/AP

CS

W

Ra

mp

_O

ffse

t

VR

X_

H_

/L

VT

X_

H_

/L

VT

X_

H_/L

RS

SI

TV

1

TV

2

TV

2

TV2

50

AN

T

TH

P

CV

_R

CV_R

/DMOD_CS /PCS_RF

PLL_MOD

AS

SIS

T_

T

HO

LD

_R

PLD_T

PLD_T

/PLD_T

BCLK

HOLD_T

P_SCK1

/PCS_R

SDO1

/PLD_R

AS

SIS

T_

R

/PCS_T

SB

C

PLD_R

AS

TS

W_R

CV

_T

CV_T

AS

TS

W_

T

TX_PLL_SEL

SCK1

SC

K1

SCK1

US

B_

SW

20

o_

DR

LCD_RST

KE

YO

3

KE

YO

2

KE

YO

1

KE

YO

0

KE

YO

0

/KE

YI3

/KE

YI2

/KE

YI1

/KE

YI0

KE

Y_

BL

C

USB_SW

US

B_

VB

US

VBUS

/BT

_S

HU

TD

OW

N

GP

S_P

A_E

N

/SD

_D

ET

SD

_E

N

IF_CLK_EN_/FLDM

US

B0

_D

P

US

B0

_D

M

SD

I0

HDQ_2

I2C

CK

I2C

DT

RTS1

SD

1_

DA

T[1

]

SD

1_

DA

T[0

]

SD

1_

CM

D

SD

1_

DA

T[3

]

SD

1_

CL

K

SD

1_

DA

T[2

]

/IF

_R

EG

SD

O0

SC

K0

FC

NT

SDET

FC

NT

SD

ET

PF

KE

Y

TH

P

TE

MP

/EX

T_

PT

T

/EXT_PTT

MIC_IESW

AD

D[2

3]

/CS

4/O

E

AD

D[0

]

/WR

DA

TA

[0]

/RS

T

DA

TA

[15

]

/KE

YI0

/KEYI0

KE

YO

1

KEYO1

/SID

E2

/SID

E0

/SIDE1

/KEYI1

/KEYI4

CNTSW

KE

YO

2

/KE

YI2

EN

C3

EN

C0

EN

C1

KE

YO

3

GP

S_

PA

_E

N

/BT

_S

HU

TD

OW

N

RTS2

/KEY_IO_INT

18

BT

_H

CI_

RX

18

BT

_H

CI_

CT

S

18

BT

_H

CI_

RT

S

BT_CLK

18

BT

_A

UD

_F

SY

NC

18B

T_

AU

D_

IN

18

BT

_A

UD

_O

UT

18B

T_

HC

I_T

X

18

BT

_A

UD

_C

LK

33OPT

BT

_C

LK

_E

N

PLL_CLK

IF_C

LK

_E

N_/F

LD

M

IF_MAIN_CLK

BT_CLK_REQ

BT_CLK

19.2

M

HO

LD

_T

HO

LD

_R

/PLD_R

/PLD_T

SYMTIM_IN

SYMTIM_IN

/20

o_

CS

/EM

G

LE

D_B

/CR

ST

TX

C

HDQ_1

IF_CLK

RT

S1

BE

R_

EN

/WR

MIC

_IE

SW

TX

D1

LE

D_R

BT_CLK_EN

AS

SIS

T_T

ENC1

ENC0

/DS

W

/EM

G

/IN

T_

PT

T

VOL

INTM_M

INTM_S

CNTSW

ENC3

ENC2

25REF1

/KE

YI3

RX

D1

SDI0SDO0

/ADCSCK0

/PSW

KE

Y_

RX

VC

O_

MO

D

/CS

2

TE

MP

/IF_CS

/IF

_C

S

IF_D

I

IF_DI

IF_C

LK

CTS1

/UDET

SCK0

/RS

T

SB

C

EX

TA

MT

/20o_W

UP

BE

R_E

N

/20o_R

EQ

INT

AM

T

/SD_DET

/BINT

/SID

E1

/SID

E2

/SID

E0

PF

KE

Y

BATT

/PSW

CO

DE

C_

DO

BC

LK

/CR

ST

BT_AUD_DI

/CS

_F

BA

TT

CODEC_DO

CODEC_DI

CO

DE

C_

DI

WC

LK

WCLK

TX_PLL_SEL

PLL_MOD

EN

C2

DA

TA

[3]

DA

TA

[13

]

DA

TA

[1]

DA

TA

[2]

DA

TA

[11

]

DA

TA

[14

]

DA

TA

[8]

DA

TA

[10

]

DA

TA

[5]

DA

TA

[7]

DA

TA

[12

]

DA

TA

[9]

DA

TA

[6]

DA

TA

[4]

MC

LK

AP

C

AS

SIS

T_R

VO

L

CV

_R

CV

_T

Ra

mp

_O

ffset

I2C

CK

I2C

DT

SC

K0

/DA

CC

S

SD

O0

SD

O0

SC

K0

/EV

CS

INTRXAF_P

/20o_CS

20o_DR

20o_DX

CTS2

USB0_DM

SD1_CMD

SD1_CLK

SD1_DAT[0]

SDI0

LE

D_G

SD1_DAT[1]

SD1_DAT[3]

SD1_DAT[2]

USB0_DP

/INT_PTT

/UD

ET

/CS

4

AD

D[1

]

/WP

/FRST

/WP

DA

TA

[11

]

DA

TA

[4]

AD

D[1

0]

AD

D[1

1]

AD

D[1

4]

AD

D[1

6]

AD

D[1

]

AD

D[3

]D

AT

A[3

]

AD

D[1

7]

DA

TA

[7]

DA

TA

[14

]

/CS

_F

AD

D[1

8]

AD

D[5

]

AD

D[2

]

AD

D[2

0]

AD

D[7

]

DA

TA

[2]

AD

D[1

9]

DA

TA

[8]

AD

D[8

]

DA

TA

[0]

AD

D[2

1]

AD

D[1

3]

DA

TA

[13

]

AD

D[4

]

DA

TA

[10

]

DA

TA

[9]

AD

D[6

]

DA

TA

[5]

AD

D[1

2]

DA

TA

[15

]

AD

D[2

2]

AD

D[9

]

DA

TA

[12

]

/OE

DA

TA

[6]

AD

D[1

5]

AD

D[2

3]

DA

TA

[1]

/CS

_3

20o_CLK

BT_AUD_DO

/DMOD_CS

LCD_RST

SDO1

I2CCK

I2CDT

RXD2

TXD2

RXD1

TXD1

/PCS_R

/PCS_T

SCK1

SDO0

/ADC

/IF_REG

/DACCS

/EVCS

2n

d_

VC

O

RX

C

RX

AS

TS

W_

T

AS

TS

W_

R

MCLK

DA

TA

[15

]

/RST

/OE

DD

R_C

S

DD

R_D

[5]

DD

R_D

[14]

DA

TA

[1]

DD

R_A

[9]

DD

R_

D[0

]

DD

R_

A[1

0]

AD

D[1

0]

DD

R_C

LK

P

DD

R_

A[9

]

DD

R_D

[13]

DA

TA

[3]

AD

D[1

6]

DD

R_D

[0]

DD

R_

D[8

]

DD

R_

A[7

]

DD

R_

D[3

]

DD

R_D

[4]

DD

R_

D[1

4]

AD

D[1

2]

DD

R_

A[8

]

DD

R_A

[2]

DD

R_A

[4]

DD

R_

DQ

M[1

]

DA

TA

[12

]

DD

R_

A[1

3]

DD

R_

CA

S

DD

R_

BA

[1]

DD

R_

WE

DD

R_D

QM

[1]

DD

R_

A[2

]

AD

D[6

]

DD

R_D

[15]

AD

D[0

]

DA

TA

[7]

DD

R_

A[4

]

DD

R_

DQ

S[0

]

AD

D[9

]

DD

R_A

[7]

AD

D[1

5]

DD

R_

D[1

0]

DD

R_D

QM

[0]

DD

R_C

KE

AD

D[2

3]

DD

R_D

[6]

DD

R_B

A[0

]

DD

R_

A[1

1]

DD

R_

A[6

]

DA

TA

[14

]

DD

R_C

AS

DD

R_

D[9

]

DD

R_D

[2]

DD

R_A

[12]

DD

R_

A[3

]

DA

TA

[0]

DD

R_D

[8]

AD

D[1

8]

DA

TA

[11

]

DD

R_D

[10]

DD

R_C

LK

N

DD

R_D

[11]

DA

TA

[10

]

DD

R_

D[1

]

AD

D[1

7]

DD

R_

RA

S

DD

R_

DQ

M[0

]

DD

R_

D[1

2]

AD

D[8

]

DD

R_A

[6]

AD

D[1

4]

AD

D[2

2]

AD

D[2

1]

DA

TA

[5]

DA

TA

[4]

DD

R_

D[4

]

AD

D[2

]

DD

R_

D[5

]

DD

R_

D[2

]

DD

R_D

[1]

DD

R_

D[1

3]

AD

D[1

9]

DD

R_D

[7]

AD

D[5

]

DD

R_A

[8]

AD

D[3

]

DD

R_

CL

KN

DD

R_

CL

KP

DA

TA

[13

]

AD

D[1

1]

DD

R_

D[6

]

DD

R_A

[11]

AD

D[7

]

DD

R_

D[1

1]

DD

R_A

[5]

DD

R_A

[0]

DD

R_

A[0

]

DD

R_D

[3]

DA

TA

[8]

DD

R_

A[1

]

DD

R_D

[9]

DD

R_A

[10]

DD

R_

BA

[0]

DD

R_A

[3]

AD

D[1

3]

DD

R_R

AS

DD

R_

D[7

]

DD

R_

CK

E

DD

R_

CS

DD

R_

D[1

5]

DD

R_

A[1

2]

DA

TA

[9]

DD

R_A

[1]

/WR

AD

D[2

0]

DA

TA

[6]

DD

R_D

[12]

DD

R_D

QS

[0]

DD

R_B

A[1

]

DD

R_

DQ

S[1

]

DD

R_D

QS

[1]

AD

D[4

]

DD

R_A

[13]

DD

R_W

E

DA

TA

[2]

DD

R_

A[5

]

2nd_V

CO

IF_MAIN_CLK

TV

1

TV3

EXTRXAF_P

/BINT

OSCGNDB

RTCGNDG

RTCGNDG

OSCGNDB

PLL1GNDF

PLL0GNDE

PLL1GND F

PLL0GND E

2.2k

R742

10

0R

94

4

10

0R

94

5

10

0R

94

6

10

0R

94

2

47

0

R7

6

(B)

1p

C5

34

56

0k

R5

67

12

0k

R5

36

33

0k

R5

66

3

1

4

2

Q5303SK318

(B)

6pC5

15

12

0n

L5

03

Q500BB506CFS-H

(G)

22

p

C6

78

180pC653(G)12p

C676

47

0n

L6

73

47

0n

L6

74

56

kR

67

3

82

kR

67

4

G2

S

D

G1

Q670BB506CFS-H

56

0

R6

03

(G)33p

C623

68

00

p

C6

37

10

R64

1.2

R9

4

0

R6L100

G0B-0005-00

CN912

RK

74

HB

1J2

21

JC

P9

15

RK

74

HB

1J2

21

JC

P9

14

RK

74

HB

1J2

21

JC

P9

13

RK

74

HB

1J2

21

JC

P9

12

RK

74

HB

1J2

21

JC

P9

11

0

R1

94

GN

D2

5G

ND

12

CoN

36

CoN

63

oUTPUT

4

INPUT

1

49.95MHzL7B-0003-00XF670

47

R5

41

CN21

0

R907

0

R906

47

0p

C9

4

47

0p

C9

83

47

0p

C9

82

100p

C980

100pC822

100pC990

100pC989

100pC988

100p

C987

10

0p

C9

76

10

0p

C9

77

100pC978 1

00

p

C9

81

470p

C915

470pC986

100p

C991

100p

C992

100p

C993

47

0p

C9

84

0R779

0R778

0

R7

76

0

R777

G0B-0005-00

CN18

0

R868

0.1u

C997

D270k

R800

VC

C5

oU

TY

4G

ND

3IN

A2

INB

1

TC

7S

Z0

8F

E

IC807

470pC899

Q850SSM3K15AMFV

V+ 8

BoUT 7

B-IN 6

B+IN 5GND4

A+IN3

A-IN2

AoUT1

NJM12904RB1IC400

G0B-0002-00

CN603

0.0

47

u

C17

3

0.0

47

u

C2

55

(D)

33

0R1

62

3.3

u

L1

66

(D)

33

0

R2

47

3.3

u

L2

47

56

nL

16

4

33

n

L2

45

CN1

CN3

47

0p

C9

3

0.1

uC

77

2

0.1

uC

76

5

0.1

uC

76

8

0.1

uC

76

7

0.1

uC

77

0

10

0p

C7

99

0.1

uC

76

9

0.1

uC

77

11

00

pC

89

8

22

u

C7

64

0.1

uC

76

6

10

0p

C8

96

10

0p

C7

97

10

0p

C8

97

10

0p

C7

98

RN142SD351

18

0p

C3

78

6.8n

L333

2.2nL863

0.5

pC

89

5

1k

R9

40

1k

R9

39

4.7

uC

97

5

4.7

u

C9

74

1k

R938

1k

R937

0.1u

C890

0.1uC891

0

R372

10

R8

67

0

R304

10

R8

70

10

00p

C1

3133

0R

129

6.8

kR

12

8

47

R92

10

0p

C8

47

100pC887 0.01u

C894

CN910

CN911

100p

C957

10

0p

C9

58

0

R703

10u

C2

5

100pC785

10

0p

C7

90

47

0p

C7

89

10

47

u

C50

G0B-0005-00

CN20

G0B-0005-00

CN14

G0B-0005-00

CN15

G0B-0005-00

CN16

G0B-0005-00

CN17

10

4.7

uC

22

3

10

4.7

uC

127

47

pC

88

9

4.7u

L606

0

R760

47

k

R7

75

E2

E4

10

0p

C9

6410

0p

C9

62 10

0p

C9

63 10

0p

C9

65

5678

4321

100*4

CP702

CN602

16

10

uC9

2

RK73PB2H1R2J

1.2

R75

F53-0498-05

F2

150

R588

S68-0931-05S2

100

p

C2

2100

R96

100

p

C4

13

10

0p

C4

12

10

0p

C9

60

10

0p

C9

59

0.1

u

C2

34

70

R9

5

100pC892

6

5

4

3

2

1

CN8

10

0p

C9

56

10

0p

C9

55

10

0p

C9

54

10

0p

C9

53

5678

4321

100*4RK74HB1J101J

CP910

330

R849

5

3

2

16

4

EM6M2Q211

47

0k

R2

31

Q210SSM3J15FS

47

0k

R2

32

47

k

R2

30

47

0k

R1

53470

k

R1

52

5

3

2

16

4

EM6M2Q111

47

kR

151

Q110 SSM3J15FS

47n

L320

82n

L3

12

15

p

C36

9

1.5k

R425Q404SSM3J15FS (D

)6

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R4

24

CN709

100pC952

100pC951

100pC949

100pC950

VSSQ5 E1

VSSQ1 D9

VSSQ4 C1

VSSQ3 B9

VSSQ2 A3

VSS3 K1

VSS2 F1

VSS1 A1

VDDQ5E9

VDDQ4D1

VDDQ3C9

VDDQ2B1

VDDQ1A7

VDD3K9

VDD2F9

DQ

9D

2

DQ

8E

3

DQ

7E

7

DQ

6D

8

DQ

5D

7

DQ

4C

8

DQ

3C

7

DQ

2B

8

DQ

1B

7

DQ

0A

8

VDD1A9

A1

2H

3

NC

1F

7

NC

2F

3

UD

QS

E2

LD

QS

E8

DQ

15

A2

DQ

14

B3

DQ

13

B2

DQ

12

C3

DQ

11

C2

DQ

10

D3

UD

MF

2

LD

MF

8

WE

G7

CA

SG

8

RA

SG

9

BA

1H

9

BA

0H

8

CS

H7

CK

EG

1

CK

G2

CK

G3

A1

1H

2

A1

0/A

PJ7

A9

H1

A8

J3

A7

J2

A6

J1

A5

K3

A4

K2

A3

K8

A2

K7

A1

J9

A0

J8

IC703

47

k

R7

74

47

k

R7

73

SP

C1

05

01

A0

1D

81

0

SP

C1

05

01

A0

1

D8

09

F10-3244-05E3

F10-3246-05E5

F10-3224-05E1

47

0R

86

5

0.1u

C885

0.1u

C884

L8

62

10k

R858

L8

61

5678

4321

10*4

CP

85

1

10k

R859

B1

16

B2

15

B3

14

B4

13

DIR312

OE11

GND10

DIR49

A4

8

A3

7

A2

6

A1

5

DIR14

VCC(A)3

VCC(B)2

DIR21

74AVC4TD245GU

IC853

GND1GND2

oUT IN

L855

B1

16

B2

15

B3

14

B4

13

DIR312

OE11

GND10

DIR49

A4

8

A3

7

A2

6

A1

5

DIR14

VCC(A)3

VCC(B)2

DIR21

74AVC4TD245GU

IC852

CN909

5678

432110*4

CP

850

CN301

10

kR

86

1

47

k

R8

62

CN907

1.5

p

C9

48

STBY3

VIN4

GND 2

VoUT 1

BU33TD2WNVX

IC61

0

R540

1k

R7

72

0

R8

60

0

R249

0

R250

0.1

u

C9

0

0.1uC796

RB521CM-30D705

47

k

R7

71

47k

R770

(-7

1)

68

n

L3

11

10

0k

R1

27

(D)150k

R9255.6

nL

18

2

5.6

n

L18

4

12n

L187

3.3

nL

28

2

4.7

n

L2

84

10n

L287

100

R677

0.01u

C558

10

0R

35

2

100

R35

1

1000p

C300

68

0p

C8

6

(B)8p

C297

27

0R

29

6

27

0R

295

18

R294

47

0

R29

3

47

0

R29

2

12

R291

(-71)56n

L286

56n

L285

22

0n

L2

42

(-9

2)

220

n

L2

43

(G)12p

C197

270

R1

93

27

0

R1

92

18

R191

82n

L185

82n

L186

3.3

u

L1

62

3.3

u

L1

61

7p

C591

0

R5

64

33n

L580

33n

L581

22

p

C5

82

10

p

C5

80

(B)5p

C581

(B)4p

C583

(B)

10

p

C5

84

10

R33

0

10

0n

L3

22

0.0

1u

C3

43

5T

L341

1000pC311

4T

L340

0

R328

(B)

7p

C3

53

9T

L352

(B)

10

p

C3

65

33

0

R31

7

0.1

u

C3

41

10

00

p

C36

0

Q3102SK3077F

10

00p

C3

34

(G)

18

p

C35

5

2.2k

R316

(G)

47

pC

34

4

82

k

R35

0

(G)

18

pC3

63

(B)9p

C3561000p

C352

L323

9T

L3

70

(G)68pC347

100

R31

3

3.9k

R331

(G)

12

p

C3

40

10

00p

C3

26

(B)

3pC3

45

8.2n

L330

Q330RD07MUS2BT214

9T

L351

0

R32

7

27

0R

36

1

1000p

C322 Q320RD01MUS2BT113

3T

L350

47

R32

4

15p

C318

0

R321

RN142S

D350

39p

C3

27

27

R3

15

270

R3

603.3

k

R3

23

1k

R31

4

(G)

22

p

C3

42

10

00p

C3

28

(B)6p

C358

L3

13

10

0

R3

26

68

R311

0.1

uC

321

(B)

9p

C3

59

6T

L3

31

10

00

p

C3

16

L3

32

10

00

pC

31

5

22

pC

32

3

3.9

kR

32

5

(B)7p

C354

2.2

u

L3

60

1000p

C331

10

00

pC

320

15

0p

C3

38

(B)

1.5

p

C3

50

56p

C313

9T

L353

(G)

18

pC3

51

(G)

15

p

C35

7

(B)

1pC

34

8

3.3

kR

33

4

10

00

pC

33

9

22

p

C3

25

(D)

5.6

k

R4

08

22

k

R4

17

1/3

0.2

2

R4

00

15

00

p

C4

08

3.3k

R412

(D)4.7kR405

470

R406

0

R410

8.2k

R414

39

R4

03

0R

416

47

0p

C4

04

1/3

0.2

2

R40

2

22k

R4

18

47

0p

C4

00

15

00

p

C40

9

10

0k

R4

20

(D)4.7kR404

10

k

R4

01

1k

R42

2

Q402SSM3K15AMFV

0.0

56u

C40

2

SSM3K15AMFVQ401

5 2

4 3

6 1

EMD9Q403

47

R4

09

LTC023JEBFS8Q400

(D)

33

k

R4

07

10

0p

C3

92

47kR392

47

R3

93

27k

R390

0

R3

94

Q390LSCR523EBFS8

10

0p

C39

1

47k

R39

1

DZ

2S

05

6(M

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D39

0

47

0p

C39

0

CN201

CN102

0.0

1u

C6

62

33

0n

L6

60

13

2

Q6602SC5066F/O/

470n

L671

0.01u

C670

0.0

1u

C6

71

820n

L662

10

00

p

C6

61

DA3S101FD603

L6

61

47

R6

70

10pC663

10

00

p

C6

73

(B)

6pC6

64

10

0k

R6

72

33

k

R6

75

10

00

pC

67

4

10

k

R6

60

18

R664

27

0

R6

65

15

p

C6

72

270k

R662

10

0

R6

61

27

0

R6

63

L6

72

68

0R

67

1

0.01uC675

82

0n

L6

70

0.0

1u

C5

52

56k

R557

BB

Y5

8-0

2V

D5

21

18

0R

50

3

10

k

R5

50

(B)8p

C544

BB

Y5

8-0

2V

D5

31

10

0k

R5

53

10

00

p

C5

39

BB

Y5

8-0

2V

D5

20

68

nL

53

2

10

0k

R5

38

L5

01

56k

R552

10

k

R5

54

0.0

1u

C5

03

(G)

68

p

C5

21

(B)

1p

C5

26

VDD 5

oUT 4IN-3

VSS2

IN+1

BU7295HFVIC550

(G)

27

p

C5

25

10

00

p

C5

38

0.0

1u

C5

50

270n

L502

10

0k

R5

55

0.01uC553

10

0k

R5

58

10

0k

R5

07

(G)

27

p

C5

45

1k

R5

30

470

R502

1000pC541

(B)7p

C520

56

0n

L5

00

12

0k

R5

05

0.0

1u

C5

08

1M

R5

20

68

nL

53

0

0.01u

C501

(B)

3p

C5

35

10

00

p

C5

54

10

00

p

C5

32

82

nL

53

5

10

0k

R5

51

10

0k

R5

39

VDD 5

oUT 4IN-3

VSS2

IN+1

BU7295HFVIC551

1000p

C511

10

00

p

C5

31

(B)1pC543

22

0n

L5

04

(B)

3pC5

10

0.1

uC

53

0

10

00

p

C5

23

1u

C5

36

1M

R5

21

10

00

pC

51

2

68

n

L5

20

18

p

C6

79

(G)

27

p

C5

47

15

0k

R5

37

0

R500

15

0k

R5

08

(B)0

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C5

40

68

R532

22

0

R5

33

0.01uC551

10

00

p

C5

37

47

R5

01

0.0

1u

C5

33

BB

Y5

8-0

2V

D5

30

(B)1.5p

C524

(G)47p

C549

(G)

12

p

C5

06

10

00

pC

50

7

10

0p

C3

61

CE 3

VIN 4

VSS2

VoUT1

XC8102AA07-G

IC360 10

0p

C3

62

1k

R3

62

1000p

C304

(G)

15

pC3

70

oUT 4

GND3 5

Vcc 6IN1

GND12

GND23

UPC2710TB-AIC300

33pC306

68

n

L3

03

2p

C301

10

00

p

C3

05 0

R30

3

470

p

C3

17

1000p

C372

47

0p

C4

10

10

p

C30

3

15p

C3

10

10

0p

C3

07

21 RN

14

2S

D3

70

47n

L310

21

RN

14

2S

D3

71

10

0k

ER

TJ0V

104

H

TH

40

0

-t

10

0

R3

02

1u

C6

5

1u

C2

43

100k

R105

VCC 10S 9

D+ 8D- 7oE 6

GND52D-42D+31D-21D+1

BD11600NUXIC711

10

0

R2

90

10*4

RK74HB1J100J

CP200

1k

R2

08

1k

R10

8

(B)

10

p

C2

92

R92-3774-05

27

R60

12

0n

L1

63

CV_RCN101

68

R301

47

0p

C2

85

470

p

C2

51

VCC8

1Y7

3A6

2Y5GND 4

2A 3

3Y 2

1A 1

TC7WH14FK-F

IC712

SMV1801-079LF

D161

10

0k

R1

17

10

R107

10

0p

C12

3

(B)7p

C589

10

0

R1

83

10

1u

C17

1

100pC209

56

0

R18

7

GN

D2

5

CPout6

VCCcp5

LD/PS4

Fin 3

Fin2

VCC1

MU

Xo

ut

24

MO

Din

23

CLO

CK

22

CS

21

DA

TA

20

VC

C_d

igita

l1

9

NC_618

NC_517

NC_416

NC_315

NC_214

NC_113

GN

D_

OS

C1

2

VC

C_

OS

C1

1

OS

Cou

t1

0

OS

Cin

9

OS

C_A

C_G

ND

8

NC

7

SKY72310362LF

56

R1

88

(G)

12

p

C2

48

68n

L2

80

47

R5

81

(D)22

R248

Q201DSC9A01/T/

82

nL

58

2

120kR111

1u

C6

6

4.7

uC

62

10

00p

C5

87

10

0

R3

00

0.01u

C206

0.1u

C112

27kR125

47

0p

C2

22

6.8

k

R5

83

(B)3p

C288

100pC208

39

k

R1

10

(B)

10

pC2

93

10*4

RK74HB1J100JCP100

0.2

2u

C24

0

0.01u

C105

10M

R115

47

k

R1

24

(B)

2pC1

87

10

0

R19

0

12

0n

L1

80

1k

R6

6

22p

C185

4.7

uC

64

20

10

u

C2

41

10

p

C2

03

1k

R10

9

100pC120

0

R140

47

0p

C1

26

100pC108

47

0p

C18

4

(B)7p

C188

47

0p

C2

24

D2

43

0.1u

C786

10

R206

(D)22

R163

(G)12p

C196

1S

S4

00

SM

D10

1

39

k

R2

09

(B)

0.7

5p

C16

5

39

n

L2

81

1u

C70

100pC110

56

k

R28

5

10u

L241

47

0k

R6

2

501uC121

Q101DSC9A01/T/

(B)0.5p

C252

(B)

6p

C1

92

1k

R2

07

10

kR

584

SM

V1

705

-07

9LF

D16

0

3.3

uC

61

VDD 8

oUT2 7

IN2- 6

IN2+ 5VSS4

IN1+3

IN1-2

oUT11

BU7242NUX

IC102

10

R104

3

2

1

Q160MCH3914-H/8/

20

10u

C1

41

(G)

22p

C29

5

18

0

R2

41

L10

1

0

R240

120

R243

10

k

R1

81

10

k

R1

44

56

R28

8

R92-3774-05

27

R61

(B)0.5p

C170

0.1u

C214

100p

C111

100kR761

10

k

R2

44

2.2

k

R5

80

1

3

2

Q1802SC5108F/Y/

0.01uC204

0.1u

C211

0

R1

03

100pC207

68

0p

C63

L240

(G)

22

p

C29

1

(G)

39

p

C1

89

(G)27p

C246

(B)

6pC2

87

L140

0.1u

C787

470p

C161

V+ 5

oUT 4IN-3

V-2

IN+1

OPA170AIDRLRIC201

2.2

u

C6

9

0.0

1u

C11

8

10p

C1

01

1

3

2

Q280

2S

C5

10

8F

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47

0p

C1

81

10

R1

02

(B)

3pC29

4

Q701

SSM3K15AMFV

100

k

R1

00

(G)

12

p

C24

9

100p

C210

SM

V1

801

-07

9L

F

D24

2

10

0k

R2

13

SM

V18

01-0

79

LF

D1

62

3.3

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60

47

R10

61k

R101

(B)

6p

C1

93

0.0

1u

C2

00

(G)24pC296

4.7

k

R1

13

68p

C244

47

k

R63

L61

EM6M2Q200

33pC218

47

R2

05

1k

R120

100p

C213

0.0

1u

C2

17

0.1u

C115

47kR281

1

3

2

Q5802SC5108F/Y/

56

0

R2

87

4700p

C117

47k

R123

SMV1801-079LF

D241

100p

C113EM6M2Q100

DB2J40700D60

1S

S4

00

SM

D2

01

100p

C114

0

R20

2

0.01uC102

56k

R1

89

V+ 5

oUT 4IN-3

V-2

IN+1

OPA170AIDRLRIC101

1

3

2Q2812SC5108F/Y/

1

3

2Q181

2SC5108F/Y/

47

0p

C2

82

33

0

R5

82

3

21

Q240MCH3914-H/8/

10

R203

100pC107

47

0p

C1

69

15uL60

120

R142

10

1uC2

53

L2

48

0.01uC103

100

k

R11

4

0.2

2u

C1

40

L16

5

100pC219

CV_TCN100

33pC119

(G)

33p

C2

89

1k

R201

(G)22p

C183

4.7

k

R2

12

SM

V1

130

-07

9LF

D1

64

10

kR

21

7

(B)

10

p

C1

86

0.0

1u

C2

50

SM

V12

70-0

79

LF

D24

0

(G)15p

C190

1M

R242

100k

R204

120kR210

22p

C284

(B)

3p

C1

94

1u

C1

60

100p

C212

(G)

13

p

C1

67

(B)10pC290

1M

R1

43

10

00

p

C5

88

(G)

33pC1

95

SW 6

NC 5

FB 4EN3

VIN2

GND1

TPS61041DRVR

IC60

10M

R214

10

00

p

C2

81

(G)

13

p

C1

66

27

0n

L2

44

501uC220

(G)

27

p

C1

91

1k

R119

10

R112

(B)

10

pC

28

6

4700p

C216

100p

C215

10u

L160

10k

R1

22

56

n

L1

81

10

00

p

C5

90

47

0p

C1

28

CE

6

VS

S5

NC

24

Vo

UT

3

NC

12

VIN

1

XC6209B502D-G

IC63

ED

ZV

8.2

BD

10

0

47

R2

15

10R200

1k

R2

83

47p

C163

18

0

R1

41

GN

D2

5

CPout6

VCCcp5

LD/PS4

Fin3

Fin2

VCC1

MU

Xo

ut

24

MO

Din

23

CL

OC

K2

2

CS

21

DA

TA

20

VC

C_

dig

ita

l1

9

NC_618

NC_517

NC_416

NC_315

NC_214

NC_113

GN

D_O

SC

12

VC

C_

OS

C1

1

OS

Cou

t1

0

OS

Cin

9

OS

C_A

C_G

ND

8

NC

7

SKY72310362LF

ED

ZV

8.2

BD

20

0

10

00

p

C1

68

10

R211

10

0k

R2

16

L200

10

00

p

C18

2

(G)15pC283

10

0p

C12

5

0.1uC124

47

R1

16

100p

C116

D1

63

CN725

CN724

ENABLE 6

RF_IN 5

GND_RF 4RF_oUT3

VCC2

GND1

IC851

0

R79

CN861

235

4 1

L853

235

4 1

L857

10

0k

R8

14

10

0k

R8

10

0

R15

1.8

kR

93

3

1.8

kR

93

4

134

6

25

NS

SM

03

8A

D7

04

1

2

CN13

0.1u

C629

0.1uC633

10

0p

C7

22

0.1

uC

72

3

47

0p

C8

14

680p

C806

Q800SSM3K15AMFV

CN720

1k

R830

1k

R8

24

0

R725

10

0R

853

10

0

R8

52

0

R701

0

R748

0

R837

0R838

1k

R724

0

R734

1uC868

18pC859

18p

C8

60

RN

26

2C

S

D8

51

RN

26

2C

SD

85

0

CN710

10k

R732

18pC715

3 4

2 1L77-1802-05X701

(-86)4.7u

L701

27

0n

L6

04

0.1u

C944

RB

52

1C

M-3

0

D7

00

47k

R728

GND2 12

COMMON 10GND1 11

CD 9

DAT1 8

DAT0 7

VSS 6

CLK 5

VDD 4

CMD 3

CD/DAT32

DAT21

E68-0426-05J1

SSM6N37FE

Q703

0.1u

C20

VIN

5

Vo

UT

4N

C3

GN

D2

Co

NT

Ro

L1

NJW

41

84

U2

-05

IC801

Vo

UT

3

VIN

4

VS

S2

CE

1

XC

62

15

B1

22

N-G

IC3

2

VCC5

oUTY4GND 3

INA 2

INB 1

TC7SZ08FE

IC806

VCC

oUTPUTGND

VCoNT

L77-3123-05

@C-FREX700

100kR745

RK74HB1J100JCP601

D9

01

DZ

2S

06

8M

D9

00

L7

19

10u

L611

10u

L610

0.01u

C620

0.0

1u

C6

32

0.0

1u

C6

28

10

R7

07

1k

R7

00

VoUT 3

GND 4

EN2

VIN1

LXDC2HN18F163

IC34

Q31

KTA2012EP

Q3

0S

SM

3K

15

AM

FV

47

0k

R3

6

0

R16

(D)100k

R904

10

0k

R8

23

0.1uC941

0.1u

C943

RB

52

1C

M-3

0

D9

02

5 6 7 8

4 3 2 11

00

k*4

CP

90

9

5678

4321

10*4

CP906

31

2

DAN222D903

VCC10S9D+8D-7oE6

GND 5

2D- 4

2D+ 3

1D- 2

1D+ 1

BD11600NUXIC906

CN

72

1

22

R722

10k

R730

L4

8

L3

7

L2

6

L1

5V

IN4

ISE

T3

GN

D2

EN

1

BD

17

54

HF

N

IC800

VS

SD

35

VS

SD 34

IOV

CC

33

IOV

CC 32

CA

BC

31

BD

00

30

BD

01

29

BD

02

28

BD

03

27

BD

04

26

BD

05

25

BD

06

24

BD

07

23

BD

08

22

BD

09

21

BD

10

20

BD

11

19

BD

12

18

BD

13

17

BD

14

16

BD

15

15

IM0

14

/WR

13

/RD 12

/RE

SE

T1

1

/CS 10

DC

9

VC

C 8

VC

C7

VS

SA 6

VS

SA

5

LE

DA 4

LE

DK

13

LE

DK

2 2

LE

DK

31

CN

9

/KE

Yo

0E

5

ENC2B1

/KEYI1A5

VCCA4

/SIDE1A3

/KEYI4A2

ENC1A1

KE

Y_

BL

CE

4

IRQ

NE

3

/KE

YI3

E2

/KE

YI2

E1

/KE

Yo

2D

5

TG

L0

D4

LCD_BLCD3

SDAD2

SCLD1

/KEYI0C5

/KEYo1C4

GNDC3X

TA

L1

C2

EN

C3

C1

/KE

Yo

3B

5

/SID

E2

B4

/SID

E0

B3

EN

C0

B2

IC708

1k

R739

10k

R726

0.1

u

C7

14

0

R733

22k

R727

RB521CM-30D703

0.1uC853

15

0

R8

55

0.1uC871

BT

_T

X_

DB

GX

CN

85

1

1uC856

L854

0.1uC870

L850

0.1u

C855

VSS_RF_BT

B10

VS

S_

DC

o_B

TA

9V

DD

_R

F_

BT

B9

BT

_T

ES

TT

MA

10

VDD1P8_FM

J8

VSS_PASYNTH_FM

J10

VB

AT

1A

2V

DD

1P

8V

_2

A3

VD

DS

1B

3B

T_

AU

D_

CL

KD

1B

T_

AU

D_F

SY

NC

D2

BT

_A

UD

_IN

D3

BT

_A

UD

_oU

TC

3B

T_H

CI_

UA

RT

_T

XA

4B

T_H

CI_

UA

RT

_R

XB

5B

T_

HC

I_U

AR

T_

CT

SB

4B

T_

HC

I_U

AR

T_

RT

SB

7B

T_

Ho

ST

_W

AK

EU

PA

5B

TF

M_

nS

HU

TD

oW

NA

6V

DD

_D

IG1

E5

VS

S_D

IG6

B6

BT

_G

PIo

[6]

H5

BT

_G

PIo

[5]

D7

BT

_G

PIo

[4]

C5

BT

_G

PIo

[3]

D6

BT

_G

PIo

[2]

C7

BT

_T

ES

TT

PB

8V

SS

_D

PL

L_B

TA

7V

DD

_D

Co

_B

TA

8

BT_RF

C10

VDD1P8V_BT

C8

VDD_LDoIN_CLASS1P5_BT

D8

VDD_CLASS1P5_BT

D9VDD_PPAIF_BT

D10REF_CLK_LV

E7REF_CLK_HV

E8BT_WAKEUP

H10VSS_REF_CLK

E9VSS_DIG3

E10VDD_SRAM1

F9VDD_DIG4

F10VSS_DIG1

G9VDDS2

G10FM_I2C_SDA

E6FM_I2C_SCL

F6FM_IRQ

G6FM_I2S_CLK

F8FM_I2S_FSYNC

F7FM_I2S_oUT

G7FM_I2S_IN

G8FM_AUD_IN_L

H7

FM_AUD_IN_R

H8

RTC_CLK

H9

VS

S_L

NA

_G

PS

3K

2

TE

ST

_E

NL

10

VS

S_P

A_

FM

J9

FM

_R

FP

_o

UT

K9

FM

_R

FP

_IN

L9

VS

S_R

F_

FM

K8

FM

_A

BG

AP

_C

AP

L8

VS

S_A

DC

PL

L_F

MJ7

FM

_A

UD

_o

UT

_R

K7

FM

_A

UD

_o

UT

_L

L7

RE

F_

CLK

_R

EQ

J6

VD

D_D

IG3

K6

VP

PL6

VS

S_D

IG4

J5

VD

DS

3K

5V

DD

_S

RA

M2

L5

CL

K_R

EQ

PoL

G4

VS

EN

SE

J4

IFo

RC

EL4

GP

S_

I2C

_U

AR

T_S

EL

H4

GP

S_

PA

_E

NG

3G

PS

_E

XT

_LN

A_

EN

H6

GP

S_

IRQ

G5

VS

S_M

IX_G

PS

K3

VD

D_IF

_G

PS

K4

VS

S_L

NA

_G

PS

2L3

GP

S_

LN

A_

INL2

VSS_LNA_GPS1

L1

VDD_PLL_GPS

J2

VSS_PLL_GPS

J1

VDD1P8_GPS

J3

GPS_TP

H3GPS_TM

H2GPS_UART_TX

F5GPS_UART_RX

E3GPS_SENS_I2C_SCL

F4GPS_SENS_I2C_SDA

E4GPS_nSHUTDoWN

D5GPS_TIMESTAMP

C6GPS_PPS_oUT

C4TCXo_LDo_IN

H1VSS_DIG2

F3VDD_DIG2

F2VDD_TCXo

G1VSS_TCXo_CLK

G2TCXo_CLK_LV

F1TCXo_LDo_VPRoG

E1VDDS4

E2TCXo_CLK_REQ

D4VSS_DIG5

C2

VDD_SRAM_LDo

C1

VDD_DIG_LDo

B2

VDD1P8V_1

B1

PMTEST_1P8V

A1

IC850

15

0

R8

57

1kR850

0.01uC850 0.1u

C852

1uC851

0.1

u

C8

75

22pC866

0.1

u

C8

63

0.1

uC

86

5

GPS_PPS_OUTCN850

1u

C8

62

0.1

uC

86

4

0.1uC872

2.5

p

C8

6710n

L852

0.1u

C858

0.1uC857

0.1uC854

22pC873

0.1uC869

L851

0

R851

1u

C8

61

39

R856

120p

C874

3.9

nL

85

9

3.9

nL

85

8

-32.768000k-NSA3534ANDK NZ2520B

L77-3121-05@C-FRE

X850

10

00

p

C8

77

(B)

1.5pC882

2p

C8

83

120p

C879

18

pC

87

6

(B)

1pC881

CN856

(B)

1.5pC880

(-71)6.8n

L856

CE 3

VIN 4

VSS2

VoUT1

XC6223H331G-GIC30

CE3

VIN4

VSS 2

VoUT 1

XC6223H331G-GIC81

33

00

pC

38

22u

C4

1

10u

C3

7

10

uC

36

2.2u

L33

PG

4

SW

33

SW

22

SW

11

PGND216

PGND115

VoS14

EN13 P

VIN

21

2

PV

IN1

11

AV

IN1

0

SS

/TR

9

DEF8

FSW7

AGND6

FB5

TPS62140RGTIC33

10u

C43

4.7

u

C4

2

10

uC

51

VIN8

MoDE7

VoUT4

EN1

GND59

GND46

GND35

GND23

GND12

W02-3785-05A30

0.1

uC

713

CN

70

3

CN

701

0.01uC709

0.01uC777

0.1uC712

1uC710

1uC711

RB521CM-30D702

RB521CM-30D701

22

R7

80

L702

L703

L704

SC

LH

E4

SD

AH

E3

VB

AT

E2

VLD

OE

1

AD

R_A

0D

4

MCLK_REQD3

GND_DIG D2

VDD_DIG D1

CLK3C4

REQ3C3

CLK

4C

2

RE

Q4

C1

GN

D_A

NA

B4

VD

D_

AN

AB

3

RE

SE

TB

2

MCLK_INB1

CLK1A4

REQ1A3

CLK2A2

REQ2A1

CDC3S04YFF

IC700

0

R9

13

2.2

kR

721

1k

R719

2.2

kR

718

2.2

kR

717

2.2

kR

715

2.2

kR

713

2.2

k

R710

100R17

10

0p

C5

DA

3S

10

1F

D2

1k

R711

L814

VC

C8

CH

07

CH

16

A5

GN

D4

VE

E3

INH

2

Co

MM

oN

1

TC

7W

53

FK

F

IC802

VCC 8

G2 7

Y1 6

A2 5GND4

Y23

A12

G11

TC7WT126FU-FIC805

100k

R825

SCLK10

SYNC9

DIN8

VREFIN7

GND6VoUTD 5

VoUTC 4

VoUTB 3

VoUTA 2

VA 1

DAC124S085CISIC901

470pC19

S70-0530-05S1

CN900

470pC15

470pC18

470pC17

470pC16

L3

470pC9

470pC8

470pC13

470pC11

VDD 8

oUT2 7

IN2- 6

IN2+ 5VSS4

IN1+3

IN1-2

oUT11

BU7242NUXIC70

2019

1817

1615

1413

1211

109

87

65

43

21

CN4

0.1

u

C9

03

EM

D9

Q8

01

VCCB 6

oE 5

B 4A3

GND2

VCCA1

TC7SPB9306TUF

IC803

0.1uC901

+VA232

REFP31

REFM30

GPIo29

+VBD28

BDGND27

SDo26

SDI25 S

CL

K2

4

CS

23

AG

ND

22

2

+V

A1

21

CH

02

0

CH

11

9

CH

21

8

CH

31

7

CH416

CH515

CH614

CH713

CH812

CH911

CH1010

CH119

CH

12

8

CH

13

7

CH

14

6

CH

15

5

AIN

M4

AIN

P3

MX

o2

AG

ND

11

ADS7961SRHBIC900

47

00

p

C9

21

2.2

k

R9

10

LTC023JEBFS8Q601

DA

N2

22

D8

07

VCC10S9D+8D-7oE6

GND 52D- 42D+ 31D- 21D+ 1

BD11600NUX

IC804

CN

704

CN

705

CN

702

CN

700

3.3k

R750

CN719

2.2

kR

82

6

CN

706

CN

80

8

CN810

CN809

CN812

CN811

10

0p

C8

45

L810

L809

2

4 53 1

DZ

5S

06

8D

D8

06

100R833

L812

1k

R835

47

pC

84

0

47

pC

83

8

0R841

0R842

2.2k

R829

0.0

1u

C8

24

RB

52

1C

M-3

0

D8

00

CE3

VIN4

VSS 2

VoUT 1

XC8102AA07-G

IC701

CE

6

VS

S5

NC

24

Vo

UT

3

NC

12

VIN

1

XC6209B502D-G

IC82

(D)100k

R902

(D)10k

R903

10

0k

R6

7

10

0k

R6

8

2.2

u

C8

51u

C8

4

0

R926

0

R9

20

LTC014EEBFS8

Q702

2.2

k

R7

62

47

0p

C7

88

1.2

k

R7

63

56

0

R7

64

100

R765

5678

4321

100*4

CP701

10

0p

C7

95

10

0p

C7

93

10

0p

C7

92

10

0p

C7

91

(D)

47

0k

R4

0

22

0k

R3

8

(D)

470

kR4

14

70

k

R3

9

680

0p

C4

9

270

k

R3

7

100k

R26

100kR27

47

0k

R24

47

0k

R2

5

100kR28

5

3

2

1 6

4

SSM6N37FEQ21

EM6M2Q32

0.0

1u

C6

21

VD

D3

oU

T4

DS

2

VS

S1

S-80135ANPF-G IC704

RB

52

0S

M-3

0D

30

100k

R47

EM

6M

2Q

33

100

k

R4

3

CE

6

VS

S5

NC

24

Vo

UT

3

NC

12

VIN

1

XC

62

09

B3

12

D-G

IC3

1

2.2

u

C8

0

STBY3

VIN4

GND 2

VoUT 1

BU30TD2WNVX

IC80

1k

R80

1u

C8

1

STBY3

VIN4

GND 2

VoUT 1

BU18TD2WNVX

IC37

STBY3

VIN4

GND 2

VoUT 1

BU33TD2WNVX

IC38CE3

VIN4

VSS 2

VoUT 1

XC6223D331G-G

IC35

0.1

uC

74

7

10

uC

74

3

0.1

uC

74

5

10

uC

73

5

10

0p

C7

42

0.1

uC

73

9

0.1

uC

73

7

0.1

uC

74

1

0.1

uC

75

5

10

uC

75

1

0.1

uC

75

3

10

0p

C7

57

0.1

uC

77

4

1u

C7

73

1u

C7

80

0.1

uC

77

8

0.1

uC

73

8

10

uC

73

4

0.1

uC

73

6

10

0p

C7

40

0.1

uC

72

9

0.1

uC

72

7

10

0p

C7

31

10

uC

72

5

10

0p

C7

33

0.1

uC

73

2

0.1

uC

73

0

0.1

uC

72

8

0.1

uC

72

6

22

uC

72

4

0.1

uC

720

0.1

uC

721

0.1

u

C719

0.1

u

C718

L708

L706

L705

L711

L7

17

L710

0.0

1u

C7

06

10

0p

C7

04

0.01u

C708

0.01u

C705

68

0

R7

08

2

3

1

Q7002SC4617/S/

33

k

R7

06

15

k

R7

05

1k

R704

1k

R9

08

NC

3

VS

S4

VIN

2

Vo

UT

1

BATT INT

XC

61C

C5602N

-GIC

20

1S

R1

54

-40

0D

1

L1

+BCN2

FZA10BQ-3R15F1

2

4 53 1

DZ

5S

06

8D

D8

08

L815

RB521CM-30D801

RB521CM-30

D803 1kR834

470

R827

RB521CM-30D802

100

R836

L813

SSW14

SP+13

SP-12

MSW11

EMC10

ME9

PTT8

PF7

OPT6

E5

5V4

TXD3

RXD2

SMIC1

CN12

L811

4.7k

R840RB521CM-30D804

100

R831

0

R8

39

8.2

k

R8

28

100R832

56p

C660

47

0p

C2

1

22

pC

26

80

0p

C3

10

00

p

C1

47

0p

C4

71

u

C4

6

2.2

u

C4

8

10

00

pC

82

9

0.01uC846

10

0p

C8

36

10

0p

C8

42

10

00

pC

83

1

1u

C5

6

L401

uC

57

CE

6

VS

S5

NC

24

Vo

UT

3

NC

12

VIN

1

XC6209B502D-GIC36

100kR29

5

3

2

1 6

4

SSM6N37FEQ22

47

0k

R2

0

10kR23

47

0k

R2

2

47

0k

R1

8

10k

R21

52

43

61

EMD12Q20

31

2

DAN222D20

470k

R196800pC12

SB1CN6

L2

470pC7

470pC10

470pC14

2.2

u

C7

4

1u

C7

3

CE

6

VS

S5

NC

24

VoU

T3

NC

12

VIN

1

XC6209B502D-G

IC65

2.2

u

C7

2

1u

C7

1

CE

6

VS

S5

NC

24

Vo

UT

3

NC

12

VIN

1

XC6209B502D-G

IC64

0.1

uC

92

9

(D)12k

R916

1u

C9

31

0.22u

C927

0.22u

C926

(D)12k

R915

(D)150k

R918

Vo- 8

GND 7

VDD 6

Vo+ 5IN-4

IN+3

BYPASS2

SHUTDoWN1

TPA6201A1DRBR

IC904

0R917

(D)150kR919

10

00

pC

93

0

0.1

uC

92

8

10

0p

C9

38

10

0p

C9

39

L904

L903

1u

C9

37

(D)150kR924

0.22u

C933

0.1

uC

93

4

(D)12k

R923

(D)12k

R922

Vo- 8

GND 7

VDD 6

Vo+ 5IN-4

IN+3

BYPASS2

SHUTDoWN1

TPA6201A1DRBR

IC905

0.22u

C932

0.1

uC

93

5

10

0p

C9

36

0R921

47

0p

C7

8

1

23

Q7

12

SB

11

32

(Q,R

)

Vo

UT

22

4

Vo

UT

12

3

VIN

12

2

VIN

82

1

Vo

UT

82

0V

oU

T7

19

VIN718

GND17

RESET16

VDAREF215

VDAREF114

VIN613

Vo

UT

61

2

Vo

UT

51

1

VIN

51

0

VIN

49

Vo

UT

48

Vo

UT

37

VIN36

DI5

CLK4

LD3

VDD2

VIN21

R2A20178NPIC903

LTC014EEBFS8Q70

47

0

R7

4 (D)

22

k

R7

7(D

)2

2kR7

8

(D)

47

k

R7

0

0.1

u

C7

5 (D)

47

kR7

1

0.1

u

C7

6

22

k

R7

3

47

0k

R7

2

10

0p

C7

7

2.2

uC

79

5678

4321

10*4

CP9085678

4321

10*4

CP905

1u

C9

05

0.1

u

C9

06

101u

C924

100pC925

DV

DD

32

/RE

SE

T3

1

RIG

HT

_L

OM

30

RIG

HT

_L

OP

29

LE

FT

_L

OM

28

LE

FT

_L

OP

27

AV

SS

22

6A

VD

D

25

DRVDD 24

HPROUT23

HPRCOM22

DRVSS21

HPLCOM20

HPLOUT19

DRVDD

18AVSS1

17

MIC

2R

16

MIC

BIA

S1

5

MIC

2L

14

MIC

1R

M1

3

MIC

1R

P1

2

MIC

1L

M1

1

MIC

1L

P1

0

SD

A9

SCL8

IOVDD7

DVSS6

DOUT5

DIN4

WCLK3

BCLK2

MCLK1

TLV32AIC3104IIC902

5678

4321

10*4

CP900

5 6 7 8

4 3 2 1

10

0*4

CP

90

1

0R901

0.1u

C904

0.1

u

C9

02

1u

C9

00

5678

4321

100*4

CP903

5678

4321

100*4

CP904

0

R900

0

R9

09

0

R912

1u

C9

17

0.1

u

C9

18

1u

C9

19

0.1

uC

92

0

1uC908

0.1uC909

L9

02

0.1uC907

10R905

RK74HA1J100JCP907

CN

90

4

CN906

L700

10

0p

C7

01

10R702

10

0k

TH

70

0

-t

0.0

1u

C7

00

10

p

C7

07

0.01u

C703

0.0

1u

C7

02

100pC602

100p

C646

0.1u

C647

(B)10pC650

22

R604

(G)12p

C608

RK74HB1J100J

CP600

47

0

R6

07

0.01u

C638

0.1

uC

63

0

0.1uC615

100pC640

1.8k

R605

1000p

C639

220n

L612

33

p

C6

48

0.1

u

C6

31

0.1

u

C6

27

L607

Q602

LSCR523EBFS8

100pC607

100pC600

0.1

u

C6

13

0.1

uC

61

0

15

0p

C6

44

0.0

12

u

C6

14

L614

10k

R602

(G)

33

p

C6

16

100p

C641

100pC604

10

0p

C6

51

0.1u

C618

0.0

1u

C6

43

L608

0.01uC622

(G)

27

p

C6

17

100k

R609

L613

68

0

R6

01

10

0p

C6

42

SM

V1

70

5-0

79

LF

D6

01

10

00

p

C6

24

0.2

2u

C6

12

180n

L609

47

R610

L601

100pC605

VD

DI

48

IFIN

47

CX

IF46

GN

DI

45

CX

VL

44

LoP

43

LoN

42

CX

VM

41

VD

DL

40

VD

DP

39

IoU

TL

38

GN

DP

37

GNDL36

FREF35

GNDS134

SYNCB33

GNDH32

FS31

DoUTB30

DoUTA29

CLKoUT28

VDDH27

VDDD26

PE25

PD

24

PC

23

GN

DD

22

GN

DS

221

CLK

N20

CLK

P19

GN

DC

18

VD

DC

17

GN

DQ

16

IoU

TC

15

VD

DQ

14

RR

EF

13

VREFN 12

VREFP 11

GNDA 10

VDDA 9

GCN 8

GCP 7

VDDF 6

IF2P 5

IF2N 4

GNDF 3MXoN

2MXoP

1

AD9864BCPZRLIC600

5.6kR606

1u

C619 10

pC

64

5

68p

C626

100pC601

39

0n

L6

03

0.1

uC

64

9

L6

05

0.1

u

C6

52

Q600MCH3914-H/8/

0.1

uC

62

5

0.1

u

C6

36

4.7

k

R6

08

4.7

u

C6

35

10u

L600

1k

R600

SM

V1

70

5-0

79

LF

D6

00

(B)

3.5

p

C6

11

100pC606

1u

C6

34

L602

0.1uC603

56

00

p

C6

09

RB

52

1C

M-3

0

D9

07

RB

52

1C

M-3

0

D9

06

47

k

R9

28

1.8

kR

93

2

470

R929

4.7

uC

94

5

RB

52

1C

M-3

0

D9

04

470

R930

RB

52

1C

M-3

0D

90

5

0.1uC942

47

0k

R9

27

0

R911

0

R931

1.8

kR

93

5

4.7

u

C9

46

0.1

u

C9

40

10

0p

C8

41

10

0p

C8

39

10

0p

C8

37

10

0p

C8

34

10

0p

C8

35

10

0p

C8

43

10

0p

C8

44

10

0p

C8

33

2

4531

DZ

5S

06

8D

D8

05

DEOCN902

1uC922

AFOCN903

1uC923

DICN901

10

uC

91

60.1

uC

91

1

0.1

uC

91

2

0.1

uC

91

3

0.1

uC

91

4

20

19

18

17

16

15

14

13

12

11

10

9

87

65

43

21

CN11

49.9R736

0.1

uC

76

3

0.1

uC

76

2

1k

R7

37

1k

R7

38

CN

713

10

uC

74

6

0.1

uC

75

2

0.1

uC

75

0

CN

716

CN

717

0.1

uC

75

9

0.1

uC

76

1

0.1

uC

75

6

CN

714

CN

715

CN

712

CN

718

0.1

uC

75

8

10

uC

74

4

10

uC

74

8

0.1

uC

76

0

0.1

uC

74

9

0.1

uC

75

4

10kR729

10kR731

VCC 5

oUTY 4GND3

INA2

INB1

TC7SZ08FEIC706

VIo

2D

8

VSS3E8

VSS1

H7

VCCG5 VSS2

H2

NC

7A

1

NC

6A

8

NC

5B

1

NC

4C

1

NC

3D

1

NC

2H

1

NC

1H

8

RY

/BY

A4

DN

UE

1

RF

U2

F7

RF

U1

G1

DQ

15

G7

DQ

14

F6

DQ

13

G6

DQ

12

F5

DQ

11

G4

DQ

10

F4

DQ

9G

3

DQ

8F

3

DQ

7E

6

DQ

6H

6

DQ

5E

5

DQ

4H

5

DQ

3H

4

DQ

2E

4

DQ

1H

3

DQ

0E

3

VIo

1F

1

WP

B4

RE

SE

TB

5

WE

A5

oE

G2

CE

F2

NC

8G

8

A2

4F

8

A2

3C

8

A2

2B

8

A2

1C

5

A2

0D

4

A1

9D

5

A1

8C

4

A1

7B

3

A1

6E

7

A1

5D

7

A1

4C

7

A1

3A

7

A1

2B

7

A1

1D

6

A1

0C

6

A9

A6

A8

B6

A7

A3

A6

C3

A5

D3

A4

B2

A3

A2

A2

C2

A1

D2

A0

E2

IC705

10

0p

C7

75

CN

72

2

0.1

uC

77

9

100kR746

4.7k

R747

0.01uC830

0.01uC832

0.01uC827

0.0

1u

C8

28

2.2

uC

82

6

0.0

1u

C8

25

1u

C8

23

0.22uC717

(+/-

0.5

%)

18

k

R3

1

0.1

u

C3

9

L32

(+/-

0.5

%)

68

k

R3

2

L34

47

k

R4

5

1k

R42

L35

L38

0.4

7u

C52

0.4

7u

C5

3

L36

1u

C4

4 25

1uC4

5

0.4

7u

C5

4

L39

0.4

7u

C55

1k

R33

1k

R49

10

0k

R3

4

10k

R351k

R501u

C3

125

1uC

30

L30

1u

C3

2

25

1uC3

3

L3

1

CN

7

1k

R3

0

1u

C3

4

1u

C3

5

L81

1k

R81

25

1uC8

31u

C8

2

CN31

10

0

R8

19

L8

08

3.3

k

R8

08

10

u

C8

18

10

u

C8

19

10

R7

58

SD

A1

0

SCL 9

ADD 8

INT 7

RSVD 6

VD

D5

GND4

DNC23

DNC12

IoVDD1

KXCJ9-1008IC709

10

R7

56

0.1u

C784

0.0

1u

C7

8310

R754

2.2

k

R7

55

2.2

k

R7

57

10

0k

R4

8

100

R46

0.0

1u

C7

76

4.7

k

R7

44

DVDD3318_C10

R4

DVDD3318_C9

P12

DVDD3318_C8

P6

DVDD3318_C7P5

DVDD3318_C6N13

DVDD3318_C5M13

DVDD3318_C4L13

DVDD3318_C3L4

DVDD3318_C2K13

DVDD3318_C1J5

DVDD3318_B11K15

DVDD3318_B10J14

DVDD3318_B9G9

DVDD3318_B8F13

DVDD3318_B7F12

DVDD3318_B6F11

DVDD3318_B5F10

DVDD3318_B4F8

DVDD3318_B3F7

DVDD3318_B2F6

DVDD3318_B1E14

DVDD3318_A6H5

DVDD3318_A5G15

DVDD3318_A4G14

DVDD3318_A3G5

DVDD3318_A2F15

DVDD3318_A1F5

DV

DD

18_10

R13

DV

DD

18_9

P13

DV

DD

18_8

L6

DV

DD

18_7

K5

DV

DD

18_6

J13

DV

DD

18_5

G12

DV

DD

18_4

G11

DV

DD

18_3

G10

DV

DD

18_2

G6

DV

DD

18_1

F14

RV

DD

3N

7

RV

DD

2H

14

RV

DD

1E

5

CV

DD

18

N8

CV

DD

17

M9

CV

DD

16

M8

CV

DD

15

L12

CV

DD

14

K12

CV

DD

13

K6

CV

DD

12

J12

CV

DD

11

J6

CV

DD

10

H13

CV

DD

9H

12

CV

DD

8H

11

CV

DD

7H

10

CV

DD

6H

7

CV

DD

5H

6

CV

DD

4G

13

CV

DD

3G

8

CV

DD

2G

7

CV

DD

1E

15

NC3M3

RSV2T19

SATA_VDD4N4

SATA_VDD3P2

SATA_VDD2P1

SATA_VDD1M2

SATA_VDDRP3

USB_CVDDM12

USB1_VDDA18P14

USB1_VDDA33P15

USB0_VDDA18N14

USB0_VDDA33N18

DDR_DVDD18_10R9

DDR_DVDD18_9R8

DDR_DVDD18_8R7

DDR_DVDD18_7P10

DDR_DVDD18_6P9

DDR_DVDD18_5P8

DDR_DVDD18_4P7

DDR_DVDD18_3N10

DDR_DVDD18_2N9

DDR_DVDD18_1N6

DDR_VREFR6

DDR_ZPU12

RTC_CVDDL14

PLL1_VDDAN15PLL0_VDDA

L15

VS

S3

0P

11

VS

S2

9N

12

VS

S2

8N

11

VS

S2

7N

5

VS

S2

6M

11

VS

S2

5M

10

VS

S2

4M

7

VS

S2

3M

6

VS

S2

2M

5

VS

S2

1M

4

VS

S2

0L

11

VS

S1

9L

10

VS

S1

8L

9

VS

S1

7L

8

VS

S1

6L

7

VS

S1

5L

5

VS

S1

4K

11

VS

S1

3K

10

VS

S1

2K

9

VS

S1

1K

8

VS

S1

0K

7

VS

S9

J1

1

VS

S8

J1

0

VS

S7

J9

VS

S6

J8

VS

S5

J7

VS

S4

H1

5

VS

S3

H9

VS

S2

H8

VS

S1

A1

9

NC

2N

16

NC

1M

14

SA

TA

_V

SS

6M

1

SA

TA

_V

SS

5L

3

SA

TA

_V

SS

4K

2

SA

TA

_V

SS

3K

1

SA

TA

_V

SS

2H

2

SA

TA

_V

SS

1H

1

RT

C_

VS

SH

18

PL

L1

_V

SS

AM

15

PL

L0

_V

SS

AM

17

oS

CV

SS

L1

8

PRU1_R30[0]/PRU1_R31[1]

K4

MMCSD1_DAT[1]/PRU1_R30[1]/PRU1_R31[2]

J3

MMCSD1_DAT[2]/PRU1_R30[2]/PRU1_R31[3]

K3

MMCSD1_DAT[3]/PRU1_R30[3]/PRU1_R31[4]H3

RMII_CRS_DV/PRU1_R31[29]W19

RMII_MHZ_50_CLK/PRU0_R31[23]W18

RMII_RXER/PRU0_R31[24]W17

RMII_RXD[0]/PRU0_R31[25]V17

RMII_RXD[1]/PRU0_R31[26]W16

RMII_TXEN/PRU0_R31[27]R14

RMII_TXD[0]/PRU0_R31[28]V16

RMII_TXD[1]/PRU0_R31[29]U18

GP6[5]P17

PRU0_R30[9]/PRU0_R31[9]R15

PRU0_R30[10]/PRU0_R31[10]R19

PRU0_R30[11]/PRU0_R31[11]R18

PRU0_R30[12]/PRU0_R31[12]T16

PRU0_R30[13]/PRU0_R31[13]U19

PRU0_R30[14]/PRU0_R31[14]V19

PRU0_R30[15]/PRU0_R31[15]V18

GP6[6]V15

GP6[7]W14

SATA_REGN3

SATA_REFCLKNN1

SATA_REFCLKPN2

SATA_TXNJ2

SATA_TXPJ1

SATA_RXNL2

SATA_RXPL1

LCD_AC_ENB_CSR5

MMCSD1_DAT[4]/LCD_VSYNCG4

MMCSD1_DAT[5]/LCD_HSYNCH4

MMCSD1_DAT[6]/LCD_MCLKF2

MMCSD1_DAT[7]/LCD_PCLKF1

MMCSD0_CLKE9

USB1_DPP19

USB1_DMP18

USB0_VDDA12N17

USB0_DRVVBUSK18

USB0_VBUSN19

USB0_IDP16

USB0_DPM19

USB0_DMM18

RTC_ALARM/DEEPSLEEPF4

RTC_XoH19

RTC_XIJ19

oSCoUTK19

oSCINL19

CLKoUTT18

RTCK/GP8[0]K17

EMU1K16

EMU0J16

TRSTL17

TCKJ15

TDoJ18

TDIM16

TMSL16

RESEToUTT17

NMIJ17

RESETK14

DD

R_D

[0]

U15

DD

R_D

[1]

U14

DD

R_D

[2]

V14

DD

R_D

[3]

U13

DD

R_D

[4]

V13

LC

D_D

[0]

W1

LC

D_D

[1]

W2

LC

D_D

[2]

W3

LC

D_D

[3]

V1

LC

D_D

[4]

V2

LC

D_D

[5]

V3

LC

D_D

[6]

U1

LC

D_D

[7]

U2

LC

D_D

[8]/

BooT

[0]

U3

LC

D_D

[9]/

BooT

[1]

T1

LC

D_D

[10]/

BooT

[2]

T2

LC

D_D

[11]/

BooT

[3]

T3

LC

D_D

[12]/

BooT

[4]

R1

LC

D_D

[13]/

BooT

[5]

R2

LC

D_D

[14]/

BooT

[6]

R3

LC

D_D

[15]/

BooT

[7]

P4

DD

R_D

QG

AT

E1

R12

DD

R_D

QG

AT

E0

R11

DD

R_B

A[0

]V

8

DD

R_B

A[1

]T

9

DD

R_B

A[2

]U

8

DD

R_D

QS

[1]

V11

DD

R_D

QS

[0]

T14

DD

R_D

QM

[1]

R10

DD

R_D

QM

[0]

W13

DD

R_C

SV

9

DD

R_C

AS

U9

DD

R_R

AS

W9

DD

R_W

ET

8

DD

R_C

KE

V7

DD

R_C

LK

NW

7

DD

R_C

LK

PW

8

DD

R_A

[0]

U7

DD

R_A

[1]

T7

DD

R_A

[2]

W6

DD

R_A

[3]

V6

DD

R_A

[4]

U5

DD

R_A

[5]

V5

DD

R_A

[6]

W5

DD

R_A

[7]

U6

DD

R_A

[8]

U4

DD

R_A

[9]

T6

DD

R_A

[10]

W4

DD

R_A

[11]

T4

DD

R_A

[12]

V4

DD

R_A

[13]

T5

DD

R_D

[5]

V12

DD

R_D

[6]

W12

DD

R_D

[7]

W11

DD

R_D

[8]

T13

DD

R_D

[9]

T11

DD

R_D

[10]

T10

DD

R_D

[11]

T12

DD

R_D

[12]

U10

DD

R_D

[13]

V10

DD

R_D

[14]

U11

DD

R_D

[15]

W10

AMUTE/UART2_RTSD5

AFSRC2

ACLKRA1

AHCLKR/UART1_RTSA2

AFSXB2

ACLKXB1

AHCLKX/USB_REFCLKIN/UART1_CTSA3

AXR0/ECAP0_APWM0/MII_TXD[0]/CLKS0F3

AXR1/DX0/MII_TXD[1]E1

AXR2/DR0/MII_TXD[2]E2

AXR3/FSX0/MII_TXD[3]E3

AXR4/FSR0/MII_CoLD1

AXR5/CLKX0/MII_TXCLKD3

AXR6/CLKR0/MII_TXENC1

AXR7D2

AXR8/CLKS1/ECAP1_APWM1E4

AXR9/DX1C3

AXR10/DR1D4

AXR11/FSX1C5

AXR12/FSR1C4

AXR13/CLKX1B3

AXR14/CLKR1B4

AXR15/ECAP2_APWM2A4

GP8[12]G3

MMCSD1_CMDJ4

MMCSD1_CLKG2

MMCSD1_DAT[0]G1

GP6[8]T15

GP6[9]U16

GP6[10]W15

GP6[11]U17

GP6[12]R16

GP6[13]R17

SPI1_SoMIH17

SPI1_SIMoG17

SPI1_SCS[7]/I2C0_SCL

G16

SPI1_SCS[6]/I2C0_SDA

G18

SPI1_SCS[5]/UART2_RXD

F17

SPI1_SCS[4]/UART2_TXD

F16

SPI1_SCS[3]/UART1_RXD

E18

SPI1_SCS[2]/UART1_TXD F19

SPI1_SCS[1] F18

SPI1_SCS[0]E19

SPI1_ENAH16

SPI1_CLKG19

SPI0_SoMI/MII_RXERC16

SPI0_SIMo/MII_CRSC18

SPI0_SCS[5]/UART0_RXD/MII_RXD[3]C19

SPI0_SCS[4]/UART0_TXD/MII_RXD[2]D18

SPI0_SCS[3]/UART0_CTS/MII_RXD[1]E17

SPI0_SCS[2]/UART0_RTS/MII_RXD[0]D16

SPI0_SCS[1]/MDIo_CLKE16

SPI0_SCS[0]/MDIo_DD17

SPI0_ENA/MII_RXDVC17

SPI0_CLK/MII_RXCLKD19

EM

A_

WA

IT[1

]B

19

EM

A_

WA

IT[0

]B

18

EM

A_

oE

B1

5

EM

A_

WE

N_

DQ

M[0

]C

8

EM

A_

WE

N_

DQ

M[1

]A

5

EM

A_

WE

B9

EM

A_

A_

RW

D1

0

EM

A_

CS

[5]

B1

6

EM

A_

CS

[4]

F9

EM

A_

CS

[3]

A1

7

EM

A_

CS

[2]

B1

7

EM

A_

CS

[0]

A1

8

EM

A_

CA

SA

9

EM

A_

RA

SA

16

EM

A_

SD

CK

ED

8

EM

A_

CL

KB

7

EM

A_

BA

[1]

A1

5

EM

A_

BA

[0]

C1

5

EM

A_

A[0

]C

14

EM

A_

A[1

]D

15

EM

A_

A[2

]B

14

EM

A_

A[3

]D

14

EM

A_

A[4

]A

14

EM

A_

A[5

]C

13

EM

A_

A[6

]E

13

EM

A_

A[7

]B

13

EM

A_

A[8

]A

13

EM

A_

A[9

]D

12

EM

A_

A[1

0]

C1

2

EM

A_

A[1

1]

B1

2

EM

A_

A[1

2]

D1

3

EM

A_

A[1

3]

D1

1

EM

A_

A[1

4]/

MM

CS

D0

_D

AT

[7]

A1

2

EM

A_

A[1

5]/

MM

CS

D0

_D

AT

[6]

C1

1

EM

A_

A[1

6]/

MM

CS

D0

_D

AT

[5]

E1

2

EM

A_

A[1

7]/

MM

CS

D0

_D

AT

[4]

B1

1

EM

A_

A[1

8]/

MM

CS

D0

_D

AT

[3]

E1

1

EM

A_

A[1

9]/

MM

CS

D0

_D

AT

[2]

C1

0

EM

A_

A[2

0]/

MM

CS

D0

_D

AT

[1]

A1

1

EM

A_

A[2

1]/

MM

CS

D0

_D

AT

[0]

B1

0

EM

A_

A[2

2]/

MM

CS

D0

_C

MD

A1

0

EM

A_

D[0

]C

9

EM

A_

D[1

]A

8

EM

A_

D[2

]B

8

EM

A_

D[3

]E

8

EM

A_

D[4

]B

5

EM

A_

D[5

]E

7

EM

A_

D[6

]C

6

EM

A_

D[7

]D

7

EM

A_

D[8

]E

10

EM

A_

D[9

]D

9

EM

A_

D[1

0]

A7

EM

A_

D[1

1]

D6

EM

A_

D[1

2]

A6

EM

A_

D[1

3]

B6

EM

A_

D[1

4]

C7

EM

A_

D[1

5]

E6

IC702

47

kR

72

3

18pC716

Vo

UT

3

VIN

4

GN

D2

Co

NT

Ro

L1

NJM

28

78

F4

-33

IC39

1k

R51

20

19

18

17

16

15

14

13

12

11

10

9

87

65

43

21

CN10

1u

C803

1000pC804

1uC800

0.1uC801

L8

00

0

R803

0.1uC807

10kR806

4.7k

R805

0

R7

53

0.1

u

C7

82

5678

4321

10*4

CP700

0.1

u

C8

05

0.1

u

C8

08 47

0p

C8

13

47

0p

C8

10

47

0p

C8

16

47

0p

C8

09

47

0p

C8

11

47

0p

C8

12

47

0p

C8

17

47

0p

C8

15

4.7

kR

75

9

SCHEMATIC DIAGRAM MAIN UNIT (XC1-0331-80 (NX-5200(F2), NX-5200(F3), NX-5200(K2), NX-5200(K3)), XC1-0360-10 (NX-5200(K2), NX-5200(K3), NX-5200(E), NX-5200(E2)))

A

1

B C D E F G

2

3

4

5

6

7

8

9

10

H I J K L M N O P Q(No.RA018<Rev.002>) 2-2

SMIC

RXD

TXD

5V

E

OPT

PF

PTT

ME

EMC

MSW

SP-

SP+

SSW

BATT 7.5V

GND

+B

136-174MHz

LPFANT

SWFINAL

AMPAMP

RD07MUS2BT214Q330Q320

DRIVE

1st

MIXMCFIF

IF IC

AD9864BCPZRL

VCO

APC

/APCSW

33C

Q600MCH3914-H/8/

IC600

AMP

Q670 X670

49.95MHz

Q500

GPS

18BT33BT

1575.42MHz

AMP

DRIVE2

2SK3077FQ310

Pre

SW

50C

ANTSW

IC360XC8102AA07-G

DC SW APCSW2

DC SWDC SW

+B

APC

Q402Q401SSM3K15AMFV

Q400LTC023JEBFS8

IC400NJM12904RB1

Q403EMD9

SSM3K15AMFV

uPC2710TB-AIC300

50

T

50

T

50T

DC SW

/DSW

Q390LSCR523EBFS8

BPF

BBY58-02V

BPF

3SK318Q530

AMP

RFIF

AMP

Q6602SC5066F/0/

50R 50R50R

2ndSW 2nd_VCO

D600SMV1705-079LF

LTC023JEBFS8Q601

50C

IF_MAIN_CLK

/IF_CS,SDIO,IF_DI,IF_CLK

/IF_REG,SDO0,SCK0

PLL

TX

PLL

RX

Loop

Filter

Loop

Filter

VCOBUFF CPL

BUFFCPL

BUFF

TX

RX

VCO

Local

LPF

(2/2)IC102

CV_R

BU7242NUX

(1/2)IC102BU7242NUX

CV_T

HOLD_T

130C

IC101

ASSIST_T

ASTSW_T

DC SW

OPA170AIDRLRQ100 EM6M2

VCO_MOD

HOLD_R

130C

IC201

ASSIST_R

ASTSW_R

DC SW

OPA170AIDRLR

Q200 EM6M2

50VCORipple

FilterDC SW TX

DC SW

Q5802SC5108F/Y/

2SC5108F/Y/Q280

Q1802SC5108F/Y/

Q111EM6M2

Q210SSM3J15FS

1SS400SMD101DSC9A01/T/Q101

IC100SKY72310362LF

SKY72310362LFIC200

50C

33C

50C

33C

Fin

Fin

SCK1

/PCS_R

SDO1

(1/2)IC712TC7WH14FK-F

/PLD_R

33M

(2/2)IC712

/PLD_T

TC7WH14FK-F

/PCS_T

SCK1

/DMOD_CS

BCLK

SW

TX_PLL_SEL

33M

DC SW33C

IC711

BD11600NUX

Q701SSM3K15AMFV

Q160

D160

D161,162,163

MCH3914-H/8/

D200 EDZV8.2B

D100 EDVZ8.2B

50C

BLUETOOTH

IC850

SAW

L79-1985-05L853

AMP

RF SAW

L857IC851L79-1985-05

LC

FILTER

L79-1987-05L855

2400 2483.5

MHz

18BT

LEVEL

CONVERSION

33BT

18BT_HCI_TX,18BT_HCI_RX

18BT_HCI_CTS,18BT_HCI_RTS

18BT_AUD_FSYNC,18BT_AUD_CLK

18BT_AUD_OUT,18BT_AUD_IN

IC852 IC85374AVC4TD245GU

CLK18BTX850L77-3121-05

BT_AUD_DI,BT_AUD_DO

WCLK,BCLK

RTS2,CTS2

RXD2,TXD2

BT_CLK

GPS_PA_EN

BT_CLK_REQ

/BT_SHUTDOWN

IC31XC6209B312D-G

3.1V AV R

BINT

1.2V AV R

IC32XC6215B122N-G

31BU12BU

3.8V DC/DC

Converter

1.2V DC/DC

Converter12M

38M

18M1.8V DC/DC

Converter

XC61CC5602N-GIC20

Detect

/BINT

DC SWSB1

DAN222EMD12Q20

D20

DC SW

1.8V AV R18BT

3.3V AV R

38M

3.0V AV R

3.3V AV R

3.3V AV R

33M

5V AV R50A

5UC

5V AV R50U

SD_EN

3.3V AV R33SD

SBC

5V AV R

SBC

3.3V AV R33C

SBC

5V AV R50VCO

5V AV R

TXC

50T

5V AV R

RXC

50R

DC SW

SBC

BATT

53AF 53AF AV R

EM6M2Q32

50A

LTC014EEBFS8Q702SB1132(Q.R)Q71BU7242NUXIC70

F53-0498-05F2

FZA10BQ-3R15F1

XC6209B502D-GIC64

IC65XC6209B502D-G

IC63XC6209B502D-G

XC6209B502D-GIC36

IC82XC6209B502D-G

IC801NJM4184U2-05

33M

SSM6N37FEQ22

SBC

SSM6N37FE

DC SW

Q21

/PSW 33M

TPS62140RGTIC33

EM6M2

DC SW

Q33

A30W02-3785-05

IC34LXDC2HN18F163

IC37BU18TD2WNVX

DC SW18M_3

33A

IC701XC8102AA07-G

33M

33BT

30M

33A

IC39NJM2878F4-33

IC80BU30TD2WNVX

IC35XC6223D331G-G

IC38BU33TD2WNVX

IC30XC6223H331G-G

IC61BU33TD2WNVX

ADS7961SRHBIC900

ADCBATT,CV_R,CV_T,PFKEY,Ra mp_Offset,

SDET,TEMP, THP,VOL

IC901

DAC

DAC124S085CIS

APC,ASSIST_R,ASSIST_T,FCNT

IC903

DAC

R2A20178NP

HOLD_R,HOLD_T,TV1,TV2

SCK0,SDO0

/EVCS

/DACCS

SDI0

/Side1

/Side2

/PTT

CN8

/INT_PTT

/SIDE1

/SIDE2

GND

/SIDE0

D704

NSSM038AQ702

LTC014EEBFS8

SSM6N37FEQ703

BLUE

GREEN

RED

IC904TPA6201A1DRBR

TPA6201A1DRBR

IC905

CN13

CN12

CODEC

TLV32AIC3104IIC902

/Side0

/CRST

VCO_MOD

/ADC,SCK0,SDI0,SDO0

IC906BD11600NUX

D904 905 906 907RB521CM-30

IC802TC7W53FK/F/

IC805 1/2TC7WT126FU-F

BER_EN

IC804BD11600NUX

IC805 2/2

TXD1

TC7WT126FU-F

33M

USB_SW

USB0_DM,USB0_DP

TC7SG08FEIC806

RXD1

IC803TC7SPB9306TUF

KE

Y

CN10

IC708

/KEYI0~/KEYI4

KEYO0~KEYO3

/SIDE0~/SIDE2ENC0~ENC3,CNTSW

KXCJ9-1008IC709

I2CCK,I2CDT

LC

D C

ON

NE

CT

OR

/CS4,/OE,/WR,ADD[23]

DATA[0]~DATA[15]

BD1754HFNIC800

Q800SSM3K15AMFV

CN9

IC702

IC703

IC705

DDR_A[0]~DDR_A[13]

DDR_BA[0],DDR_BA[1]

DDR_CAS,DDR_CKE,DDR_CLKN

DDR_CLKP,DDR_CS

DDR_DQM[0],DDR_DQM[1]

DDR_RAS,DDR_WE

DDR_DQS[0],DDR_DQS[1]

DDR_D[0]~DDR_D[15]

DATA[0]~DATA[15]

/CS2,/CS_F,/FRST,/OE,/WP,/ WR

ADD[0]~ADD[23]

IC706TC7SG08FE

D903DAN222

D902RB521CM-30

BER_EN

MIC_IESW

CTS1

D801~D803RB521CM-30

/CS2

/CS3

/CS_F

BT_CLK

BT_CLK_EN

IF_CLK_EN_/FLDM

BT_CLK_REQ

IF_MAIN_CLK

PLL_CLK

Q7002SC4617/S/

IC700CDC3S04YFF

L77-3123-05X700

CN4

J1

VOL

ENC0~ENC3

CNTSW

+B,SB1

INTM_S

MBIAS

ME

INTM_M

/SD_DET

SD1_CLK

SD1_CMD

SD1_DAT[0]~SD1_DAT[3]

D370 RN142SD371 RN142S

Pre

DRIVE1

AMP

L7B-0003-00

50C

Smart+BATT

SSDET

HDQ_1

(HDQ_2)

13V DC/DC

Converter

IC60TPS61041DRVR

130C

33SD

INTM_S

INTM_M

/ADC

30M

LCD_RST

LEDA

LEDK1~LEDK3

38M

LCD_BLC

Motion Sensor

/KEY_IO_INT

Q801EMD9

KEY_BLC

50A

SSM6N37FEQ703

1/2

2/2

LED_G

LED_B

LED_R

50A

INTAMT

EXTAMT

RTS1

/UDET

/EXT_PTT

BCLK,CODEC_DI,CODEC_DO

I2CCK,I2CDT, MCLK,WCLK

---------------------------------------------------------

--CODEC(IC902)--

/CRST,MCLK,CODEC_DI,CODEC_DO

---------------------------------------------------------

--SD(J1)--

SD1_DAT[0]~SD1_DAT[3],SD1_CLK,SD1_CMD,/SD_DET

---------------------------------------------------------

--UNIVERSAL CONNECTOR(CN12)--

MIC_IESW,/EXT_PTT,/UDET,TXD1,RXD1,CTS1,RTS1

USB0_DM,USB0_DP,B ER_EN,USB_SW,USB_DET

---------------------------------------------------------

--CODEC(IC902),TX PLL(IC100),LEVEL SHIFT(IC853)--

BCLK

---------------------------------------------------------

--Motion Sensor(IC709),CODEC(IC902),I/O Expander(IC708)--

I2CCK,I2CDT

---------------------------------------------------------

--CODEC(IC902), LEVEL SHIFT(IC853)--

WCLK

---------------------------------------------------------

--TX PLL(IC100),RX PLL(IC200)--

SCK1,SDO1

---------------------------------------------------------

--TX PLL(IC100)--

/PCS_T, /DMOD_CS,PLL_MOD,TX_PLL_SEL

/PLD_T, TX,ASTSW_T

---------------------------------------------------------

--RX PLL(IC200)--

/PCS_R,/PLD_R,RX,ASTSW_R

---------------------------------------------------------

--BT/GPS IC(IC850)--

/BT_SHUTDOWN,GPS_PA_EN

---------------------------------------------------------

--LEVEL SHIFT(IC852,IC853)--

CTS2,RTS2,TXD2,RXD2,BT_AUD_DI,BT_AUD_DO

---------------------------------------------------------

--TX--

/APCSW,APCSW2,ANTSW,/DSW,TXC

---------------------------------------------------------

--IFIC(IC600)--

/IF_REG,IF_CLK,/IF_CS,IF_DI,2nd_VCO

---------------------------------------------------------

--ADC(IC900),IFIC(IC600)--

SDI0

---------------------------------------------------------

--DAC(IC903),DAC(IC901),IFIC(IC600),ADC(IC900)--

SCK0,SDO0

---------------------------------------------------------

--LED(Q702,Q703)--

LED_B,LED_G

LED_R

---------------------------------------------------------

--AF(IC904,IC905)--

INTAMT, EXTAMT

---------------------------------------------------------

--I/O Expander(IC708)--

/KEY_IO_INT

---------------------------------------------------------

--SIDE/PTT(CN8)--

/INT_PTT

---------------------------------------------------------

--LCD CONNECTOR(CN9)--

LCD_RST

---------------------------------------------------------

--ADC(IC900)--

/ADC

---------------------------------------------------------

--DAC(IC901)--

/DACCS

---------------------------------------------------------

--DAC(IC903)--

/EVCS

---------------------------------------------------------

--CLOCK BUFFER(IC700)--

BT_CLK_EN

IF_CLK_EN_/FLDM

---------------------------------------------------------

--BATTERY--

HDQ_2(HDQ_1),SDET

---------------------------------------------------------

--5V AVR(IC64)--

RXC

---------------------------------------------------------

--DC SW(Q22)--

/BINT

---------------------------------------------------------

--DC SW(Q21)--

/PSW

---------------------------------------------------------

--5V AVR(IC801)--

5UC

---------------------------------------------------------

--5V AVR(IC36)--

SBC

---------------------------------------------------------

--Detect(IC704)--

/RST

---------------------------------------------------------

--OTHERS--

/EMG,SYMTIM_IN,SYMTIM_IN

---------------------------------------------------------

--3.3V AVR(IC30)--

SD_EN

---------------------------------------------------------

PLL_MOD

32.768kHz

Detect

IC704S-80135ANPF-G

/RST

50C

ME

PFKEY

E

50U USB_VBUS

USB_DET

D703RB521CM-30

I/O Expander

RD01MUS2B

50VCO

Q2111SS400SM/T/

Ripple

EM6M2D201

Filter

DSC9A01/T/

DC SW

Q201

RX

Q240MCH3914-H/8/

D241,242,243

D240

50VCO

VC

TUNETUNE

VC

D520,521.

IC551BU7295HFV

IC550

TV2 TV1

50C

50R

LSCR523EBFS8Q602

Ripple

Filter

50C

33M

D351 RN142SD350 RN142S

BU7295HFV

50C

D530 531BBY58-02V

SMV1705-079LF

SMV1801-079LFD164

SMV1130-079LF

LPF

x2

AMP

Q110SSM3J15FS

DC SW 50VCO

2SC5108F/Y/Q181

SMV1705-079LF

SMV1801-079LF

LPFAMP

x2

2SC5108F/Y/Q281

50VCO_T

50VCO_R

PLL_CLK

PLL_CLK

TC7SZ08FE

IC807

S2

BLOCK DIAGRAM

BB505CFS-HBB505CFS-H

(No.RA018<Rev.002>) 2-3 2-3 (No.RA018<Rev.002>)

B

A

54321

X701

TH400

R946

R945

R9

44

R9

42

R940

R939

R9

38

R9

37

R9

35

R9

34

R9

33

R9

32

R931

R9

30

R9

29

R9

28

R927

R926

R925

R924

R9

23

R9

22

R9

21

R9

13

R912

R911

R910

R909

R9

08

R907

R906

R905

R9

04

R9

03

R9

02

R901

R900

R870

R8

68

R8

67

R865

R862

R861

R859R858

R853

R852

R8

51

R8

50

R849

R842

R841

R840

R8

39

R8

38

R8

37

R836

R835

R834

R833

R832

R831

R830

R829

R828

R827

R8

26

R825

R8

24

R8

23

R806

R8

05

R8

03

R8

00

R777

R7

76

R771

R770

R7

64

R7

63

R7

62

R761

R759

R7

58

R757

R7

56

R7

55

R7

54

R753

R750

R7

48

R7

47

R746R745

R742

R739

R7

34

R733

R732

R731

R730

R729

R728

R727

R726

R7

25 R7

24

R7

23

R722

R721

R719

R718

R717

R715

R713

R711

R710

R564

R5

58

R5

57

R5

55

R554R553

R552R551

R5

50

R425

R424

R422

R420

R4

18

R417

R416

R4

14

R412

R4

10

R409

R408

R407

R4

06

R405

R404

R4

03

R4

02

R401

R4

00

R394 R393

R392R391

R3

90

R3

50

R331

R3

27

R2

32

R2

31

R2

30

R217

R194

R153

R152

R1

51

R1

25

R1

24

R1

23

R122

R1

20

R119

R95

R94

R92

R80

R7

9

R7

8

R77

R76

R75

R74

R7

3

R7

2

R71

R7

0

R6

8

R67

R66

R51

R4

8

R4

7

R4

6

R45R43 R42

R4

1

R40

R3

9

R3

8R

37

R3

6

R3

5

R34

R33

R3

2R

31

R3

0

R29

R28

R27

R2

6R

25

R2

4

R23R2

2 R21

R20

R19

R18 R17

R16

R1

5

R6

Q8

01

Q8

00

Q7

01

Q4

04

Q403

Q4

02

Q401Q400

Q3

90

Q2

11

Q2

10 Q201

Q111

Q1

10

Q101

Q71

Q70

Q3

3

Q3

2

Q31

Q30

Q22 Q2

1

Q20

L902

L8

63

L862

L861

L855

L815

L814

L813

L812

L811

L8

10

L8

09

L800

L7

19

L7

17

L711

L710

L7

04

L703

L702

L1

01

L6

1

L4

0

L3

6

L3

5L

34

L3

3L

32

L3

1

L3

L2

L1

IC9

06

IC905

IC9

03

IC902

IC9

01

IC900

IC853IC852

IC850

IC8

07

IC8

06

IC8

05 IC

80

4

IC803IC

80

2

IC801

IC8

00

IC712

IC711

IC709

IC7

08

IC706

IC705

IC703

IC7

02

IC701

IC700

IC551

IC550

IC4

00

IC102

IC82

IC80

IC70

IC6

5

IC64

IC6

3

IC6

1

IC3

9

IC36

IC3

5

IC3

4

IC3

3

IC3

2IC

31

IC2

0

E2

D9

07

D9

06

D9

05

D9

04

D9

03

D9

02

D810D809

D808

D8

07

D806

D805

D804

D803

D802

D801D800

D7

05

D7

04

D7

03

D7

02

D7

01

D7

00

D3

90

D2

01

D101

D3

0

D20

D2

D1

CP

91

5C

P9

14

CP

91

3C

P9

12

CP

91

1

CP

91

0

CP

90

9

CP

90

8

CP907

CP

90

6

CP

90

5

CP904CP903

CP

90

1C

P9

00

CP851

CP

85

0

CP

70

2

CP

70

1

CP

70

0

CN

91

2

CN911

CN910

CN

90

9

CN907

CN

90

6

CN904

CN903

CN902

CN901

CN900

CN

86

1

CN

85

6

CN851

CN850

CN812

CN

81

1 CN

81

0

CN

80

9

CN

80

8

CN

72

2

CN

72

1

CN

72

0C

N7

19

CN

71

8

CN

71

7

CN

71

6

CN

71

5

CN

71

4

CN

71

3

CN

71

2

CN710CN

70

6

CN

70

5C

N7

04

CN703

CN

70

2

CN701

CN

70

0

CN

20

1

CN

10

2

CN101CN100

CN31

CN

21

CN

20

CN

18

CN

17

CN16

CN

15

CN

14

CN

6

CN2

C997

C993

C992

C991

C986C983C

98

2

C981

C980

C975

C974

C965

C964

C963

C962

C960

C9

58

C957

C956

C955

C954

C953

C952 C951

C9

48

C9

46

C9

45C

94

4C

94

3

C9

42

C941

C940

C939

C938

C937

C936

C9

35 C

93

4

C933 C932

C9

25

C9

24

C923

C922

C9

21

C9

20 C

91

9

C9

18

C9

17

C916

C9

15

C9

14

C9

13

C9

12

C9

11

C9

09

C9

08

C9

07

C906

C9

05

C9

04

C9

03

C902C901

C900

C8

98

C897C896

C8

95

C8

94

C8

92

C891

C8

90

C889

C887

C885

C8

84

C8

83

C8

73

C8

72

C8

71

C8

70

C8

69

C8

68

C865

C864

C863

C862

C861

C8

60

C859

C858

C857

C856 C8

55 C854

C853

C852

C8

51

C850

C847 C846

C845C844

C8

43

C842 C8

41

C840

C8

39

C838

C8

37

C8

36

C8

35

C8

34

C833

C832

C831

C830

C829

C8

28

C827

C8

26

C825

C824

C8

23

C8

17

C8

16 C

81

5C

81

4

C8

13

C8

12

C8

11

C8

10

C8

09

C808 C807

C806

C8

05

C8

04

C8

03

C801

C800

C799C798C797

C796

C7

95

C7

93

C7

92

C7

91

C790

C7

89

C787

C786

C7

85

C7

84

C7

83

C782

C7

80

C7

79

C778

C777

C7

75

C7

74

C7

73

C7

72

C771C770C769C768C767

C766 C765

C7

64

C751

C748

C746

C744

C743

C734

C725

C7

17

C716

C715

C7

14

C7

13

C7

12C711

C7

10

C7

09

C5

53

C5

52

C551C5

50

C4

12

C410

C4

09

C408

C4

04

C4

02

C4

00

C3

92

C391

C3

90

C224

C223C222

C1

28

C127 C126

C125

C124

C1

23

C94

C9

3

C92

C90

C8

5

C8

4

C8

1

C80

C7

9

C7

8

C7

7

C7

6

C7

5

C74

C73

C7

2

C7

1

C70

C69

C66

C65

C57

C56

C51

C50

C4

9

C48

C47C46

C45

C4

4

C43

C42

C4

1

C39

C38

C37

C36

C3

5C

34

C33

C32

C2

5

C23

C21

C19

C18

C17

C1

6

C1

5

C14

C13C12

C11C10

C9

C8

C7

C5

C3

C2

C1

A3

0

XC1-033/036

1

1

J79-0410-19

CN4F

1

F2

CN

10

CN

9

CN7

CN12

CN13

CN

8

R2

R3

R1

--- Component side view (J79-0410-19) ---

MAIN UNIT (XC1-0331-80 (NX-5200(F2), NX-5200(F3), NX-5200(K2), NX-5200(K3)), XC1-0360-10 (NX-5200(K2), NX-5200(K3), NX-5200(E), NX-5200(E2)))

PRINTED CIRCUIT BOARD

(No.RA018<Rev.002>) 2-4 2-4 (No.RA018<Rev.002>)

B

A

5 4 3 2 1

XF670

X8

50

X700 TH700

R920

R919

R918

R9

17

R9

16

R9

15

R8

60

R857

R8

56

R855

R8

19

R814

R810 R808

R780

R779

R778

R7

75

R7

74

R773

R772

R765

R7

60

R744

R7

38

R7

37

R7

36R708

R707

R7

06

R7

05

R704

R7

03

R702

R701

R700

R6

77

R675

R6

74

R673

R6

72

R6

71

R6

70

R6

65

R664

R6

63

R6

62

R6

61

R660

R610

R6

09

R608

R607

R606

R605

R604

R6

03

R6

02

R6

01

R600

R588

R584

R583

R582

R5

81

R580

R567

R5

66

R541

R5

40

R539 R5

38

R537

R536 R533

R5

32

R5

30

R521

R5

20

R508

R507

R505

R503

R502

R501

R5

00

R372

R362

R361

R360

R352

R351

R334

R3

30

R3

28

R326

R325R324

R3

23

R3

21

R3

17

R3

16

R315

R3

14

R313

R3

11

R3

04

R3

03

R3

02

R3

01

R300

R2

96

R295

R2

94

R293

R292

R2

91

R290

R2

88

R287

R285

R2

83

R281

R250R249

R248

R247

R2

44

R2

43

R2

42

R2

41

R240

R216

R215R214

R2

13

R212

R2

11

R210

R2

09

R2

08

R207

R2

06

R205 R204

R203

R202

R201

R2

00

R193

R192

R1

91

R1

90

R1

89

R1

88

R187 R183

R1

81

R1

63

R1

62

R1

44

R1

43

R1

42

R1

41

R140

R1

29

R1

28

R1

27

R117

R116 R115

R1

14

R113

R1

12

R111

R1

10

R1

09

R108

R107

R106 R105

R1

04

R103

R1

02

R101

R1

00

R9

6

R8

1

R6

4

R6

3

R6

2R

61

R6

0

R50

R49

Q8

50

Q703

Q7

02

Q700

Q6

70

Q660

Q602

Q6

01

Q6

00

Q580

Q5

30

Q5

00

Q330

Q3

20

Q3

10

Q281

Q2

80

Q2

40

Q2

00

Q1

81

Q1

80

Q1

60

Q1

00

L9

04

L9

03

L859

L858

L857L8

56

L854

L853

L852

L851

L850

L808

L708

L706

L7

05

L701

L700

L6

74

L673

L6

72

L6

71

L670

L662

L661

L6

60

L614 L613L612 L611 L610

L6

09

L6

08

L607

L6

06

L6

05

L604

L603

L602

L601L600

L582

L5

81

L5

80

L5

35

L5

32

L5

30

L5

20

L504

L503

L502

L501

L5

00

L370

L360

L353 L3

52

L351

L3

50

L341

L3

40

L3

33

L3

32

L3

31 L330

L3

23

L322

L320

L313

L3

12

L3

11

L3

10

L3

03

L2

87

L2

86

L285

L284

L282

L281

L2

80

L248

L2

47

L245

L2

44

L2

43

L2

42

L2

41

L2

40

L200

L1

87

L1

86

L185

L184

L182

L181

L1

80

L166

L165

L164

L163

L162

L161

L1

60

L140

L100

L81

L6

0

L39

L3

8

L30

IC904

IC851

IC7

04

IC600

IC360

IC3

00

IC201

IC2

00

IC101

IC1

00

IC81

IC60

IC38

IC37

IC3

0

E5

E4

E3

E1

D9

01

D9

00

D8

51

D8

50

D6

03

D6

01

D6

00

D531

D5

30

D5

21

D5

20

D3

71

D3

70

D3

51

D3

50

D243

D242

D241

D240

D2

00

D164

D163

D162

D161D160

D1

00

D6

0

CP

60

1

CP600

CP

20

0CP

10

0

CN

72

5

CN

72

4

CN

70

9

CN

60

3

CN602

CN

30

1

CN3

CN1

C9

90

C9

89

C9

88

C9

87

C9

84

C9

78

C9

77

C9

76

C959

C950

C949

C931

C930

C929

C928

C927C926

C8

99

C8

82

C8

81

C880

C8

79

C877

C876

C8

75

C8

74

C8

67

C866

C8

22

C8

19

C8

18

C788

C7

76

C7

63

C7

62

C761C760

C759C758

C7

57

C7

56

C7

55

C7

54

C753

C7

52

C750C749

C7

47

C7

45

C7

42

C7

41

C740

C7

39

C738

C7

37

C736

C7

35

C7

33

C7

32

C731

C7

30

C729

C7

28

C7

27

C7

26

C7

24

C7

23

C7

22

C7

21

C7

20

C7

19

C7

18

C7

08

C707

C706

C705

C704

C703

C7

02

C7

01

C700

C679

C6

78

C6

76

C6

75

C674

C6

73

C6

72

C6

71

C670

C664

C6

63

C6

62

C661

C660

C653

C652

C6

51 C650 C649

C648

C6

47

C6

46C

64

5

C644C643

C642

C641C640

C6

39

C638 C637

C636C6

35

C6

34

C6

33

C6

32

C631

C630

C6

29

C628

C627

C6

26

C625

C624

C623

C622

C621

C6

20

C6

19

C618

C617C616

C615

C6

14

C6

13

C612C611

C6

10

C6

09C

60

8 C6

07

C6

06

C6

05

C6

04C603

C602

C601

C600

C5

91

C5

90

C5

89

C588

C587

C5

84

C5

83

C582

C5

81

C580

C558

C554

C5

49

C5

47

C5

45

C544

C543

C5

41

C540

C539

C538

C537

C536C

53

5

C5

34

C533

C532

C531

C5

30

C5

26

C5

25

C524

C5

23

C521

C520

C5

15

C5

12

C5

11

C510

C508

C507

C5

06

C5

03

C5

01

C4

13

C378

C3

72

C3

70

C3

69

C365

C363

C362

C3

61C3

60

C3

59

C358

C3

57

C3

56

C3

55

C354

C3

53

C352

C3

51

C350

C348

C3

47

C345

C344

C343C342

C341

C340C339

C3

38

C334

C331

C328

C327

C326

C325

C323

C3

22

C3

21

C3

20

C3

18

C3

17

C316

C3

15

C3

13

C311C310

C307

C3

06

C305 C304

C3

03

C3

01

C3

00

C2

97

C2

96

C295

C294

C293C2

92

C2

91

C2

90 C289

C2

88

C287

C286

C285

C284

C283

C282

C281

C2

55

C2

53

C252

C2

51

C250

C2

49

C248

C246

C2

44

C243

C241

C240

C220

C219

C218

C217

C216

C2

15

C2

14

C2

13

C2

12

C2

11

C2

10

C209

C208

C207 C206

C204

C2

03

C2

00

C1

97

C1

96

C195

C194

C1

93

C192

C1

91

C1

90 C189

C1

88

C187

C1

86

C185C184

C1

83

C182

C1

81

C173

C171

C170

C169

C168

C167C166

C165

C163

C161

C160

C141

C140

C1

31

C121

C120

C119

C118

C117

C1

16

C1

15

C114

C1

13

C1

12

C111

C110

C108

C107 C105

C1

03

C102

C1

01

C86

C83

C8

2

C64

C6

3

C62

C61

C60

C5

5

C5

4

C5

3

C5

2

C3

1

C30

C2

2

C20

S2

1

RT

C

S1

J1

CN11

--- Foil side view (J79-0410-19) ---

MAIN UNIT (XC1-0331-80 (NX-5200(F2), NX-5200(F3), NX-5200(K2), NX-5200(K3)), XC1-0360-10 (NX-5200(K2), NX-5200(K3), NX-5200(E), NX-5200(E2)))

(No.RA018<Rev.002>) 2-5 2-5 (No.RA018<Rev.002>)

A-1C

Side Y axisX axis

ADDRESS TABLE OF BOARD PARTS

Each address may have an address error by one

interval.

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

IC IC20 A- 3AIC30 B- 1AIC31 A- 3BIC32 A- 3BIC33 A- 1BIC34 A- 1AIC35 A- 1AIC36 A- 4BIC37 B- 5BIC38 B- 5BIC39 A- 3AIC60 B- 1AIC61 A- 4AIC63 A- 4BIC64 A- 4AIC65 A- 4BIC70 A- 5BIC80 A- 2BIC81 B- 1AIC82 A- 4AIC100 B- 4AIC101 B- 3BIC102 A- 3BIC200 B- 3AIC201 B- 3BIC300 B- 4AIC360 B- 4AIC400 A- 4BIC550 A- 3AIC551 A- 3AIC600 B- 1BIC700 A- 2BIC701 A- 1AIC702 A- 1BIC703 A- 1AIC704 B- 2BIC705 A- 1BIC706 A- 2BIC708 A- 2AIC709 A- 1AIC711 A- 2BIC712 A- 2AIC800 A- 2BIC801 A- 4AIC802 A- 4AIC803 A- 3AIC804 A- 4AIC805 A- 3AIC806 A- 4AIC807 A- 2BIC850 A- 5BIC851 B- 5BIC852 A- 5BIC853 A- 5BIC900 A- 3AIC901 A- 3BIC902 A- 2AIC903 A- 3AIC904 B- 5AIC905 A- 5AIC906 A- 3A TRANSISTORQ20 A- 3BQ21 A- 3AQ22 A- 3AQ30 A- 3BQ31 A- 3BQ32 A- 3AQ33 A- 1AQ70 A- 5BQ71 A- 5BQ100 B- 3BQ101 A- 4BQ110 A- 4BQ111 A- 3BQ160 B- 3BQ180 B- 4BQ181 B- 4BQ200 B- 3BQ201 A- 3BQ210 A- 3BQ211 A- 3BQ240 B- 2BQ280 B- 2BQ281 B- 3B

Q310 B- 4AQ320 B- 4BQ330 B- 4BQ390 A- 4BQ400 A- 4AQ401 A- 4AQ402 A- 4BQ403 A- 4BQ404 A- 4BQ500 B- 3AQ530 B- 3AQ580 B- 2BQ600 B- 2BQ601 B- 1BQ602 B- 2BQ660 B- 2AQ670 B- 2AQ700 B- 2AQ701 A- 2AQ702 B- 5BQ703 B- 5BQ800 A- 2BQ801 A- 2AQ850 B- 5B DIODE D1 A- 4AD2 A- 4AD20 A- 3BD30 A- 3BD60 B- 1AD100 B- 3BD101 A- 4BD160 B- 3BD161 B- 3BD162 B- 3BD163 B- 3BD164 B- 3BD200 B- 3BD201 A- 3BD240 B- 2BD241 B- 2BD242 B- 2BD243 B- 2BD350 B- 5AD351 B- 4AD370 B- 4AD371 B- 4AD390 A- 4BD520 B- 3AD521 B- 3AD530 B- 4AD531 B- 4AD600 B- 2BD601 B- 1BD603 B- 2AD700 A- 2BD701 A- 2BD702 A- 2BD703 A- 2AD704 A- 5BD705 A- 2BD800 A- 3AD801 A- 4AD802 A- 4AD803 A- 4AD804 A- 4AD805 A- 5AD806 A- 5AD807 A- 4AD808 A- 5AD809 A- 5AD810 A- 5AD850 B- 5BD851 B- 5BD900 B- 5AD901 B- 5BD902 A- 3AD903 A- 3AD904 A- 3AD905 A- 3AD906 A- 3AD907 A- 3A RESISTOR R1 A- 3BR6 A- 3B

R15 A- 3AR16 A- 4BR17 A- 4AR18 A- 3AR19 A- 3AR20 A- 3BR21 A- 3BR22 A- 3BR23 A- 3BR24 A- 3AR25 A- 3AR26 A- 3AR27 A- 3AR28 A- 3AR29 A- 3AR30 A- 3BR31 A- 1BR32 A- 1BR33 A- 1AR34 A- 1AR35 A- 1AR36 A- 3BR37 A- 3AR38 A- 3AR39 A- 3BR40 A- 3AR41 A- 3AR42 A- 1BR43 A- 1BR45 A- 1BR46 A- 1AR47 A- 1AR48 A- 1AR49 B- 5BR50 B- 5BR51 A- 3AR60 B- 1BR61 B- 1BR62 B- 1AR63 B- 1AR64 B- 1AR66 A- 4BR67 A- 4AR68 A- 4BR70 A- 4BR71 A- 4BR72 A- 5BR73 A- 5BR74 A- 5BR75 A- 5AR76 A- 5BR77 A- 5AR78 A- 5AR79 A- 5BR80 A- 2BR81 B- 1AR92 A- 2BR94 A- 1BR95 A- 5BR96 B- 5AR100 B- 4AR101 B- 3AR102 B- 3AR103 B- 3AR104 B- 4AR105 B- 3AR106 B- 4AR107 B- 3AR108 B- 3AR109 B- 3BR110 B- 3BR111 B- 3BR112 B- 3BR113 B- 3BR114 B- 3BR115 B- 3BR116 B- 3BR117 B- 3BR119 A- 3BR120 A- 3BR122 A- 4BR123 A- 3BR124 A- 3BR125 A- 3BR127 B- 3BR128 B- 3BR129 B- 3B

R140 B- 3AR141 B- 3AR142 B- 3AR143 B- 3AR144 B- 3AR151 A- 3BR152 A- 3BR153 A- 3BR162 B- 3BR163 B- 3BR181 B- 3BR183 B- 3BR187 B- 4BR188 B- 3BR189 B- 4BR190 B- 4BR191 B- 4BR192 B- 4BR193 B- 4BR194 A- 3BR200 B- 3AR201 B- 2AR202 B- 3AR203 B- 3AR204 B- 3AR205 B- 3AR206 B- 3AR207 B- 3AR208 B- 3BR209 B- 3BR210 B- 3BR211 B- 3BR212 B- 3BR213 B- 3BR214 B- 3BR215 B- 3BR216 B- 3BR217 A- 3BR230 A- 3BR231 A- 3BR232 A- 3BR240 B- 2AR241 B- 2AR242 B- 2AR243 B- 2AR244 B- 2AR247 B- 2BR248 B- 2BR249 B- 3AR250 B- 2AR281 B- 2BR283 B- 2BR285 B- 3BR287 B- 2BR288 B- 3BR290 B- 3BR291 B- 2BR292 B- 2BR293 B- 2BR294 B- 3BR295 B- 3BR296 B- 3BR300 B- 4BR301 B- 4BR302 B- 4BR303 B- 4AR304 B- 4AR311 B- 4AR313 B- 4AR314 B- 4AR315 B- 4AR316 B- 4AR317 B- 4BR321 B- 4BR323 B- 4BR324 B- 4BR325 B- 4BR326 B- 4BR327 A- 4BR328 B- 4BR330 B- 4BR331 A- 4BR334 B- 4BR350 A- 5AR351 B- 4AR352 B- 4AR360 B- 4A

R361 B- 4AR362 B- 4AR372 B- 4AR390 A- 4BR391 A- 4BR392 A- 4BR393 A- 4BR394 A- 4BR400 A- 4BR401 A- 4AR402 A- 4BR403 A- 4BR404 A- 4BR405 A- 4BR406 A- 4BR407 A- 4BR408 A- 4BR409 A- 4BR410 A- 4BR412 A- 4BR414 A- 4BR416 A- 4BR417 A- 4BR418 A- 4BR420 A- 4BR422 A- 4BR424 A- 4BR425 A- 4BR500 B- 3AR501 B- 3AR502 B- 3AR503 B- 3AR505 B- 3AR507 B- 3AR508 B- 3AR520 B- 3AR521 B- 3AR530 B- 3AR532 B- 3AR533 B- 3AR536 B- 3AR537 B- 3AR538 B- 4AR539 B- 4AR540 B- 3AR541 B- 3AR550 A- 3AR551 A- 3AR552 A- 3AR553 A- 3AR554 A- 3AR555 A- 4AR557 A- 4AR558 A- 4AR564 A- 3AR566 B- 4AR567 B- 3AR580 B- 2BR581 B- 2BR582 B- 2BR583 B- 2BR584 B- 2BR588 B- 3AR600 B- 1BR601 B- 1BR602 B- 1BR603 B- 2BR604 B- 2BR605 B- 1BR606 B- 1BR607 B- 1BR608 B- 2BR609 B- 1BR610 B- 1BR660 B- 2AR661 B- 2AR662 B- 2AR663 B- 2AR664 B- 2AR665 B- 2AR670 B- 2AR671 B- 2AR672 B- 2AR673 B- 2AR674 B- 2AR675 B- 2AR677 B- 2A

R700 B- 2AR701 B- 2AR702 B- 2AR703 B- 2AR704 B- 2AR705 B- 2AR706 B- 2AR707 B- 2AR708 B- 2AR710 A- 1AR711 A- 1AR713 A- 1AR715 A- 1AR717 A- 1AR718 A- 1AR719 A- 1AR721 A- 1AR722 A- 1BR723 A- 1AR724 A- 2AR725 A- 2AR726 A- 2AR727 A- 2AR728 A- 2AR729 A- 2BR730 A- 2BR731 A- 2BR732 A- 2BR733 A- 2AR734 A- 2BR736 B- 2AR737 B- 2AR738 B- 2AR739 A- 1BR742 A- 2AR744 B- 2BR745 A- 2BR746 A- 2BR747 A- 2BR748 A- 4AR750 A- 4AR753 A- 2AR754 A- 1AR755 A- 1AR756 A- 1AR757 A- 1AR758 A- 1AR759 A- 1AR760 B- 2AR761 A- 2BR762 A- 5BR763 A- 5BR764 A- 5BR765 B- 5AR770 A- 2BR771 A- 2AR772 B- 2AR773 B- 5BR774 B- 5BR775 B- 1AR776 A- 1BR777 A- 1BR778 B- 2BR779 B- 2BR780 B- 2AR800 A- 2BR803 A- 2BR805 A- 2BR806 A- 2BR808 B- 1BR810 B- 1BR814 B- 1BR819 B- 1BR823 A- 4AR824 A- 4AR825 A- 4AR826 A- 3AR827 A- 4AR828 A- 4AR829 A- 3AR830 A- 3BR831 A- 4AR832 A- 4AR833 A- 4AR834 A- 4AR835 A- 4AR836 A- 4A

R837 A- 4A

R838 A- 4AR839 A- 4AR840 A- 4AR841 A- 5AR842 A- 5AR849 A- 1BR850 A- 5BR851 A- 5BR852 A- 5BR853 A- 5BR855 B- 5BR856 B- 5BR857 B- 5BR858 A- 5BR859 A- 5BR860 B- 5BR861 A- 5BR862 A- 5BR865 A- 2BR867 A- 2BR868 A- 5BR870 A- 2BR900 A- 3AR901 A- 3AR902 A- 3BR903 A- 3BR904 A- 3BR905 A- 2AR906 A- 3AR907 A- 2AR908 A- 2AR909 A- 2AR910 A- 2AR911 A- 2AR912 A- 2AR913 A- 3AR915 B- 5AR916 B- 5AR917 B- 5AR918 B- 5AR919 B- 5AR920 B- 5BR921 A- 5AR922 A- 5AR923 A- 5AR924 A- 5AR925 A- 5AR926 A- 5AR927 A- 3AR928 A- 3AR929 A- 3AR930 A- 3AR931 A- 3AR932 A- 3AR933 A- 3AR934 A- 3AR935 A- 3AR937 A- 3AR938 A- 3AR939 A- 3AR940 A- 3AR942 A- 3AR944 A- 3AR945 A- 3AR946 A- 3A CAPACITORC1 A- 4BC2 A- 4AC3 A- 4BC5 A- 4AC7 A- 3AC8 A- 3AC9 A- 3AC10 A- 3BC11 A- 3BC12 A- 3BC13 A- 3BC14 A- 3AC15 A- 3AC16 A- 3AC17 A- 3AC18 A- 3AC19 A- 3AC20 B- 1AC21 A- 3A

C22 B- 5AC23 A- 5BC25 A- 2BC30 B- 1AC31 B- 1AC32 A- 3BC33 A- 3BC34 A- 3BC35 A- 3BC36 A- 1BC37 A- 1BC38 A- 1BC39 A- 1BC41 A- 1BC42 A- 1BC43 A- 1AC44 A- 1AC45 A- 1AC46 A- 4BC47 A- 3BC48 A- 4BC49 A- 3AC50 A- 1BC51 A- 1AC52 B- 5BC53 B- 5BC54 B- 5BC55 B- 5BC56 A- 3AC57 A- 3AC60 B- 1BC61 B- 1BC62 B- 1BC63 B- 1AC64 B- 1AC65 A- 4AC66 A- 4AC69 A- 4BC70 A- 4BC71 A- 4AC72 A- 4AC73 A- 4BC74 A- 4BC75 A- 4BC76 A- 5BC77 A- 5BC78 A- 4BC79 A- 5AC80 A- 2BC81 A- 2BC82 B- 1AC83 B- 1AC84 A- 4AC85 A- 4AC86 B- 1AC90 A- 1AC92 A- 5AC93 A- 3AC94 A- 3BC101 B- 4AC102 B- 3AC103 B- 3AC105 B- 3AC107 B- 4AC108 B- 4AC110 B- 4AC111 B- 4AC112 B- 4AC113 B- 4AC114 B- 4AC115 B- 3AC116 B- 3AC117 B- 3AC118 B- 3BC119 B- 3BC120 B- 3BC121 B- 3BC123 A- 3BC124 A- 3BC125 A- 3BC126 A- 4BC127 A- 3BC128 A- 3BC131 B- 4BC140 B- 3AC141 B- 3AC160 B- 3B

C161 B- 3BC163 B- 3BC165 B- 3BC166 B- 3BC167 B- 3BC168 B- 3BC169 B- 3BC170 B- 3BC171 B- 3BC173 B- 3BC181 B- 3BC182 B- 3BC183 B- 4BC184 B- 4BC185 B- 4BC186 B- 3BC187 B- 4BC188 B- 4BC189 B- 4BC190 B- 4BC191 B- 4BC192 B- 4BC193 B- 4BC194 B- 3BC195 B- 4BC196 B- 4BC197 B- 4BC200 B- 3AC203 B- 3AC204 B- 2AC206 B- 3AC207 B- 3AC208 B- 3AC209 B- 3AC210 B- 3AC211 B- 3AC212 B- 3AC213 B- 3AC214 B- 3AC215 B- 3AC216 B- 3AC217 B- 3BC218 B- 3BC219 B- 3BC220 B- 3BC222 A- 3BC223 A- 3BC224 A- 3BC240 B- 2AC241 B- 2AC243 B- 2BC244 B- 2BC246 B- 2BC248 B- 2BC249 B- 2BC250 B- 2BC251 B- 2BC252 B- 2BC253 B- 2BC255 B- 2BC281 B- 2BC282 B- 2BC283 B- 2BC284 B- 3BC285 B- 2BC286 B- 2BC287 B- 3BC288 B- 3BC289 B- 3BC290 B- 3BC291 B- 2BC292 B- 3BC293 B- 2BC294 B- 3BC295 B- 3BC296 B- 3BC297 B- 3BC300 B- 4BC301 B- 4AC303 B- 4AC304 B- 4AC305 B- 4AC306 B- 4AC307 B- 4AC310 B- 4AC311 B- 4AC313 B- 4A

C315 B- 4AC316 B- 4BC317 B- 4BC318 B- 4BC320 B- 4BC321 B- 4BC322 B- 4BC323 B- 4BC325 B- 4BC326 B- 4BC327 B- 4BC328 B- 4BC331 B- 4BC334 B- 4BC338 B- 4BC339 B- 4BC340 B- 5BC341 B- 4BC342 B- 5BC343 B- 4BC344 B- 5BC345 B- 5BC347 B- 5AC348 B- 5AC350 B- 5AC351 B- 4AC352 B- 5AC353 B- 5AC354 B- 5AC355 B- 5AC356 B- 5AC357 B- 5AC358 B- 5AC359 B- 5AC360 B- 4AC361 B- 4AC362 B- 4AC363 B- 5BC365 B- 5AC369 B- 4AC370 B- 4AC372 B- 4AC378 B- 5BC390 A- 4BC391 A- 4BC392 A- 4BC400 A- 4AC402 A- 4BC404 A- 4AC408 A- 4BC409 A- 4BC410 A- 4BC412 A- 4BC413 B- 4AC501 B- 3AC503 B- 3AC506 B- 3AC507 B- 3AC508 B- 3AC510 B- 3AC511 B- 3AC512 B- 3AC515 B- 3AC520 B- 3AC521 B- 3AC523 B- 3AC524 B- 3AC525 B- 3AC526 B- 3AC530 B- 3AC531 B- 3AC532 B- 3AC533 B- 3AC534 B- 3AC535 B- 3AC536 B- 3AC537 B- 3AC538 B- 3AC539 B- 3AC540 B- 4AC541 B- 3AC543 B- 4AC544 B- 4AC545 B- 4AC547 B- 4AC549 B- 4AC550 A- 3A

C551 A- 3AC552 A- 3AC553 A- 3AC554 B- 4AC558 B- 3AC580 B- 2BC581 B- 2BC582 B- 2BC583 B- 2BC584 B- 2BC587 B- 2BC588 B- 2BC589 B- 2BC590 B- 2BC591 B- 2BC600 B- 1BC601 B- 1BC602 B- 1BC603 B- 1BC604 B- 1BC605 B- 1BC606 B- 1BC607 B- 1BC608 B- 2BC609 B- 2BC610 B- 1BC611 B- 2BC612 B- 1BC613 B- 1BC614 B- 1BC615 B- 1BC616 B- 2BC617 B- 2BC618 B- 1BC619 B- 1BC620 B- 1BC621 B- 2BC622 B- 2BC623 B- 2BC624 B- 1BC625 B- 1BC626 B- 1BC627 B- 1BC628 B- 1BC629 B- 1BC630 B- 1BC631 B- 1BC632 B- 2BC633 B- 1BC634 B- 1BC635 B- 2BC636 B- 1BC637 B- 1BC638 B- 1BC639 B- 1BC640 B- 1BC641 B- 1BC642 B- 1BC643 B- 1BC644 B- 1BC645 B- 1BC646 B- 1BC647 B- 1BC648 B- 1BC649 B- 1BC650 B- 2BC651 B- 2BC652 B- 1BC653 B- 2AC660 B- 2AC661 B- 2AC662 B- 2AC663 B- 2AC664 B- 2AC670 B- 2AC671 B- 2AC672 B- 2AC673 B- 2AC674 B- 2AC675 B- 2AC676 B- 2AC678 B- 2AC679 B- 2AC700 B- 2AC701 B- 2AC702 B- 2AC703 B- 2A

C704 B- 2AC705 B- 2AC706 B- 2AC707 B- 2AC708 B- 2AC709 A- 2BC710 A- 2BC711 A- 2AC712 A- 2AC713 A- 2BC714 A- 2AC715 A- 2BC716 A- 2BC717 A- 2AC718 B- 2BC719 B- 2BC720 B- 2BC721 B- 2BC722 B- 2BC723 B- 2BC724 B- 2BC725 A- 1BC726 B- 2BC727 B- 2BC728 B- 2BC729 B- 1AC730 B- 1BC731 B- 1AC732 B- 2BC733 B- 2BC734 A- 1BC735 B- 2BC736 B- 2BC737 B- 2BC738 B- 1AC739 B- 1BC740 B- 1AC741 B- 1BC742 B- 1BC743 A- 1BC744 A- 1AC745 B- 1BC746 A- 1AC747 B- 1BC748 A- 1AC749 B- 1AC750 B- 1AC751 A- 1AC752 B- 2BC753 B- 2BC754 B- 2BC755 B- 1BC756 B- 2BC757 B- 1BC758 B- 1AC759 B- 1AC760 B- 1AC761 B- 1AC762 B- 2AC763 B- 2AC764 A- 1AC765 A- 2AC766 A- 1AC767 A- 1AC768 A- 1AC769 A- 1AC770 A- 1AC771 A- 2AC772 A- 2AC773 A- 1BC774 A- 1BC775 A- 1BC776 B- 2BC777 A- 2BC778 A- 1BC779 A- 1BC780 A- 2BC782 A- 2AC783 A- 1AC784 A- 1AC785 A- 2BC786 A- 2BC787 A- 2AC788 B- 5BC789 A- 2AC790 A- 2AC791 A- 4B

C792 A- 4BC793 A- 4BC795 A- 4BC796 A- 1AC797 A- 1AC798 A- 1AC799 A- 1AC800 A- 2BC801 A- 2BC803 A- 2BC804 A- 2BC805 A- 2BC806 A- 2BC807 A- 2BC808 A- 2BC809 A- 2AC810 A- 2AC811 A- 2AC812 A- 2AC813 A- 2AC814 A- 2AC815 A- 2AC816 A- 2AC817 A- 2AC818 B- 1BC819 B- 1BC822 B- 1B

C823 A- 4AC824 A- 4AC825 A- 4AC826 A- 4AC827 A- 3AC828 A- 4AC829 A- 5AC830 A- 4AC831 A- 5AC832 A- 3AC833 A- 5AC834 A- 5AC835 A- 5AC836 A- 4AC837 A- 5AC838 A- 5AC839 A- 5AC840 A- 5AC841 A- 5AC842 A- 5AC843 A- 4AC844 A- 5AC845 A- 5AC846 A- 4AC847 A- 2AC850 A- 5BC851 A- 5BC852 A- 5BC853 A- 5BC854 A- 5BC855 A- 5BC856 A- 5BC857 A- 5BC858 A- 5BC859 A- 5BC860 A- 5BC861 A- 5BC862 A- 5BC863 A- 5BC864 A- 5BC865 A- 5BC866 B- 5BC867 B- 5BC868 A- 5BC869 A- 5BC870 A- 5BC871 A- 5BC872 A- 5BC873 A- 5BC874 B- 5BC875 B- 5BC876 B- 5BC877 B- 5BC879 B- 5BC880 B- 5BC881 B- 5BC882 B- 5BC883 A- 5BC884 A- 5BC885 A- 5B

C887 A- 2AC889 A- 5BC890 A- 5BC891 A- 5BC892 A- 4AC894 A- 3AC895 A- 5BC896 A- 1AC897 A- 2AC898 A- 2AC899 B- 1BC900 A- 3AC901 A- 3AC902 A- 3AC903 A- 3AC904 A- 2AC905 A- 2BC906 A- 3BC907 A- 2AC908 A- 2AC909 A- 2AC911 A- 2AC912 A- 2AC913 A- 2AC914 A- 2AC915 A- 3AC916 A- 2AC917 A- 2AC918 A- 2AC919 A- 2AC920 A- 2AC921 A- 2AC922 A- 2AC923 A- 2AC924 A- 2AC925 A- 2AC926 B- 5AC927 B- 5AC928 B- 5AC929 B- 5AC930 B- 5BC931 B- 5BC932 A- 5AC933 A- 5AC934 A- 5AC935 A- 5AC936 A- 5AC937 A- 5AC938 A- 5AC939 A- 5AC940 A- 3AC941 A- 3AC942 A- 3AC943 A- 3AC944 A- 3AC945 A- 3AC946 A- 3AC948 A- 5BC949 B- 5AC950 B- 5AC951 A- 5AC952 A- 5AC953 A- 2AC954 A- 2AC955 A- 2AC956 A- 2AC957 A- 3AC958 A- 3AC959 B- 5AC960 A- 5AC962 A- 2AC963 A- 2AC964 A- 2AC965 A- 2AC974 A- 3AC975 A- 3AC976 B- 2AC977 B- 2AC978 B- 2AC980 A- 4AC981 A- 2AC982 A- 2AC983 A- 2AC984 B- 5BC986 A- 2AC987 B- 1BC988 B- 1B

C989 B- 1AC990 B- 1BC991 A- 1AC992 A- 1AC993 A- 1AC997 A- 2B OTHER X700 B- 2AX701 A- 2BX850 B- 5B TH400 A- 4BTH700 B- 2A CN1 B- 4BCN3 B- 4ACN4 A- 3ACN7 A- 4BCN8 A- 4BCN9 A- 2BCN10 A- 2ACN11 B- 1BCN12 A- 5ACN13 A- 5ACN14 A- 2ACN15 A- 2ACN16 A- 2ACN17 A- 1ACN18 A- 3BCN20 A- 1BCN21 A- 2ACN301 B- 5BCN602 B- 3ACN603 B- 2ACN709 B- 2BCN912 A- 2A S1 B- 5AS2 B- 5B CP100 B- 4ACP200 B- 3ACP600 B- 1BCP601 B- 1BCP700 A- 2ACP701 A- 4BCP702 A- 2ACP850 A- 5BCP851 A- 5BCP900 A- 2ACP901 A- 2ACP903 A- 3ACP904 A- 3ACP905 A- 2BCP906 A- 2ACP907 A- 2ACP908 A- 2ACP909 A- 3ACP910 A- 2ACP911 A- 2BCP912 A- 2BCP913 A- 2BCP914 A- 2BCP915 A- 2B A30 A- 1B E1 B- 1BE2 A- 5BE3 B- 3BE4 B- 1AE5 B- 2B F1 A- 4AF2 A- 4B J1 B- 1A L1 A- 4AL2 A- 3AL3 A- 3AL30 B- 1AL31 A- 3BL32 A- 1BL33 A- 1BL34 A- 1B

L35 A- 1BL36 A- 1AL38 B- 5BL39 B- 5BL40 A- 3AL60 B- 1AL61 A- 3AL81 B- 1AL100 B- 4AL101 A- 3BL140 B- 3BL160 B- 3BL161 B- 3BL162 B- 3BL163 B- 3BL164 B- 3BL165 B- 3BL166 B- 3BL180 B- 4BL181 B- 4BL182 B- 4BL184 B- 4BL185 B- 4BL186 B- 4BL187 B- 4BL200 B- 3AL240 B- 2BL241 B- 2BL242 B- 2BL243 B- 2BL244 B- 2BL245 B- 2BL247 B- 2BL248 B- 2BL280 B- 2BL281 B- 3BL282 B- 3BL284 B- 3BL285 B- 3BL286 B- 2BL287 B- 3BL303 B- 4AL310 B- 4AL311 B- 4AL312 B- 4BL313 B- 4BL320 B- 4BL322 B- 4BL323 B- 4BL330 B- 4BL331 B- 5BL332 B- 5BL333 B- 4BL340 B- 5BL341 B- 5AL350 B- 5BL351 B- 5AL352 B- 5AL353 B- 5AL360 B- 4AL370 B- 4AL500 B- 3AL501 B- 3AL502 B- 3AL503 B- 3AL504 B- 3AL520 B- 3AL530 B- 4AL532 B- 3AL535 B- 3AL580 B- 2BL581 B- 2BL582 B- 2BL600 B- 2BL601 B- 1BL602 B- 1BL603 B- 2BL604 B- 2BL605 B- 1BL606 B- 1BL607 B- 1BL608 B- 1BL609 B- 1BL610 B- 1BL611 B- 1BL612 B- 2BL613 B- 1B

L614 B- 1BL660 B- 2AL661 B- 2AL662 B- 2AL670 B- 2AL671 B- 2AL672 B- 2AL673 B- 2AL674 B- 2AL700 B- 2AL701 B- 2AL702 A- 2AL703 A- 2BL704 A- 2BL705 B- 2BL706 B- 2BL708 B- 2BL710 A- 1AL711 A- 1AL717 A- 1AL719 A- 2BL800 A- 2BL808 B- 1BL809 A- 5AL810 A- 5AL811 A- 4AL812 A- 4AL813 A- 4AL814 A- 4AL815 A- 4AL850 B- 5BL851 B- 5BL852 B- 5BL853 B- 5BL854 B- 5BL855 A- 5BL856 B- 5BL857 B- 5BL858 B- 5BL859 B- 5BL861 A- 5BL862 A- 5BL863 A- 5BL902 A- 2AL903 B- 5BL904 B- 5B XF670 B- 2A

A

1

2

3

4

5

B C D E F G(No.RA018<Rev.002>) 2-6 2-6 (No.RA018<Rev.002>)

RF (Center Frequency) 1st IF (49.95MHz) AF (1kHz)

D350

ANT D351

D370

C352 D371 C372 C541 Q530 R540 C511 Q500 C558 XF670 C676 Q670 C670 Q660 C660 IC702 IC902 C926 IC904

SSI

Internal Speaker

RFAMP MCF IFAMP IFAMP IC600

C927

RX PLL C932 IC905

External SpeakerTo make measurements in the AF section, connect the AC level meter.

(ANT input: –53dBm, 1kHz FM, 3kHz DEV (Wide). SP output: 500mW@8ohm Load)C933

In the RF section, use 1000pF coupling capacitor.(The display shows the SSG input value required to obtain 12dB SINAD.)

AFAF (1kHz) (1kHz) RF (Center Frequency)

INTM_M IC906 IC902 IC702 IC902Internal MIC(Main) ANT

INTM_S Q160 L186Internal MIC(Sub) R194 Q180 C183 L185 C304 IC300 C313 Q310 C322 Q320 C331 Q330 C347 C352

SSI SSI

EMC

External MIC(Main)

SMICTo PLLIC

External MIC(Sub)

LPF ANT BPF BPF BPF IFIC

CODEC

f1:-121.5dBmf1: -122.0dBm-113.5dBm -121.5dBm -112.0dBm -105.5dBm-113.5dBm 238mVp-p

CODEC CODEC VCO Coupler Drive Final LPF

12.5mVrms 177.5mVrms -13.5dBm +4.2dBm 10.2dBm 25.8dBm 37.9dBm 6W

LEVEL DIAGRAM

Pre-

Driver1

Pre-

Driver2

Receiver section

Transmitter section

f1:F2,F3,K2,K3 (Center frequency : 155MHz)

f2:E,E2 (Center frequency : 155MHz)

f2: -118.0dBm f2:-117.5dBmf1:-118.0dBmf2:-117.0dBm

SW

ANT

SW

12.0mVrms

PARTS LIST

[NX-5200]

* SAFETY PRECAUTION

Parts identified by the � symbol are critical for safety. Replace only with

specified part numbers.

* BEWARE OF BOGUS PARTS

Parts that do not meet specifications may cause trouble in regard to safety and

performance. We recommend that genuine parts be used.

* (x_) in a description column shows the number of the used part.

- Contents -

Exploded view of general assembly and parts list

Electrical parts list

Packing materials and accessories parts list

3-2

3-5

3-15

(No.RA018<Rev.002>)3-1

Exploded view of general assembly and parts list

66

24

60

62

53

2

30

61

969

71

1

52

70

73

14

34

75

5974

24

42 19

46

13

21

20

18 76

28

43

6576

7872

57

41

49

50D

E

11

5049

54

10

58

58

67

68

2933

16

8

55

5

7

17

56

4

64

31

22

32

39

6

23

40

77

C

B

B

G

FF

F

A

F

F

F

27

1563

3

51 12

Block No.M1MM

48

37

45

38

MAIN UNIT<01>

36

B

3-2(No.RA018<Rev.002>)

General assemblyBlock No. [M][1][M][M]

Symbol No. Part No. Part Name Description Local

1 A0C-0001-00 PLASTIC CABINET FULL KEY F3,K3,E 2 A0C-0002-00 PLASTIC CABINET STANDARD KEY F2,K2,E2 3 A8A-0005-00 REAR PANEL 4 A1A-0005-10 CHASSIS 5 B0K-0024-00 CAP SD CARD 6 B38-0960-05 LCD ASSY 1.74IN 7 B4B-0006-00 CAUTION STICKER FCC L,CAUTION F2,F3,K2,K3 8 B4C-0105-00 TER.STICKER TERMINAL BLOCK 9 B4D-0002-00 KENWOOD BADGE 10 D32-0454-04 STOPPER 16CH 11 D3C-0001-10 STOPPER CIRCULAR NUT 12 E04-0467-15 C.RECEPTACLE-SM ANT 13 E2D-0003-00 TERMINAL ANT 14 E3H-0007-00 LEAD.WIRE W.C. SP 15 E58-0532-05 R.RECEPTACLE 14P 16 E7C-0001-00 TERMINAL BLOCK 17 F0G-0005-00 COVER OP BOARD 18 F10-3223-05 SHIELDING COVER BLS/IF 19 F10-3227-05 SHIELDING COVER BLS/GPS 20 F10-3243-15 SHIELDING COVER BLS/VCO TX 21 F10-3245-15 SHIELDING COVER BLS/VCO RX 22 F1B-0005-00 SHIELDING CASE OMAP 23 F1B-0006-00 SHIELDING COVER LCD 24 G0B-0031-00 EARTH SPRING FPC(x2) 27 G11-4440-04 SHEET LEAK COVER 28 G11-4459-04 SHEET VOL CH FPC 29 G11-4500-04 SHEET LEAK 30 G1A-0001-00 FIBROUS SHEET SP GRILL 31 G1B-0016-00 SHEET PTT 32 G1B-0031-00 SHEET LI BATT INSULATING 33 ------------ SHEET VOID/CABINET 34 G1B-0045-10 RUBBER CUSHION SP 36 ------------ SEAL VOID/OP BOARD 37 G1B-0074-00 SHEET CASE(x2) F2,K2,E2 38 G1B-0087-00 SHEET CHASSIS LEAK 39 G1D-0008-00 CUSHION LCD/BACK 40 G1D-0009-00 CUSHION LCD/FRONT 41 G1D-0010-00 CUSHION ANT TERMINAL 42 G1D-0021-00 CUSHION 20KEY CONN 43 G1D-0025-00 CUSHION VOL,RO-SW FPC 45 G1D-0062-00 CUSHION OP BOARD 46 F1C-0042-00 CONDUCT SHEET INTERNAL BEAT 48 G53-1768-04 PACKING MAIN ECM O RING 49 G53-1792-04 PACKING NUT O RING(x2) 50 G53-2206-04 O RING VOL,RO-SW(x2) 51 G53-2207-04 PACKING ANT 52 G5D-0002-20 PACKING FULL KEY F3,K3,E 53 G5D-0003-20 PACKING STANDARD KEY F2,K2,E2 54 G5D-0005-00 PACKING TOP 55 G5D-0006-00 PACKING TERMINAL BLOCK 56 G5D-0007-00 PACKING OP BOARD 57 G5D-0018-00 PACKING VOL,RO-SW,2ECM 58 G09-0443-14 KNOB SPRING VOL,RO-SW(x2) 59 J1K-0004-10 HOLDER FULL KEY F3,K3,E 60 J1K-0005-10 HOLDER STANDARD KEY F2,K2,E2 61 J3K-0003-00 SPACER 2CH 62 J8C-0001-00 FLEX P.BOARD STANDARD KEY F2,K2,E2 63 J87-0056-05 FPC(LEAD FREE) UNIV. 64 J87-0057-05 FPC(LEAD FREE) PTT 65 J87-0058-05 FPC(LEAD FREE) VOL,CH,ECM 66 J87-0059-05 FPC(LEAD FREE) FULL KEY F3,K3,E 67 K2K-0011-00 KNOB VOL 68 K2K-0012-00 KNOB 16CH 69 K2K-0013-00 KNOB 2CH 70 K2K-0014-00 KNOB PTT 71 K2K-0015-00 BUTTON KNOB PTT 72 S6A-0004-00 ROTARY SWITCH 16CH 73 T0H-0002-00 SPEAKER FST 1.5W/2W 74 T9A-0001-10 ANTENNA ELEMENT GPS ANT 75 T9A-0004-10 ANTENNA ELEMENT BT ANT 76 T9B-0004-00 MIC ELEMENT (x2) 77 W09-0971-05 LITHIUM CELL 78 R31-0692-05 V RESISTOR VOL A N09-2438-05 BI.HEAD SCREW ANT(x2) B N09-2441-25 SPECIAL SCREW OP BOARD(x4) C N09-6646-05 SPECIAL SCREW CASE(x2) D N14-1011-00 CIRCULAR NUT VOL E N14-1012-00 CIRCULAR NUT RO-SW F N83-2005-48 P.HEAD T.SCREW UNIT/FIX(x10)

(No.RA018<Rev.002>)3-3

G N84-2004-43 P.HEAD T.SCREW TERM-BL(+,-)(x2)- XC1-0331-81 SERVICE MAIN UNIT SERVICE UNIT *Produced in Japan F2,F3,K2,K3- XC1-0360-11 SERVICE MAIN UNIT SERVICE UNIT *Produced in Malaysia K2,K3,E,E2


3-4(No.RA018<Rev.002>)

Electrical parts listMAIN UNIT

XC1-0331-80(NX-5200_F2,NX-5200_F3,NX-5200_K2,NX-5200_K3)

XC1-0360-10(NX-5200_K2,NX-5200_K3,NX-5200_E,NX-5200_E2)

*Note : This part cannot be replaced. There-fore, this part is not supplied as a service part.

Block No. [0][1]


IC20 XC61CC5602N-G ICIC30 XC6223H331G-G ICIC31 XC6209B312D-G ICIC32 XC6215B122N-G ICIC33 TPS62140RGT ICIC34 LXDC2HN18F163 ICIC35 XC6223D331G-G ICIC36 XC6209B502D-G ICIC37 BU18TD2WNVX ICIC38 BU33TD2WNVX ICIC39 NJM2878F4-33 ICIC60 TPS61041DRVR ICIC61 BU33TD2WNVX ICIC63 XC6209B502D-G ICIC64 XC6209B502D-G ICIC65 XC6209B502D-G ICIC70 BU7242NUX ICIC80 BU30TD2WNVX ICIC81 XC6223H331G-G ICIC82 XC6209B502D-G ICIC100 SKY72310362LF ICIC101 OPA170AIDRLR ICIC102 BU7242NUX ICIC200 SKY72310362LF ICIC201 OPA170AIDRLR ICIC300 UPC2710TB-A ICIC360 XC8102AA07-G ICIC400 NJM12904RB1 ICIC550 BU7295HFV ICIC551 BU7295HFV ICIC600 AD9864BCPZRL ICIC700 CDC3S04YFF ICIC701 XC8102AA07-G ICIC702 ------------ IC *NoteIC703 ------------ IC *NoteIC704 S-80135ANPF-G ICIC705 ------------ IC *NoteIC706 TC7SZ08FE ICIC708 ------------ IC *NoteIC709 KXCJ9-1008 ICIC711 BD11600NUX ICIC712 TC7WH14FK-F ICIC800 BD1754HFN ICIC801 NJW4184U2-05 ICIC802 TC7W53FKF ICIC803 TC7SPB9306TUF ICIC804 BD11600NUX ICIC805 TC7WT126FU-F ICIC806 TC7SZ08FE ICIC807 TC7SZ08FE ICIC850 ------------ IC *NoteIC851 ------------ IC *NoteIC852 74AVC4TD245GU ICIC853 74AVC4TD245GU ICIC900 ADS7961SRHB ICIC901 DAC124S085CIS ICIC902 TLV32AIC3104I ICIC903 R2A20178NP ICIC904 TPA6201A1DRBR ICIC905 TPA6201A1DRBR ICIC906 BD11600NUX IC

Q20 EMD12 TRANSISTORQ21 SSM6N37FE FETQ22 SSM6N37FE FETQ30 SSM3K15AMFV FETQ31 KTA2012EP TRANSISTORQ32 EM6M2 FETQ33 EM6M2 FETQ70 LTC014EEBFS8 DIGI TRANSISTORQ71 2SB1132(Q,R) TRANSISTORQ100 EM6M2 FETQ101 DSC9A01/T/ TRANSISTORQ110 SSM3J15FS FETQ111 EM6M2 FETQ160 MCH3914-H/8/ FETQ180 2SC5108F/Y/ TRANSISTORQ181 2SC5108F/Y/ TRANSISTORQ200 EM6M2 FETQ201 DSC9A01/T/ TRANSISTORQ210 SSM3J15FS FETQ211 EM6M2 FETQ240 MCH3914-H/8/ FETQ280 2SC5108F/Y/ TRANSISTORQ281 2SC5108F/Y/ TRANSISTORQ310 2SK3077F FETQ320 RD01MUS2BT113 FETQ330 RD07MUS2BT214 FETQ390 LSCR523EBFS8 TRANSISTORQ400 LTC023JEBFS8 DIGI TRANSISTORQ401 SSM3K15AMFV FETQ402 SSM3K15AMFV FETQ403 EMD9 TRANSISTORQ404 SSM3J15FS FETQ500 BB506CFS-H FETQ530 3SK318 FETQ580 2SC5108F/Y/ TRANSISTORQ600 MCH3914-H/8/ FETQ601 LTC023JEBFS8 DIGI TRANSISTORQ602 LSCR523EBFS8 TRANSISTORQ660 2SC5066F/O/ TRANSISTORQ670 BB506CFS-H FETQ700 2SC4617/S/ TRANSISTORQ701 SSM3K15AMFV FETQ702 LTC014EEBFS8 DIGI TRANSISTORQ703 SSM6N37FE FETQ800 SSM3K15AMFV FETQ801 EMD9 TRANSISTORQ850 SSM3K15AMFV FET

D1 1SR154-400 DIODED2 DA3S101F DIODE ARRAYD20 DAN222 DIODE ARRAYD30 RB520SM-30 DIODED60 DB2J40700 DIODED100 EDZV8.2B ZENER DIODED101 1SS400SM DIODED160 SMV1705-079LF VARI CAP DIODED161 SMV1801-079LF VARI CAP DIODED162 SMV1801-079LF VARI CAP DIODED163 SMV1801-079LF VARI CAP DIODED164 SMV1130-079LF VARI CAP DIODED200 EDZV8.2B ZENER DIODED201 1SS400SM DIODED240 SMV1270-079LF VARI CAP DIODED241 SMV1801-079LF VARI CAP DIODED242 SMV1801-079LF VARI CAP DIODED243 SMV1801-079LF VARI CAP DIODED350 RN142S DIODED351 RN142S DIODED370 RN142S DIODED371 RN142S DIODED390 DZ2S056(M) ZENER DIODED520 BBY58-02V VARI CAP DIODED521 BBY58-02V VARI CAP DIODED530 BBY58-02V VARI CAP DIODED531 BBY58-02V VARI CAP DIODED600 SMV1705-079LF VARI CAP DIODE


(No.RA018<Rev.002>)3-5

D601 SMV1705-079LF VARI CAP DIODED603 DA3S101F DIODE ARRAYD700 RB521CM-30 DIODED701 RB521CM-30 DIODED702 RB521CM-30 DIODED703 RB521CM-30 DIODED704 NSSM038A LEDD705 RB521CM-30 DIODED800 RB521CM-30 DIODED801 RB521CM-30 DIODED802 RB521CM-30 DIODED803 RB521CM-30 DIODED804 RB521CM-30 DIODED805 DZ5S068D ZENER DIODED806 DZ5S068D ZENER DIODED807 DAN222 DIODE ARRAYD808 DZ5S068D ZENER DIODED809 SPC10501A01 VARISTORD810 SPC10501A01 VARISTORD850 RN262CS DIODED851 RN262CS DIODED900 DZ2S068M ZENER DIODED901 DZ2S068M ZENER DIODED902 RB521CM-30 DIODED903 DAN222 DIODE ARRAYD904 RB521CM-30 DIODED905 RB521CM-30 DIODED906 RB521CM-30 DIODED907 RB521CM-30 DIODE

C1 CK73HBB1H102K C CAPACITOR 1000pF 50V KC2 CC73HCH1H220G C CAPACITOR 22pF 50V GC3 CK73HBB1H682K C CAPACITOR 6800pF 50V KC5 CC73HCH1H101J C CAPACITOR 100pF 50V JC7 C93-1967-05 C CAPACITOR 470pF 50VC8 C93-1967-05 C CAPACITOR 470pF 50VC9 C93-1967-05 C CAPACITOR 470pF 50VC10 C93-1967-05 C CAPACITOR 470pF 50VC11 C93-1967-05 C CAPACITOR 470pF 50VC12 CK73HBB1H682K C CAPACITOR 6800pF 50V KC13 C93-1967-05 C CAPACITOR 470pF 50VC14 C93-1967-05 C CAPACITOR 470pF 50VC15 C93-1967-05 C CAPACITOR 470pF 50VC16 C93-1967-05 C CAPACITOR 470pF 50VC17 C93-1967-05 C CAPACITOR 470pF 50VC18 C93-1967-05 C CAPACITOR 470pF 50VC19 C93-1967-05 C CAPACITOR 470pF 50VC20 CK73HB1E104K C CAPACITOR 0.10uF 25V KC21 CK73HBB1H471K C CAPACITOR 470pF 50V KC22 CC73JCH1H101J C CAPACITOR 100pF 50V JC23 C93-1959-05 C CAPACITOR 0.1uF 16VC25 CK73FB1C106K C CAPACITOR 10uF 16V KC30 CK73GB1E105K C CAPACITOR 1uF 25V KC31 CK73HB1A105K C CAPACITOR 1uF 10V KC32 CK73GB1E105K C CAPACITOR 1uF 25V KC33 CK73GB1E105K C CAPACITOR 1uF 25V KC34 CK73HB1A105K C CAPACITOR 1uF 10V KC35 CK73HB1A105K C CAPACITOR 1uF 10V KC36 CK73FB1C106K C CAPACITOR 10uF 16V KC37 CK73FB1C106K C CAPACITOR 10uF 16V KC38 CK73HBB1H332K C CAPACITOR 3300pF 50V KC39 CK73HB1E104K C CAPACITOR 0.10uF 25V KC41 CK73FXR0J226M C CAPACITOR 22uF 6.3V MC42 CK73FB1A475K C CAPACITOR 4.7uF 10V KC43 CK73GB0J106K C CAPACITOR 10uF 6.3V KC44 CK73HB1A105K C CAPACITOR 1uF 10V KC45 CK73GB1E105K C CAPACITOR 1uF 25V KC46 CK73GB1E105K C CAPACITOR 1uF 25V KC47 C93-1967-05 C CAPACITOR 470pF 50VC48 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC49 CK73HBB1H682K C CAPACITOR 6800pF 50V KC50 CS77PBL1A470M TA E CAPACITOR 47uF 10V MC51 CK73GB0J106K C CAPACITOR 10uF 6.3V KC52 CK73HB1A474K C CAPACITOR 0.47uF 10V KC53 CK73HB1A474K C CAPACITOR 0.47uF 10V KC54 CK73HB1A474K C CAPACITOR 0.47uF 10V KC55 CK73HB1A474K C CAPACITOR 0.47uF 10V KC56 CK73HB1A105K C CAPACITOR 1uF 10V K


C57 CK73HB1A105K C CAPACITOR 1uF 10V KC60 CK73GB1A335K C CAPACITOR 3.3uF 10V KC61 CK73GB1A335K C CAPACITOR 3.3uF 10V KC62 CK73FB1A475K C CAPACITOR 4.7uF 10V KC63 CK73HBB1H681K C CAPACITOR 680pF 50V KC64 CK730FA1H475K C CAPACITOR 4.7uF 50V KC65 CK73HB1A105K C CAPACITOR 1uF 10V KC66 CK73HB1A105K C CAPACITOR 1uF 10V KC69 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC70 CK73GB1E105K C CAPACITOR 1uF 25V KC71 CK73GB1E105K C CAPACITOR 1uF 25V KC72 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC73 CK73GB1E105K C CAPACITOR 1uF 25V KC74 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC75 C93-1959-05 C CAPACITOR 0.1uF 16VC76 C93-1959-05 C CAPACITOR 0.1uF 16VC77 CC73HCH1H101J C CAPACITOR 100pF 50V JC78 CK73HBB1H471K C CAPACITOR 470pF 50V KC79 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC80 CK73HB0J225K C CAPACITOR 2.2uF 6.3V KC81 CK73HB1A105K C CAPACITOR 1uF 10V KC82 CK73HB1A105K C CAPACITOR 1uF 10V KC83 CK73GB1E105K C CAPACITOR 1uF 25V KC84 CK73GB1E105K C CAPACITOR 1uF 25V KC85 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC86 CK73HBB1H681K C CAPACITOR 680pF 50V KC90 CK73HB1E104K C CAPACITOR 0.10uF 25V KC92 CK73FB1C106K C CAPACITOR 10uF 16V KC93 C93-1967-05 C CAPACITOR 470pF 50VC94 C93-1967-05 C CAPACITOR 470pF 50VC101 CC73HCH1H100B C CAPACITOR 10pF 50V BC102 CK73HB1H103K C CAPACITOR 10000pF 50V KC103 CK73HB1H103K C CAPACITOR 10000pF 50V KC105 CK73HB1H103K C CAPACITOR 10000pF 50V KC107 CC73JCH1H101J C CAPACITOR 100pF 50V JC108 CC73JCH1H101J C CAPACITOR 100pF 50V JC110 CC73JCH1H101J C CAPACITOR 100pF 50V JC111 CC73JCH1H101J C CAPACITOR 100pF 50V JC112 C93-1959-05 C CAPACITOR 0.1uF 16VC113 CC73JCH1H101J C CAPACITOR 100pF 50V JC114 CC73HCH1H101J C CAPACITOR 100pF 50V JC115 C93-1959-05 C CAPACITOR 0.1uF 16VC116 CC73JCH1H101J C CAPACITOR 100pF 50V JC117 CK73HBB1H472K C CAPACITOR 4700pF 50V KC118 CK73HB1H103K C CAPACITOR 10000pF 50V KC119 CC73HCH1H330G C CAPACITOR 33pF 50V GC120 CC73JCH1H101J C CAPACITOR 100pF 50V JC121 CK73GB1H105K C CAPACITOR 1uF 50V KC123 CC73JCH1H101J C CAPACITOR 100pF 50V JC124 C93-1959-05 C CAPACITOR 0.1uF 16VC125 CC73JCH1H101J C CAPACITOR 100pF 50V JC126 C93-1967-05 C CAPACITOR 470pF 50VC127 CS77BP1A4R7M TA E CAPACITOR 4.7uF 10V MC128 C93-1967-05 C CAPACITOR 470pF 50VC131 CK73HBB1H102K C CAPACITOR 1000pF 50V KC140 CK73FB1E224K C CAPACITOR 0.22uF 25V KC141 CS77ABE1D100M TA E CAPACITOR 10uF 20V MC160 CK73HB1A105K C CAPACITOR 1uF 10V KC161 CK73HBB1H471K C CAPACITOR 470pF 50V KC163 CC73HCH1H470G C CAPACITOR 47pF 50V GC165 CC73HCH1HR75B C CAPACITOR 0.75pF 50V BC166 CC73HCH1H130G C CAPACITOR 13pF 50V GC167 CC73HCH1H130G C CAPACITOR 13pF 50V GC168 CK73HBB1H102K C CAPACITOR 1000pF 50V KC169 C93-1967-05 C CAPACITOR 470pF 50VC170 CC73HCH1H0R5B C CAPACITOR 0.5pF 50V BC171 CK73HB1A105K C CAPACITOR 1uF 10V KC173 CC73FSL1H473J C CAPACITOR 0.047uF 50V JC181 CK73HBB1H471K C CAPACITOR 470pF 50V KC182 CK73HBB1H102K C CAPACITOR 1000pF 50V KC183 CC73HCH1H220G C CAPACITOR 22pF 50V GC184 CK73HBB1H471K C CAPACITOR 470pF 50V KC185 CC73HCH1H220G C CAPACITOR 22pF 50V GC186 CC73HCH1H100B C CAPACITOR 10pF 50V BC187 CC73HCH1H020B C CAPACITOR 2pF 50V BC188 CC73HCH1H070B C CAPACITOR 7pF 50V BC189 CC73HCH1H390G C CAPACITOR 39pF 50V GC190 CC73HCH1H150G C CAPACITOR 15pF 50V G


3-6(No.RA018<Rev.002>)

C191 CC73HCH1H270G C CAPACITOR 27pF 50V GC192 CC73HCH1H060B C CAPACITOR 6pF 50V BC193 CC73HCH1H060B C CAPACITOR 6pF 50V BC194 CC73HCH1H030B C CAPACITOR 3pF 50V BC195 CC73HCH1H330G C CAPACITOR 33pF 50V GC196 CC73HCH1H120G C CAPACITOR 12F 50V GC197 CC73HCH1H120G C CAPACITOR 12F 50V GC200 CK73HB1H103K C CAPACITOR 10000pF 50V KC203 CC73HCH1H100B C CAPACITOR 10pF 50V BC204 CK73HB1H103K C CAPACITOR 10000pF 50V KC206 CK73HB1H103K C CAPACITOR 10000pF 50V KC207 CC73JCH1H101J C CAPACITOR 100pF 50V JC208 CC73JCH1H101J C CAPACITOR 100pF 50V JC209 CC73JCH1H101J C CAPACITOR 100pF 50V JC210 CC73JCH1H101J C CAPACITOR 100pF 50V JC211 C93-1959-05 C CAPACITOR 0.1uF 16VC212 CC73JCH1H101J C CAPACITOR 100pF 50V JC213 CC73HCH1H101J C CAPACITOR 100pF 50V JC214 C93-1959-05 C CAPACITOR 0.1uF 16VC215 CC73JCH1H101J C CAPACITOR 100pF 50V JC216 CK73HBB1H472K C CAPACITOR 4700pF 50V KC217 CK73HB1H103K C CAPACITOR 10000pF 50V KC218 CC73HCH1H330G C CAPACITOR 33pF 50V GC219 CC73JCH1H101J C CAPACITOR 100pF 50V JC220 CK73GB1H105K C CAPACITOR 1uF 50V KC222 C93-1967-05 C CAPACITOR 470pF 50VC223 CS77BP1A4R7M TA E CAPACITOR 4.7uF 10V MC224 C93-1967-05 C CAPACITOR 470pF 50VC240 CK73FB1E224K C CAPACITOR 0.22uF 25V KC241 CS77ABE1D100M TA E CAPACITOR 10uF 20V MC243 CK73HB1A105K C CAPACITOR 1uF 10V KC244 CC73HCH1H680J C CAPACITOR 68pF 50V JC246 CC73HCH1H270G C CAPACITOR 27pF 50V GC248 CC73HCH1H120G C CAPACITOR 12F 50V GC249 CC73HCH1H120G C CAPACITOR 12F 50V GC250 CK73HB1H103K C CAPACITOR 10000pF 50V KC251 C93-1967-05 C CAPACITOR 470pF 50VC252 CC73HCH1H0R5B C CAPACITOR 0.5pF 50V BC253 CK73HB1A105K C CAPACITOR 1uF 10V KC255 CC73FSL1H473J C CAPACITOR 0.047uF 50V JC281 CK73HBB1H102K C CAPACITOR 1000pF 50V KC282 CK73HBB1H471K C CAPACITOR 470pF 50V KC283 CC73HCH1H150G C CAPACITOR 15pF 50V GC284 CC73HCH1H220G C CAPACITOR 22pF 50V GC285 CK73HBB1H471K C CAPACITOR 470pF 50V KC286 CC73HCH1H100B C CAPACITOR 10pF 50V BC287 CC73HCH1H060B C CAPACITOR 6pF 50V BC288 CC73HCH1H030B C CAPACITOR 3pF 50V BC289 CC73HCH1H330G C CAPACITOR 33pF 50V GC290 CC73HCH1H100B C CAPACITOR 10pF 50V BC291 CC73HCH1H220G C CAPACITOR 22pF 50V GC292 CC73HCH1H100B C CAPACITOR 10pF 50V BC293 CC73HCH1H100B C CAPACITOR 10pF 50V BC294 CC73HCH1H030B C CAPACITOR 3pF 50V BC295 CC73HCH1H220G C CAPACITOR 22pF 50V GC296 CC73HCH1H240G C CAPACITOR 24pF 50V GC297 CC73HCH1H080B C CAPACITOR 8pF 50V BC300 CK73HBB1H102K C CAPACITOR 1000pF 50V KC301 CC73HCH1H020B C CAPACITOR 2pF 50V BC303 CC73HCH1H100B C CAPACITOR 10pF 50V BC304 CK73HBB1H102K C CAPACITOR 1000pF 50V KC305 CK73HBB1H102K C CAPACITOR 1000pF 50V KC306 CC73HCH1H330G C CAPACITOR 33pF 50V GC307 CC73HCH1H101J C CAPACITOR 100pF 50V JC310 CC73HCH1H150G C CAPACITOR 15pF 50V GC311 CK73HBB1H102K C CAPACITOR 1000pF 50V KC313 CC73HCH1H560J C CAPACITOR 56pF 50V JC315 CK73HBB1H102K C CAPACITOR 1000pF 50V KC316 CK73HBB1H102K C CAPACITOR 1000pF 50V KC317 CK73HBB1H471K C CAPACITOR 470pF 50V KC318 CC73HCH1H150G C CAPACITOR 15pF 50V GC320 CK73HBB1H102K C CAPACITOR 1000pF 50V KC321 CK73HB1E104K C CAPACITOR 0.10uF 25V KC322 CK73HBB1H102K C CAPACITOR 1000pF 50V KC323 CC73HCH1H220J C CAPACITOR 22pF 50V JC325 CC73HCH1H220G C CAPACITOR 22pF 50V GC326 CK73HBB1H102K C CAPACITOR 1000pF 50V KC327 CC73HCH1H390J C CAPACITOR 39pF 50V J


C328 CK73HBB1H102K C CAPACITOR 1000pF 50V KC331 CK73HBB1H102K C CAPACITOR 1000pF 50V KC334 CK73HBB1H102K C CAPACITOR 1000pF 50V KC338 CC73HCH1H151J C CAPACITOR 150pF 50V JC339 CK73HBB1H102K C CAPACITOR 1000pF 50V KC340 CC73GCH1H120G C CAPACITOR 12pF 50V GC341 CK73GB1E104K C CAPACITOR 0.1uF 25V KC342 CC73GCH1H220G C CAPACITOR 22pF 50V GC343 CK73HB1H103K C CAPACITOR 10000pF 50V KC344 CC73GCH1H470G C CAPACITOR 47pF 50V GC345 CC73GCH1H030B C CAPACITOR 3pF 50V BC347 CC73GCH1H680G C CAPACITOR 68pF 50V GC348 CC73GCH1H010B C CAPACITOR 1pF 50V BC350 CC73GCH1H1R5B C CAPACITOR 1.5pF 50V BC351 CC73GCH1H180G C CAPACITOR 18pF 50V GC352 CK73GBB1H102K C CAPACITOR 1000pF 50V KC353 CC73GCH1H070B C CAPACITOR 7pF 50V BC354 CC73GCH1H070B C CAPACITOR 7pF 50V BC355 CC73GCH1H180G C CAPACITOR 18pF 50V GC356 CC73GCH1H090B C CAPACITOR 9pF 50V BC357 CC73GCH1H150G C CAPACITOR 15pF 50V GC358 CC73GCH1H060B C CAPACITOR 6pF 50V BC359 CC73GCH1H090B C CAPACITOR 9pF 50V BC360 CK73HBB1H102K C CAPACITOR 1000pF 50V KC361 CC73JCH1H101J C CAPACITOR 100pF 50V JC362 CC73JCH1H101J C CAPACITOR 100pF 50V JC363 CC73GCH1H180G C CAPACITOR 18pF 50V GC365 CC73GCH1H100B C CAPACITOR 10pF 50V BC369 CC73HCH1H150G C CAPACITOR 15pF 50V GC370 CC73HCH1H150G C CAPACITOR 15pF 50V GC372 CK73GBB1H102K C CAPACITOR 1000pF 50V KC378 CC73GCH1H181J C CAPACITOR 180pF 50V JC390 C93-1967-05 C CAPACITOR 470pF 50VC391 CC73JCH1H101J C CAPACITOR 100pF 50V JC392 CC73HCH1H101J C CAPACITOR 100pF 50V JC400 CK73HBB1H471K C CAPACITOR 470pF 50V KC402 CK73GB1C563K C CAPACITOR 0.056uF 16V KC404 CK73HBB1H471K C CAPACITOR 470pF 50V KC408 CK73HBB1H152K C CAPACITOR 1500pF 50V KC409 CK73HBB1H152K C CAPACITOR 1500pF 50V KC410 CK73HBB1H471K C CAPACITOR 470pF 50V KC412 CC73JCH1H101J C CAPACITOR 100pF 50V JC413 CC73JCH1H101J C CAPACITOR 100pF 50V JC501 CK73HB1H103K C CAPACITOR 10000pF 50V KC503 CK73HB1H103K C CAPACITOR 10000pF 50V KC506 CC73HCH1H120G C CAPACITOR 12F 50V GC507 CK73HBB1H102K C CAPACITOR 1000pF 50V KC508 CK73HB1H103K C CAPACITOR 10000pF 50V KC510 CC73HCH1H030B C CAPACITOR 3pF 50V BC511 CK73HBB1H102K C CAPACITOR 1000pF 50V KC512 CK73HBB1H102K C CAPACITOR 1000pF 50V KC515 CC73HCH1H060B C CAPACITOR 6pF 50V BC520 CC73HCH1H070B C CAPACITOR 7pF 50V BC521 CC73HCH1H680G C CAPACITOR 68pF 50V GC523 CK73HBB1H102K C CAPACITOR 1000pF 50V KC524 CC73HCH1H1R5B C CAPACITOR 1.5pF 50V BC525 CC73HCH1H270G C CAPACITOR 27pF 50V GC526 CC73HCH1H010B C CAPACITOR 1pF 50V BC530 CK73HB1E104K C CAPACITOR 0.10uF 25V KC531 CK73HBB1H102K C CAPACITOR 1000pF 50V KC532 CK73HBB1H102K C CAPACITOR 1000pF 50V KC533 CK73HB1H103K C CAPACITOR 10000pF 50V KC534 CC73HCH1H010B C CAPACITOR 1pF 50V BC535 CC73HCH1H030B C CAPACITOR 3pF 50V BC536 CK73GB1E105K C CAPACITOR 1uF 25V KC537 CK73HBB1H102K C CAPACITOR 1000pF 50V KC538 CK73HBB1H102K C CAPACITOR 1000pF 50V KC539 CK73HBB1H102K C CAPACITOR 1000pF 50V KC540 CC73HCH1H0R5B C CAPACITOR 0.5pF 50V BC541 CK73HBB1H102K C CAPACITOR 1000pF 50V KC543 CC73HCH1H010B C CAPACITOR 1pF 50V BC544 CC73HCH1H080B C CAPACITOR 8pF 50V BC545 CC73HCH1H270G C CAPACITOR 27pF 50V GC547 CC73HCH1H270G C CAPACITOR 27pF 50V GC549 CC73HCH1H470G C CAPACITOR 47pF 50V GC550 CK73HB1H103K C CAPACITOR 10000pF 50V KC551 CK73HB1H103K C CAPACITOR 10000pF 50V KC552 CK73HB1H103K C CAPACITOR 10000pF 50V K


(No.RA018<Rev.002>)3-7

C553 CK73HB1H103K C CAPACITOR 10000pF 50V KC554 CK73HBB1H102K C CAPACITOR 1000pF 50V KC558 CK73HB1H103K C CAPACITOR 10000pF 50V KC580 CC73HCH1H100B C CAPACITOR 10pF 50V BC581 CC73HCH1H050B C CAPACITOR 5pF 50V BC582 CC73HCH1H220G C CAPACITOR 22pF 50V GC583 CC73HCH1H040B C CAPACITOR 4pF 50V BC584 CC73HCH1H100B C CAPACITOR 10pF 50V BC587 CK73HBB1H102K C CAPACITOR 1000pF 50V KC588 CK73HBB1H102K C CAPACITOR 1000pF 50V KC589 CC73HCH1H070B C CAPACITOR 7pF 50V BC590 CK73HBB1H102K C CAPACITOR 1000pF 50V KC591 CC73HCH1H070B C CAPACITOR 7pF 50V BC600 CC73JCH1H101J C CAPACITOR 100pF 50V JC601 CC73JCH1H101J C CAPACITOR 100pF 50V JC602 CC73JCH1H101J C CAPACITOR 100pF 50V JC603 CK73HB1E104K C CAPACITOR 0.10uF 25V KC604 CC73JCH1H101J C CAPACITOR 100pF 50V JC605 CC73JCH1H101J C CAPACITOR 100pF 50V JC606 CC73JCH1H101J C CAPACITOR 100pF 50V JC607 CC73JCH1H101J C CAPACITOR 100pF 50V JC608 CC73HCH1H120G C CAPACITOR 12F 50V GC609 CK73HB1E562K C CAPACITOR 5600pF 25V KC610 C93-1959-05 C CAPACITOR 0.1uF 16VC611 CC73HCH1H3R5B C CAPACITOR 3.5pF 50V BC612 CK73HB1E224K C CAPACITOR 0.22uF 25V KC613 C93-1959-05 C CAPACITOR 0.1uF 16VC614 CK73HB1H123K C CAPACITOR 0.012uF 50V KC615 CK73HB1E104K C CAPACITOR 0.10uF 25V KC616 CC73HCH1H330G C CAPACITOR 33pF 50V GC617 CC73HCH1H270G C CAPACITOR 27pF 50V GC618 C93-1959-05 C CAPACITOR 0.1uF 16VC619 CK73HB1A105K C CAPACITOR 1uF 10V KC620 C93-1953-05 C CAPACITOR 0.01uF 25VC621 C93-1953-05 C CAPACITOR 0.01uF 25VC622 CK73HB1H103K C CAPACITOR 10000pF 50V KC623 CC73HCH1H330G C CAPACITOR 33pF 50V GC624 CK73HBB1H102K C CAPACITOR 1000pF 50V KC625 C93-1959-05 C CAPACITOR 0.1uF 16VC626 CC73HCH1H680J C CAPACITOR 68pF 50V JC627 CK73HB1E104K C CAPACITOR 0.10uF 25V KC628 C93-1953-05 C CAPACITOR 0.01uF 25VC629 C93-1959-05 C CAPACITOR 0.1uF 16VC630 C93-1959-05 C CAPACITOR 0.1uF 16VC631 C93-1959-05 C CAPACITOR 0.1uF 16VC632 C93-1953-05 C CAPACITOR 0.01uF 25VC633 C93-1959-05 C CAPACITOR 0.1uF 16VC634 CK73HB1A105K C CAPACITOR 1uF 10V KC635 CK73FB1A475K C CAPACITOR 4.7uF 10V KC636 C93-1959-05 C CAPACITOR 0.1uF 16VC637 CK73HBB1H682K C CAPACITOR 6800pF 50V KC638 CK73HB1H103K C CAPACITOR 10000pF 50V KC639 C93-1969-05 C CAPACITOR 1000pF 50VC640 CC73HCH1H101J C CAPACITOR 100pF 50V JC641 CC73HCH1H101J C CAPACITOR 100pF 50V JC642 CC73JCH1H101J C CAPACITOR 100pF 50V JC643 C93-1953-05 C CAPACITOR 0.01uF 25VC644 CC73HCH1H151J C CAPACITOR 150pF 50V JC645 CC73HCH1H100B C CAPACITOR 10pF 50V BC646 CC73JCH1H101J C CAPACITOR 100pF 50V JC647 C93-1959-05 C CAPACITOR 0.1uF 16VC648 CC73HCH1H330G C CAPACITOR 33pF 50V GC649 C93-1959-05 C CAPACITOR 0.1uF 16VC650 CC73HCH1H100B C CAPACITOR 10pF 50V BC651 CC73HCH1H101J C CAPACITOR 100pF 50V JC652 C93-1959-05 C CAPACITOR 0.1uF 16VC653 CC73HCH1H181J C CAPACITOR 180pF 50V JC660 CC73HCH1H560J C CAPACITOR 56pF 50V JC661 C93-1969-05 C CAPACITOR 1000pF 50VC662 C93-1953-05 C CAPACITOR 0.01uF 25VC663 CC73HCH1H100B C CAPACITOR 10pF 50V BC664 CC73HCH1H060B C CAPACITOR 6pF 50V BC670 CK73HB1H103K C CAPACITOR 10000pF 50V KC671 C93-1953-05 C CAPACITOR 0.01uF 25VC672 CC73HCH1H150G C CAPACITOR 15pF 50V GC673 C93-1969-05 C CAPACITOR 1000pF 50VC674 CK73HBB1H102K C CAPACITOR 1000pF 50V KC675 CK73HB1H103K C CAPACITOR 10000pF 50V K


C676 CC73HCH1H120G C CAPACITOR 12F 50V GC678 CC73HCH1H220G C CAPACITOR 22pF 50V GC679 CC73HCH1H180G C CAPACITOR 18pF 50V GC700 CK73HB1H103K C CAPACITOR 10000pF 50V KC701 CC73JCH1H101J C CAPACITOR 100pF 50V JC702 C93-1953-05 C CAPACITOR 0.01uF 25VC703 CK73HB1H103K C CAPACITOR 10000pF 50V KC704 CC73JCH1H101J C CAPACITOR 100pF 50V JC705 CK73HB1H103K C CAPACITOR 10000pF 50V KC706 C93-1953-05 C CAPACITOR 0.01uF 25VC707 CC73HCH1H100B C CAPACITOR 10pF 50V BC708 CK73HB1H103K C CAPACITOR 10000pF 50V KC709 C93-1953-05 C CAPACITOR 0.01uF 25VC710 CK73HB1A105K C CAPACITOR 1uF 10V KC711 CK73HB1A105K C CAPACITOR 1uF 10V KC712 C93-1959-05 C CAPACITOR 0.1uF 16VC713 C93-1959-05 C CAPACITOR 0.1uF 16VC714 C93-1959-05 C CAPACITOR 0.1uF 16VC715 CC73HCH1H180J C CAPACITOR 18pF 50V JC716 CC73HCH1H180J C CAPACITOR 18pF 50V JC717 CK73HB1E224K C CAPACITOR 0.22uF 25V KC718 C93-1959-05 C CAPACITOR 0.1uF 16VC719 C93-1959-05 C CAPACITOR 0.1uF 16VC720 C93-1959-05 C CAPACITOR 0.1uF 16VC721 C93-1959-05 C CAPACITOR 0.1uF 16VC722 CC73JCH1H101J C CAPACITOR 100pF 50V JC723 C93-1959-05 C CAPACITOR 0.1uF 16VC724 CK73FXR0J226M C CAPACITOR 22uF 6.3V MC725 CK73GB0J106K C CAPACITOR 10uF 6.3V KC726 C93-1959-05 C CAPACITOR 0.1uF 16VC727 C93-1959-05 C CAPACITOR 0.1uF 16VC728 C93-1959-05 C CAPACITOR 0.1uF 16VC729 C93-1959-05 C CAPACITOR 0.1uF 16VC730 C93-1959-05 C CAPACITOR 0.1uF 16VC731 CC73JCH1H101J C CAPACITOR 100pF 50V JC732 C93-1959-05 C CAPACITOR 0.1uF 16VC733 CC73JCH1H101J C CAPACITOR 100pF 50V JC734 CK73GB0J106K C CAPACITOR 10uF 6.3V KC735 CK73GB0J106K C CAPACITOR 10uF 6.3V KC736 C93-1959-05 C CAPACITOR 0.1uF 16VC737 C93-1959-05 C CAPACITOR 0.1uF 16VC738 C93-1959-05 C CAPACITOR 0.1uF 16VC739 C93-1959-05 C CAPACITOR 0.1uF 16VC740 CC73JCH1H101J C CAPACITOR 100pF 50V JC741 C93-1959-05 C CAPACITOR 0.1uF 16VC742 CC73JCH1H101J C CAPACITOR 100pF 50V JC743 CK73GB0J106K C CAPACITOR 10uF 6.3V KC744 CK73GB0J106K C CAPACITOR 10uF 6.3V KC745 C93-1959-05 C CAPACITOR 0.1uF 16VC746 CK73GB0J106K C CAPACITOR 10uF 6.3V KC747 C93-1959-05 C CAPACITOR 0.1uF 16VC748 CK73GB0J106K C CAPACITOR 10uF 6.3V KC749 C93-1959-05 C CAPACITOR 0.1uF 16VC750 C93-1959-05 C CAPACITOR 0.1uF 16VC751 CK73GB0J106K C CAPACITOR 10uF 6.3V KC752 C93-1959-05 C CAPACITOR 0.1uF 16VC753 C93-1959-05 C CAPACITOR 0.1uF 16VC754 C93-1959-05 C CAPACITOR 0.1uF 16VC755 C93-1959-05 C CAPACITOR 0.1uF 16VC756 C93-1959-05 C CAPACITOR 0.1uF 16VC757 CC73JCH1H101J C CAPACITOR 100pF 50V JC758 C93-1959-05 C CAPACITOR 0.1uF 16VC759 C93-1959-05 C CAPACITOR 0.1uF 16VC760 C93-1959-05 C CAPACITOR 0.1uF 16VC761 C93-1959-05 C CAPACITOR 0.1uF 16VC762 C93-1959-05 C CAPACITOR 0.1uF 16VC763 C93-1959-05 C CAPACITOR 0.1uF 16VC764 CK73FXR0J226M C CAPACITOR 22uF 6.3V MC765 C93-1959-05 C CAPACITOR 0.1uF 16VC766 C93-1959-05 C CAPACITOR 0.1uF 16VC767 C93-1959-05 C CAPACITOR 0.1uF 16VC768 C93-1959-05 C CAPACITOR 0.1uF 16VC769 C93-1959-05 C CAPACITOR 0.1uF 16VC770 C93-1959-05 C CAPACITOR 0.1uF 16VC771 C93-1959-05 C CAPACITOR 0.1uF 16VC772 C93-1959-05 C CAPACITOR 0.1uF 16VC773 CK73HB1A105K C CAPACITOR 1uF 10V KC774 C93-1959-05 C CAPACITOR 0.1uF 16V


3-8(No.RA018<Rev.002>)

C775 CC73JCH1H101J C CAPACITOR 100pF 50V JC776 CK73HB1H103K C CAPACITOR 10000pF 50V KC777 C93-1953-05 C CAPACITOR 0.01uF 25VC778 C93-1959-05 C CAPACITOR 0.1uF 16VC779 C93-1959-05 C CAPACITOR 0.1uF 16VC780 CK73HB1A105K C CAPACITOR 1uF 10V KC782 C93-1959-05 C CAPACITOR 0.1uF 16VC783 CK73HB1H103K C CAPACITOR 10000pF 50V KC784 CK73HB1E104K C CAPACITOR 0.10uF 25V KC785 CC73JCH1H101J C CAPACITOR 100pF 50V JC786 C93-1959-05 C CAPACITOR 0.1uF 16VC787 C93-1959-05 C CAPACITOR 0.1uF 16VC788 CK73HBB1H471K C CAPACITOR 470pF 50V KC789 C93-1967-05 C CAPACITOR 470pF 50VC790 CC73JCH1H101J C CAPACITOR 100pF 50V JC791 CC73JCH1H101J C CAPACITOR 100pF 50V JC792 CC73JCH1H101J C CAPACITOR 100pF 50V JC793 CC73JCH1H101J C CAPACITOR 100pF 50V JC795 CC73JCH1H101J C CAPACITOR 100pF 50V JC796 CK73HB1E104K C CAPACITOR 0.10uF 25V KC797 CC73JCH1H101J C CAPACITOR 100pF 50V JC798 CC73JCH1H101J C CAPACITOR 100pF 50V JC799 CC73JCH1H101J C CAPACITOR 100pF 50V JC800 CK73HB1A105K C CAPACITOR 1uF 10V KC801 C93-1959-05 C CAPACITOR 0.1uF 16VC803 CK73HB1A105K C CAPACITOR 1uF 10V KC804 C93-1969-05 C CAPACITOR 1000pF 50VC805 CK73HB1E104K C CAPACITOR 0.10uF 25V KC806 CK73HBB1H681K C CAPACITOR 680pF 50V KC807 C93-1959-05 C CAPACITOR 0.1uF 16VC808 CK73HB1E104K C CAPACITOR 0.10uF 25V KC809 C93-1967-05 C CAPACITOR 470pF 50VC810 C93-1967-05 C CAPACITOR 470pF 50VC811 C93-1967-05 C CAPACITOR 470pF 50VC812 C93-1967-05 C CAPACITOR 470pF 50VC813 C93-1967-05 C CAPACITOR 470pF 50VC814 C93-1967-05 C CAPACITOR 470pF 50VC815 C93-1967-05 C CAPACITOR 470pF 50VC816 C93-1967-05 C CAPACITOR 470pF 50VC817 C93-1967-05 C CAPACITOR 470pF 50VC818 CK73GB0J106K C CAPACITOR 10uF 6.3V KC819 CK73GB0J106K C CAPACITOR 10uF 6.3V KC822 CC73JCH1H101J C CAPACITOR 100pF 50V JC823 CK73GB1E105K C CAPACITOR 1uF 25V KC824 C93-1953-05 C CAPACITOR 0.01uF 25VC825 C93-1953-05 C CAPACITOR 0.01uF 25VC826 CK73GXR1C225K C CAPACITOR 2.2uF 16V KC827 C93-1953-05 C CAPACITOR 0.01uF 25VC828 C93-1953-05 C CAPACITOR 0.01uF 25VC829 CK73HBB1H102K C CAPACITOR 1000pF 50V KC830 C93-1953-05 C CAPACITOR 0.01uF 25VC831 CK73HBB1H102K C CAPACITOR 1000pF 50V KC832 C93-1953-05 C CAPACITOR 0.01uF 25VC833 CC73JCH1H101J C CAPACITOR 100pF 50V JC834 CC73JCH1H101J C CAPACITOR 100pF 50V JC835 CC73JCH1H101J C CAPACITOR 100pF 50V JC836 CC73JCH1H101J C CAPACITOR 100pF 50V JC837 CC73JCH1H101J C CAPACITOR 100pF 50V JC838 CC73HCH1H470J C CAPACITOR 47pF 50V JC839 CC73JCH1H101J C CAPACITOR 100pF 50V JC840 CC73HCH1H470J C CAPACITOR 47pF 50V JC841 CC73JCH1H101J C CAPACITOR 100pF 50V JC842 CC73JCH1H101J C CAPACITOR 100pF 50V JC843 CC73JCH1H101J C CAPACITOR 100pF 50V JC844 CC73JCH1H101J C CAPACITOR 100pF 50V JC845 CC73JCH1H101J C CAPACITOR 100pF 50V JC846 C93-1953-05 C CAPACITOR 0.01uF 25VC847 CC73JCH1H101J C CAPACITOR 100pF 50V JC850 C93-1953-05 C CAPACITOR 0.01uF 25VC851 CK73HB1A105K C CAPACITOR 1uF 10V KC852 C93-1959-05 C CAPACITOR 0.1uF 16VC853 C93-1959-05 C CAPACITOR 0.1uF 16VC854 C93-1959-05 C CAPACITOR 0.1uF 16VC855 C93-1959-05 C CAPACITOR 0.1uF 16VC856 CK73HB1A105K C CAPACITOR 1uF 10V KC857 C93-1959-05 C CAPACITOR 0.1uF 16VC858 C93-1959-05 C CAPACITOR 0.1uF 16VC859 CC73HCH1H180J C CAPACITOR 18pF 50V J


C860 CC73HCH1H180J C CAPACITOR 18pF 50V JC861 CK73HB1A105K C CAPACITOR 1uF 10V KC862 CK73HB1A105K C CAPACITOR 1uF 10V KC863 C93-1959-05 C CAPACITOR 0.1uF 16VC864 C93-1959-05 C CAPACITOR 0.1uF 16VC865 C93-1959-05 C CAPACITOR 0.1uF 16VC866 CC73HCH1H220G C CAPACITOR 22pF 50V GC867 CC73HCH1H2R5B C CAPACITOR 2.5pF 50V BC868 CK73HB1A105K C CAPACITOR 1uF 10V KC869 C93-1959-05 C CAPACITOR 0.1uF 16VC870 C93-1959-05 C CAPACITOR 0.1uF 16VC871 C93-1959-05 C CAPACITOR 0.1uF 16VC872 C93-1959-05 C CAPACITOR 0.1uF 16VC873 CC73HCH1H220G C CAPACITOR 22pF 50V GC874 CC73HCH1H121J C CAPACITOR 120pF 50V JC875 C93-1959-05 C CAPACITOR 0.1uF 16VC876 CC73HCH1H180J C CAPACITOR 18pF 50V JC877 CK73HBB1H102K C CAPACITOR 1000pF 50V KC879 CC73HCH1H121J C CAPACITOR 120pF 50V JC880 CC73HCH1H1R5B C CAPACITOR 1.5pF 50V BC881 CC73HCH1H010B C CAPACITOR 1pF 50V BC882 CC73HCH1H1R5B C CAPACITOR 1.5pF 50V BC883 CC73HCH1H020B C CAPACITOR 2pF 50V BC884 C93-1959-05 C CAPACITOR 0.1uF 16VC885 C93-1959-05 C CAPACITOR 0.1uF 16VC887 CC73JCH1H101J C CAPACITOR 100pF 50V JC889 CC73HCH1H470J C CAPACITOR 47pF 50V JC890 C93-1959-05 C CAPACITOR 0.1uF 16VC891 C93-1959-05 C CAPACITOR 0.1uF 16VC892 CC73JCH1H101J C CAPACITOR 100pF 50V JC894 C93-1953-05 C CAPACITOR 0.01uF 25VC895 CC73HCH1H0R5B C CAPACITOR 0.5pF 50V BC896 CC73JCH1H101J C CAPACITOR 100pF 50V JC897 CC73JCH1H101J C CAPACITOR 100pF 50V JC898 CC73JCH1H101J C CAPACITOR 100pF 50V JC899 C93-1967-05 C CAPACITOR 470pF 50VC900 CK73HB1A105K C CAPACITOR 1uF 10V KC901 C93-1959-05 C CAPACITOR 0.1uF 16VC902 C93-1959-05 C CAPACITOR 0.1uF 16VC903 C93-1959-05 C CAPACITOR 0.1uF 16VC904 C93-1959-05 C CAPACITOR 0.1uF 16VC905 CK73HB1A105K C CAPACITOR 1uF 10V KC906 C93-1959-05 C CAPACITOR 0.1uF 16VC907 C93-1959-05 C CAPACITOR 0.1uF 16VC908 CK73HB1A105K C CAPACITOR 1uF 10V KC909 C93-1959-05 C CAPACITOR 0.1uF 16VC911 C93-1959-05 C CAPACITOR 0.1uF 16VC912 C93-1959-05 C CAPACITOR 0.1uF 16VC913 C93-1959-05 C CAPACITOR 0.1uF 16VC914 C93-1959-05 C CAPACITOR 0.1uF 16VC915 C93-1967-05 C CAPACITOR 470pF 50VC916 CK73GB0J106K C CAPACITOR 10uF 6.3V KC917 CK73HB1A105K C CAPACITOR 1uF 10V KC918 C93-1959-05 C CAPACITOR 0.1uF 16VC919 CK73HB1A105K C CAPACITOR 1uF 10V KC920 C93-1959-05 C CAPACITOR 0.1uF 16VC921 CK73HBB1H472K C CAPACITOR 4700pF 50V KC922 CK73HB1A105K C CAPACITOR 1uF 10V KC923 CK73HB1A105K C CAPACITOR 1uF 10V KC924 CK73HB1A105K C CAPACITOR 1uF 10V KC925 CC73JCH1H101J C CAPACITOR 100pF 50V JC926 CK73HB1E224K C CAPACITOR 0.22uF 25V KC927 CK73HB1E224K C CAPACITOR 0.22uF 25V KC928 C93-1959-05 C CAPACITOR 0.1uF 16VC929 C93-1959-05 C CAPACITOR 0.1uF 16VC930 C93-1969-05 C CAPACITOR 1000pF 50VC931 CK73HB1A105K C CAPACITOR 1uF 10V KC932 CK73HB1E224K C CAPACITOR 0.22uF 25V KC933 CK73HB1E224K C CAPACITOR 0.22uF 25V KC934 C93-1959-05 C CAPACITOR 0.1uF 16VC935 C93-1959-05 C CAPACITOR 0.1uF 16VC936 CC73JCH1H101J C CAPACITOR 100pF 50V JC937 CK73HB1A105K C CAPACITOR 1uF 10V KC938 CC73HCH1H101J C CAPACITOR 100pF 50V JC939 CC73HCH1H101J C CAPACITOR 100pF 50V JC940 C93-1959-05 C CAPACITOR 0.1uF 16VC941 C93-1959-05 C CAPACITOR 0.1uF 16VC942 C93-1959-05 C CAPACITOR 0.1uF 16V


(No.RA018<Rev.002>)3-9

C943 CK73HB1E104K C CAPACITOR 0.10uF 25V KC944 CK73HB1E104K C CAPACITOR 0.10uF 25V KC945 CK73GXR0J475K C CAPACITOR 4.7uF 6.3V KC946 CK73GXR0J475K C CAPACITOR 4.7uF 6.3V KC948 CC73HCH1H1R5B C CAPACITOR 1.5pF 50V BC949 CC73HCH1H101J C CAPACITOR 100pF 50V JC950 CC73HCH1H101J C CAPACITOR 100pF 50V JC951 CC73HCH1H101J C CAPACITOR 100pF 50V JC952 CC73HCH1H101J C CAPACITOR 100pF 50V JC953 CC73JCH1H101J C CAPACITOR 100pF 50V JC954 CC73JCH1H101J C CAPACITOR 100pF 50V JC955 CC73JCH1H101J C CAPACITOR 100pF 50V JC956 CC73JCH1H101J C CAPACITOR 100pF 50V JC957 CC73JCH1H101J C CAPACITOR 100pF 50V JC958 CC73JCH1H101J C CAPACITOR 100pF 50V JC959 CC73JCH1H101J C CAPACITOR 100pF 50V JC960 CC73JCH1H101J C CAPACITOR 100pF 50V JC962 CC73JCH1H101J C CAPACITOR 100pF 50V JC963 CC73JCH1H101J C CAPACITOR 100pF 50V JC964 CC73JCH1H101J C CAPACITOR 100pF 50V JC965 CC73JCH1H101J C CAPACITOR 100pF 50V JC974 CK73GXR0J475K C CAPACITOR 4.7uF 6.3V KC975 CK73GXR0J475K C CAPACITOR 4.7uF 6.3V KC976 CC73JCH1H101J C CAPACITOR 100pF 50V JC977 CC73JCH1H101J C CAPACITOR 100pF 50V JC978 CC73JCH1H101J C CAPACITOR 100pF 50V JC980 CC73JCH1H101J C CAPACITOR 100pF 50V JC981 CC73JCH1H101J C CAPACITOR 100pF 50V JC982 C93-1967-05 C CAPACITOR 470pF 50VC983 C93-1967-05 C CAPACITOR 470pF 50VC984 CK73HBB1H471K C CAPACITOR 470pF 50V KC986 C93-1967-05 C CAPACITOR 470pF 50VC987 CC73JCH1H101J C CAPACITOR 100pF 50V JC988 CC73JCH1H101J C CAPACITOR 100pF 50V JC989 CC73JCH1H101J C CAPACITOR 100pF 50V JC990 CC73JCH1H101J C CAPACITOR 100pF 50V JC991 CC73HCH1H101J C CAPACITOR 100pF 50V JC992 CC73HCH1H101J C CAPACITOR 100pF 50V JC993 CC73HCH1H101J C CAPACITOR 100pF 50V JC997 C93-1959-05 C CAPACITOR 0.1uF 16V

R1 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR6 RK73FB2B000J MG RESISTOR 0Ω 1/8W JR15 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR16 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR17 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR18 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR19 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR20 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR21 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR22 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR23 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR24 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR25 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR26 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR27 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR28 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR29 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR30 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR31 RK73HH1J183D MG RESISTOR 18kΩ 1/16W DR32 RK73HH1J683D MG RESISTOR 68kΩ 1/16W DR33 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR34 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR35 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR36 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR37 RK73HB1J274J MG RESISTOR 270kΩ 1/16W JR38 RK73HB1J224J MG RESISTOR 220kΩ 1/16W JR39 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR40 RK73HH1J474D MG RESISTOR 470kΩ 1/16W DR41 RK73HH1J474D MG RESISTOR 470kΩ 1/16W DR42 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR43 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR45 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR46 RK73JB1H101J MG RESISTOR 100Ω 1/20W JR47 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR48 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR49 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR50 RK73JB1H102J MG RESISTOR 1Ω 1/20W J


R51 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR60 R92-3774-05 MG RESISTOR 27Ω 0.25WR61 R92-3774-05 MG RESISTOR 27Ω 0.25WR62 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR63 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR64 RK73GB2A100J MG RESISTOR 10Ω 1/10W JR66 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR67 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR68 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR70 RK73HH1J473D MG RESISTOR 47kΩ 1/16W DR71 RK73HH1J473D MG RESISTOR 47kΩ 1/16W DR72 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR73 RK73HB1J223J MG RESISTOR 22kΩ 1/16W JR74 RK73GB2A471J MG RESISTOR 470Ω 1/10W JR75 RK73PB2H1R2J MG RESISTOR 1.2Ω 1/2W JR76 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR77 RK73HH1J223D MG RESISTOR 22kΩ 1/16W DR78 RK73HH1J223D MG RESISTOR 22kΩ 1/16W DR79 RK73GB2A000J MG RESISTOR 0Ω 1/10W JR80 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR81 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR92 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR94 R92-3758-05 MG RESISTOR 1.2Ω 0.25WR95 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR96 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR100 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR101 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR102 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR103 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR104 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR105 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR106 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR107 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR108 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR109 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR110 RK73HB1J393J MG RESISTOR 39kΩ 1/16W JR111 RK73HB1J124J MG RESISTOR 120kΩ 1/16W JR112 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR113 RK73HB1J472J MG RESISTOR 4.7kΩ 1/16W JR114 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR115 RK73HB1J106J MG RESISTOR 10MΩ 1/16W JR116 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR117 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR119 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR120 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR122 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR123 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR124 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR125 RK73HB1J273J MG RESISTOR 27kΩ 1/16W JR127 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR128 RK73HB1J682J MG RESISTOR 6.8kΩ 1/16W JR129 RK73HB1J331J MG RESISTOR 330Ω 1/16W JR140 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR141 RK73HB1J181J MG RESISTOR 180Ω 1/16W JR142 RK73HB1J121J MG RESISTOR 120Ω 1/16W JR143 RK73HB1J105J MG RESISTOR 1MΩ 1/16W JR144 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR151 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR152 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR153 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR162 RN73HH1J331D MF RESISTOR 330Ω 1/16W DR163 RN73HH1J220D MF RESISTOR 22Ω 1/16W DR181 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR183 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR187 RK73HB1J561J MG RESISTOR 560Ω 1/16W JR188 RK73HB1J560J MG RESISTOR 56Ω 1/16W JR189 RK73HB1J563J MG RESISTOR 56kΩ 1/16W JR190 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR191 RK73HB1J180J MG RESISTOR 18Ω 1/16W JR192 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR193 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR194 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR200 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR201 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR202 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR203 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR204 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR205 RK73HB1J470J MG RESISTOR 47Ω 1/16W J


3-10(No.RA018<Rev.002>)

R206 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR207 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR208 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR209 RK73HB1J393J MG RESISTOR 39kΩ 1/16W JR210 RK73HB1J124J MG RESISTOR 120kΩ 1/16W JR211 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR212 RK73HB1J472J MG RESISTOR 4.7kΩ 1/16W JR213 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR214 RK73HB1J106J MG RESISTOR 10MΩ 1/16W JR215 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR216 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR217 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR230 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR231 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR232 RK73HB1J474J MG RESISTOR 470kΩ 1/16W JR240 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR241 RK73HB1J181J MG RESISTOR 180Ω 1/16W JR242 RK73HB1J105J MG RESISTOR 1MΩ 1/16W JR243 RK73HB1J121J MG RESISTOR 120Ω 1/16W JR244 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR247 RN73HH1J331D MF RESISTOR 330Ω 1/16W DR248 RN73HH1J220D MF RESISTOR 22Ω 1/16W DR249 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR250 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR281 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR283 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR285 RK73HB1J563J MG RESISTOR 56kΩ 1/16W JR287 RK73HB1J561J MG RESISTOR 560Ω 1/16W JR288 RK73HB1J560J MG RESISTOR 56Ω 1/16W JR290 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR291 RK73HB1J120J MG RESISTOR 12Ω 1/16W JR292 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR293 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR294 RK73HB1J180J MG RESISTOR 18Ω 1/16W JR295 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR296 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR300 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR301 RK73HB1J680J MG RESISTOR 68Ω 1/16W JR302 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR303 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR304 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR311 RK73HB1J680J MG RESISTOR 68Ω 1/16W JR313 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR314 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR315 RK73HB1J270J MG RESISTOR 27Ω 1/16W JR316 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR317 RK73HB1J331J MG RESISTOR 330Ω 1/16W JR321 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR323 RK73HB1J332J MG RESISTOR 3.3kΩ 1/16W JR324 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR325 RK73HB1J392J MG RESISTOR 3.9kΩ 1/16W JR326 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR327 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR328 RK73GB2A000J MG RESISTOR 0Ω 1/10W JR330 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR331 RK73HB1J392J MG RESISTOR 3.9kΩ 1/16W JR334 RK73HB1J332J MG RESISTOR 3.3kΩ 1/16W JR350 RK73GB2A823J MG RESISTOR 82kΩ 1/10W JR351 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR352 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR360 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR361 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR362 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR372 RK73GB2A000J MG RESISTOR 0Ω 1/10W JR390 RK73HB1J273J MG RESISTOR 27kΩ 1/16W JR391 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR392 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR393 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR394 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR400 R92-3756-05 MG RESISTOR 0.22Ω 1/3WR401 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR402 R92-3756-05 MG RESISTOR 0.22Ω 1/3WR403 RK73HB1J390J MG RESISTOR 39Ω 1/16W JR404 RK73HH1J472D MG RESISTOR 4.7kΩ 1/16W DR405 RK73HH1J472D MG RESISTOR 4.7kΩ 1/16W DR406 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR407 RK73HH1J333D MG RESISTOR 33kΩ 1/16W DR408 RK73HH1J562D MG RESISTOR 5.6kΩ 1/16W D


R409 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR410 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR412 RK73HB1J332J MG RESISTOR 3.3kΩ 1/16W JR414 RK73HB1J822J MG RESISTOR 8.2kΩ 1/16W JR416 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR417 RK73HB1J223J MG RESISTOR 22kΩ 1/16W JR418 RK73HB1J223J MG RESISTOR 22kΩ 1/16W JR420 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR422 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR424 RK73HH1J682D MG RESISTOR 6.8kΩ 1/16W DR425 RK73HB1J152J MG RESISTOR 1.5kΩ 1/16W JR500 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR501 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR502 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR503 RK73HB1J181J MG RESISTOR 180Ω 1/16W JR505 RK73HB1J124J MG RESISTOR 120kΩ 1/16W JR507 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR508 RK73HB1J154J MG RESISTOR 150kΩ 1/16W JR520 RK73HB1J105J MG RESISTOR 1MΩ 1/16W JR521 RK73HB1J105J MG RESISTOR 1MΩ 1/16W JR530 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR532 RK73HB1J680J MG RESISTOR 68Ω 1/16W JR533 RK73HB1J221J MG RESISTOR 220Ω 1/16W JR536 RK73HB1J124J MG RESISTOR 120kΩ 1/16W JR537 RK73HB1J154J MG RESISTOR 150kΩ 1/16W JR538 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR539 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR540 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR541 RK73GB2A470J MG RESISTOR 47Ω 1/10W JR550 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR551 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR552 RK73HB1J563J MG RESISTOR 56kΩ 1/16W JR553 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR554 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR555 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR557 RK73HB1J563J MG RESISTOR 56kΩ 1/16W JR558 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR564 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR566 RK73HB1J334J MG RESISTOR 330kΩ 1/16W JR567 RK73HB1J564J MG RESISTOR 560kΩ 1/16W JR580 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR581 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR582 RK73HB1J331J MG RESISTOR 330Ω 1/16W JR583 RK73HB1J682J MG RESISTOR 6.8kΩ 1/16W JR584 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR588 RK73GB2A151J MG RESISTOR 150Ω 1/10W JR600 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR601 RK73HB1J681J MG RESISTOR 680Ω 1/16W JR602 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR603 RK73HB1J561J MG RESISTOR 560Ω 1/16W JR604 RK73HB1J220J MG RESISTOR 22Ω 1/16W JR605 RK73HB1J182J MG RESISTOR 1.8kΩ 1/16W JR606 RK73HB1J562J MG RESISTOR 5.6kΩ 1/16W JR607 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR608 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR609 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR610 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR660 RK73HB1J103J MG RESISTOR 10kΩ 1/16W JR661 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR662 RK73HB1J274J MG RESISTOR 270kΩ 1/16W JR663 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR664 RK73HB1J180J MG RESISTOR 18Ω 1/16W JR665 RK73HB1J271J MG RESISTOR 270Ω 1/16W JR670 RK73HB1J470J MG RESISTOR 47Ω 1/16W JR671 RK73HB1J681J MG RESISTOR 680Ω 1/16W JR672 RK73HB1J104J MG RESISTOR 100kΩ 1/16W JR673 RK73HB1J563J MG RESISTOR 56kΩ 1/16W JR674 RK73HB1J823J MG RESISTOR 82kΩ 1/16W JR675 RK73HB1J333J MG RESISTOR 33kΩ 1/16W JR677 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR700 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR701 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR702 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR703 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR704 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR705 RK73HB1J153J MG RESISTOR 15kΩ 1/16W JR706 RK73HB1J333J MG RESISTOR 33kΩ 1/16W JR707 RK73HB1J100J MG RESISTOR 10Ω 1/16W J


(No.RA018<Rev.002>)3-11

R708 RK73HB1J681J MG RESISTOR 680Ω 1/16W JR710 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR711 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR713 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR715 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR717 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR718 RK73JB1H222J MG RESISTOR 2.2kΩ 1/20W JR719 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR721 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR722 RK73JB1H220J MG RESISTOR 22Ω 1/20W JR723 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR724 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR725 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR726 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR727 RK73JB1H223J MG RESISTOR 22kΩ 1/20W JR728 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR729 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR730 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR731 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR732 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR733 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR734 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR736 RK73GH2A49R9D MG RESISTOR 49.9Ω 1/10W DR737 RK73HH1J102D MG RESISTOR 1kΩ 1/16W DR738 RK73HH1J102D MG RESISTOR 1kΩ 1/16W DR739 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR742 RK73JB1H222J MG RESISTOR 2.2kΩ 1/20W JR744 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR745 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR746 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR747 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR748 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR750 RK73HB1J332J MG RESISTOR 3.3kΩ 1/16W JR753 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR754 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR755 RK73JB1H222J MG RESISTOR 2.2kΩ 1/20W JR756 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR757 RK73JB1H222J MG RESISTOR 2.2kΩ 1/20W JR758 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR759 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR760 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR761 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR762 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR763 RK73HB1J122J MG RESISTOR 1.2kΩ 1/16W JR764 RK73HB1J561J MG RESISTOR 560Ω 1/16W JR765 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR770 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR771 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR772 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR773 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR774 RK73HB1J473J MG RESISTOR 47kΩ 1/16W JR775 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR776 RK73GB2A000J MG RESISTOR 0Ω 1/10W JR777 RK73GB2A000J MG RESISTOR 0Ω 1/10W JR778 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR779 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR780 RK73HB1J220J MG RESISTOR 22Ω 1/16W JR800 RK73HH1J274D MG RESISTOR 270kΩ 1/16W DR803 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR805 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR806 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR808 RK73HB1J332J MG RESISTOR 3.3kΩ 1/16W JR810 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR814 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR819 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR823 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR824 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR825 RK73JB1H104J MG RESISTOR 100Ω 1/20W JR826 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR827 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR828 RK73HB1J822J MG RESISTOR 8.2kΩ 1/16W JR829 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR830 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR831 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR832 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR833 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR834 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR835 RK73HB1J102J MG RESISTOR 1kΩ 1/16W J


R836 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR837 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR838 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR839 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR840 RK73JB1H472J MG RESISTOR 4.7kΩ 1/20W JR841 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR842 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR849 RK73HB1J331J MG RESISTOR 330Ω 1/16W JR850 RK73JB1H102J MG RESISTOR 1Ω 1/20W JR851 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR852 RK73JB1H101J MG RESISTOR 100Ω 1/20W JR853 RK73JB1H101J MG RESISTOR 100Ω 1/20W JR855 RK73HB1J151J MG RESISTOR 150Ω 1/16W JR856 RK73HB1J390J MG RESISTOR 39Ω 1/16W JR857 RK73HB1J151J MG RESISTOR 150Ω 1/16W JR858 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR859 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR860 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR861 RK73JB1H103J MG RESISTOR 10Ω 1/20W JR862 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR865 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR867 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR868 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR870 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR900 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR901 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR902 RK73HH1J104D MG RESISTOR 100kΩ 1/16W DR903 RK73HH1J103D MG RESISTOR 10kΩ 1/16W DR904 RK73HH1J104D MG RESISTOR 100kΩ 1/16W DR905 RK73HB1J100J MG RESISTOR 10Ω 1/16W JR906 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR907 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR908 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR909 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR910 RK73HB1J222J MG RESISTOR 2.2kΩ 1/16W JR911 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR912 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR913 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR915 RK73HH1J123D MG RESISTOR 12kΩ 1/16W DR916 RK73HH1J123D MG RESISTOR 12kΩ 1/16W DR917 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR918 RK73HH1J154D MG RESISTOR 150kΩ 1/16W DR919 RK73HH1J154D MG RESISTOR 150kΩ 1/16W DR920 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR921 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR922 RK73HH1J123D MG RESISTOR 12kΩ 1/16W DR923 RK73HH1J123D MG RESISTOR 12kΩ 1/16W DR924 RK73HH1J154D MG RESISTOR 150kΩ 1/16W DR925 RK73HH1J154D MG RESISTOR 150kΩ 1/16W DR926 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR927 RK73JB1H474J MG RESISTOR 470Ω 1/20W JR928 RK73JB1H473J MG RESISTOR 47kΩ 1/20W JR929 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR930 RK73HB1J471J MG RESISTOR 470Ω 1/16W JR931 RK73HB1J000J MG RESISTOR 0Ω 1/16W JR932 RK73HB1J182J MG RESISTOR 1.8kΩ 1/16W JR933 RK73HB1J182J MG RESISTOR 1.8kΩ 1/16W JR934 RK73HB1J182J MG RESISTOR 1.8kΩ 1/16W JR935 RK73HB1J182J MG RESISTOR 1.8kΩ 1/16W JR937 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR938 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR939 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR940 RK73HB1J102J MG RESISTOR 1kΩ 1/16W JR942 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR944 RK73HB1J101J MG RESISTOR 100Ω 1/16W JR945 RK73JB1H101J MG RESISTOR 100Ω 1/20W JR946 RK73JB1H101J MG RESISTOR 100Ω 1/20W J

L1 LB73F0AW-002 CHIP FERRITEL2 LB73H0AV-003 CHIP FERRITEL3 LB73H0AV-003 CHIP FERRITEL30 LB73G0AK-001 CHIP FERRITEL31 LB73H0AV-002 CHIP FERRITEL32 LB73G0AM-004 CHIP FERRITEL33 L33-3034-05 CHIP INDUCTORL34 LB73G0AM-004 CHIP FERRITEL35 LB73G0AK-001 CHIP FERRITEL36 LB73G0AK-001 CHIP FERRITE


3-12(No.RA018<Rev.002>)

L38 LB73H0AV-002 CHIP FERRITEL39 LB73G0BJ-002 CHIP FERRITEL40 LB73H0AV-002 CHIP FERRITEL60 L41-1502-70 CHIP INDUCTORL61 LB73H0AV-002 CHIP FERRITEL81 LB73G0AK-001 CHIP FERRITEL100 LB73H0AV-003 CHIP FERRITEL101 LB73H0AY-004 CHIP FERRITEL140 LB73H0AV-003 CHIP FERRITEL160 LK73G0AQ100K M.CHIP INDUCTOR 10uHL161 LK73G0AQ3R3K M.CHIP INDUCTOR 3.3uHL162 LK73G0AQ3R3K M.CHIP INDUCTOR 3.3uHL163 LK73G0AFR12J M.CHIP INDUCTOR 0.12uHL164 L41-5675-43 CHIP INDUCTORL165 LB73H0AY-004 CHIP FERRITEL166 LK73G0AQ3R3K M.CHIP INDUCTOR 3.3uHL180 LK73H0AMR12J M.CHIP INDUCTOR 0.12uHL181 LK73G0AF56NJ M.CHIP INDUCTOR 56nHL182 LK73H0AM5N6S M.CHIP INDUCTOR 5.6nHL184 LK73H0AM5N6S M.CHIP INDUCTOR 5.6nHL185 LK73H0AM82NJ M.CHIP INDUCTOR 82nHL186 LK73H0AM82NJ M.CHIP INDUCTOR 82nHL187 LK73H0AM12NJ M.CHIP INDUCTOR 12nHL200 LB73H0AV-003 CHIP FERRITEL240 LB73H0AV-003 CHIP FERRITEL241 LK73G0AQ100K M.CHIP INDUCTOR 10uHL242 LK73G0AFR22J M.CHIP INDUCTOR 0.22uHL243 LK73G0AFR22J M.CHIP INDUCTOR 0.22uHL244 LK73G0AFR27J M.CHIP INDUCTOR 0.27uHL245 L41-3375-43 CHIP INDUCTORL247 LK73G0AQ3R3K M.CHIP INDUCTOR 3.3uHL248 LB73H0AY-004 CHIP FERRITEL280 LK73H0AM68NJ M.CHIP INDUCTOR 68nHL281 LK73G0AF39NJ M.CHIP INDUCTOR 39nHL282 L40-3363-71 CHIP INDUCTORL284 LK73H0AM4N7S M.CHIP INDUCTOR 4.7nHL285 LK73H0AM56NJ M.CHIP INDUCTOR 56nHL286 LK73H0AM56NJ M.CHIP INDUCTOR 56nHL287 LK73H0AM10NJ M.CHIP INDUCTOR 10nHL303 LK73G0AF68NJ M.CHIP INDUCTOR 68nHL310 LK73H0AM47NJ M.CHIP INDUCTOR 47nHL311 LK73H0AM68NJ M.CHIP INDUCTOR 68nHL312 LK73H0AM82NJ M.CHIP INDUCTOR 82nHL313 LB73G0BD-005 CHIP FERRITEL320 LK73H0AM47NJ M.CHIP INDUCTOR 47nHL322 LR79Z0CAR10J CHIP INDUCTOR 0.1uHL323 LB73F0AW-002 CHIP FERRITEL330 LK73G0AF8N2J M.CHIP INDUCTOR 8.2nHL331 LR79Z0DC27N9J CHIP INDUCTOR 27.9nHL332 LB73F0AW-002 CHIP FERRITEL333 LK73G0AF6N8J M.CHIP INDUCTOR 6.8nHL340 LR79Z0DC16N7J CHIP INDUCTOR 16.7nHL341 LR79Z0DC22NJ CHIP INDUCTOR 22nHL350 LR79Z0DD12N2J CHIP INDUCTOR 12.2nHL351 LR79Z0DD43N6J CHIP INDUCTOR 43.6nHL352 LR79Z0DD43N6J CHIP INDUCTOR 43.6nHL353 LR79Z0DD43N6J CHIP INDUCTOR 43.6nHL360 LR73Z0AE2R2J CHIP INDUCTOR 2.2uHL370 LR79Z0DC45N5J CHIP INDUCTOR 45.5nHL500 LR77Z0AER56J CHIP INDUCTOR 0.56uHL501 LB73G0BD-005 CHIP FERRITEL502 LR77Z0AER27J CHIP INDUCTOR 0.27uHL503 L41-1285-53 CHIP INDUCTORL504 L41-2285-14 CHIP INDUCTORL520 L41-6878-14 CHIP INDUCTORL530 L41-6878-14 CHIP INDUCTORL532 L41-6878-14 CHIP INDUCTORL535 L41-8278-14 CHIP INDUCTORL580 LK73H0AM33NJ M.CHIP INDUCTOR 33nHL581 LK73H0AM33NJ M.CHIP INDUCTOR 33nHL582 LK73G0AF82NJ M.CHIP INDUCTOR 82nHL600 LK73G0AQ100K M.CHIP INDUCTOR 10uHL601 LB73H0AV-003 CHIP FERRITEL602 LB73H0AV-003 CHIP FERRITEL603 L41-3988-55 CHIP INDUCTORL604 LK73G0AFR27J M.CHIP INDUCTOR 0.27uHL605 LB73H0AV-003 CHIP FERRITEL606 L41-4798-14 CHIP INDUCTOR


L607 LB73H0AV-003 CHIP FERRITEL608 LB73H0AV-003 CHIP FERRITEL609 L41-1885-53 CHIP INDUCTORL610 LK73G0AQ100K M.CHIP INDUCTOR 10uHL611 LK73G0AQ100K M.CHIP INDUCTOR 10uHL612 L41-2285-53 CHIP INDUCTORL613 LB73H0AV-003 CHIP FERRITEL614 LB73H0AV-003 CHIP FERRITEL660 LK73G0AQR33K M.CHIP INDUCTOR 0.33uHL661 LB73H0AV-002 CHIP FERRITEL662 LK73G0AQR82K M.CHIP INDUCTOR 0.82uHL670 LK73G0AQR82K M.CHIP INDUCTOR 0.82uHL671 LK73G0AQR47K M.CHIP INDUCTOR 0.47uHL672 LB73H0AV-002 CHIP FERRITEL673 LK73G0ASR47J M.CHIP INDUCTOR 470nHL674 LK73G0ASR47J M.CHIP INDUCTOR 470nHL700 LB73H0AV-003 CHIP FERRITEL701 LK73G0AQ4R7K M.CHIP INDUCTOR 4.7uHL702 LB73H0AV-002 CHIP FERRITEL703 LB73H0AV-002 CHIP FERRITEL704 LB73H0AV-002 CHIP FERRITEL705 LB73G0AM-004 CHIP FERRITEL706 L92-1101-05 CHIP FERRITEL708 L92-1101-05 CHIP FERRITEL710 LB73G0AK-001 CHIP FERRITEL711 LB73G0AK-001 CHIP FERRITEL717 LB73G0AK-001 CHIP FERRITEL719 LB73G0AK-001 CHIP FERRITEL800 LB73G0AK-001 CHIP FERRITEL808 LB73G0AK-001 CHIP FERRITEL809 LB73G0AM-004 CHIP FERRITEL810 LB73G0AM-004 CHIP FERRITEL811 LB73H0AV-002 CHIP FERRITEL812 LB73H0AV-002 CHIP FERRITEL813 LB73G0AM-004 CHIP FERRITEL814 LB73H0AV-002 CHIP FERRITEL815 LB73G0AM-004 CHIP FERRITEL850 L92-0487-05 CHIP FERRITEL851 L92-0487-05 CHIP FERRITEL852 LK73H0AM10NJ M.CHIP INDUCTOR 10nHL853 L79-1985-05 FILTERL854 L92-0487-05 CHIP FERRITEL855 L79-1987-05 FILTERL856 LK73H0AM6N8J M.CHIP INDUCTOR 6.8nHL857 L79-1985-05 FILTERL858 L41-3965-55 CHIP INDUCTORL859 L41-3965-55 CHIP INDUCTORL861 L92-0487-05 CHIP FERRITEL862 L92-0487-05 CHIP FERRITEL863 L40-2263-71 CHIP INDUCTORL902 LB73H0AV-002 CHIP FERRITEL903 LB73G0AM-004 CHIP FERRITEL904 LB73G0AM-004 CHIP FERRITE

A30 W02-3785-05 DC-DC CONVERTERCN1 G0B-0023-00 EARTH SPRINGCN3 G0B-0023-00 EARTH SPRINGCN4 E40-6970-05 PIN ASSYCN7 J19-5386-05 HOLDERCN8 E40-6883-05 F.C.CONNECTORCN9 E40-6962-05 F.C.CONNECTORCN10 E40-6720-05 SOCKET FOR PINCN11 E40-6720-05 SOCKET FOR PINCN12 E41-3167-05 F.C.CONNECTORCN13 E41-1486-05 PIN ASSYCN14 G0B-0005-00 EARTH SPRINGCN15 G0B-0005-00 EARTH SPRINGCN16 G0B-0005-00 EARTH SPRINGCN17 G0B-0005-00 EARTH SPRINGCN18 G0B-0005-00 EARTH SPRINGCN20 G0B-0005-00 EARTH SPRINGCN21 G0B-0005-00 EARTH SPRINGCN301 E23-1278-05 TERMINALCN602 E23-1278-05 TERMINALCN603 G0B-0002-00 EARTH SPRINGCN912 G0B-0005-00 EARTH SPRINGCP100 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP200 RK74HB1J100J NET RESISTOR 10Ω 1/16W J


(No.RA018<Rev.002>)3-13

CP600 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP601 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP700 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP701 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP702 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP850 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP851 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP900 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP901 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP903 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP904 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP905 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP906 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP907 RK74HA1J100J NET RESISTOR 10Ω 1/16W JCP908 RK74HB1J100J NET RESISTOR 10Ω 1/16W JCP909 RK74HB1J104J NET RESISTOR 100kΩ 1/16W JCP910 RK74HB1J101J NET RESISTOR 100Ω 1/16W JCP911 RK74HB1J221J NET RESISTOR 220Ω 1/16W JCP912 RK74HB1J221J NET RESISTOR 220Ω 1/16W JCP913 RK74HB1J221J NET RESISTOR 220Ω 1/16W JCP914 RK74HB1J221J NET RESISTOR 220Ω 1/16W JCP915 RK74HB1J221J NET RESISTOR 220Ω 1/16W JE1 F10-3224-15 SHIELDING CASEE2 F10-3228-05 SHIELDING CASE F2,F3,K2,K3E2 F10-3228-15 SHIELDING CASE E,E2E3 F10-3244-05 SHIELDING CASE F2,F3,K2,K3E3 F10-3244-15 SHIELDING CASE E,E2E4 F10-3236-05 SHIELDING CASEE5 F10-3246-15 SHIELDING CASEF1 FZA10BQ-3R15 FUSE (CC)F2 F53-0498-05 FUSEJ1 E68-0426-05 JACK OTHERSOT1 F10-3223-05 SHIELDING COVEROT2 F10-3227-05 SHIELDING COVEROT3 F10-3243-15 SHIELDING COVEROT4 F10-3245-15 SHIELDING COVEROT5 H52-1258-02 ITEM CARTON F2,F3,K2,K3OT5 H52-2343-04 ITEM CARTON E,E2S1 S70-0530-05 TACTILE PUSH SWS2 S68-0931-05 PUSH SWITCHTH400 ERTJ0V104H N THERMISTORTH700 ERTJ0V104H N THERMISTORX700 L77-3123-05 TCXOX701 L77-1802-05 QUARTZ CRYSTALX850 L77-3121-05 QUARTZ CRYSTALXF670 L7B-0003-00 MCF


3-14(No.RA018<Rev.002>)

Packing materials and accessories parts list

Packing and accessoriesBlock No. [M][2][M][M]


1 B0K-0002-00 CAP ACC 2 B5A-0049-10 INSTRUCTION MANUAL ACC F2,F3,K2,K3 2 B5A-0940-00 INSTRUCTION MANUAL ACC/9 LANG E,E2 3 ------------ PAMPHLET SAR(E,F) F2,F3,K2,K3 3 ------------ PAMPHLET ROHS2 E,E2 4 G5D-0027-00 PACKING ACC/CAP 5 ------------ PROTECTION BAG ACC/CAP 6 ------------ PROTECTION BAG RADIO 7 H5A-0012-00 ITEM CARTON CASE *Produced in Japan F2,F3,K2,K3 7 H5A-0203-00 ITEM CARTON CASE *Produced in Malaysia K2,K3,E,E2 8 J29-0730-05 HOOK ACC/KBH-11 9 N08-0571-04 DRESSED SCREW ACC/CAP 10 N09-6585-15 SPECIAL SCREW ACC/KBH-11(x2) 11 H1C-0036-00 PACKING FIXTURE *Produced in Japan(x2) F2,F3,K2,K3 11 H1C-0037-00 PACKING FIXTURE *Produced in Malaysia(x2) K2,K3,E,E2 12 H1C-0011-00 PACKING FIXTURE 13 B5A-0327-30 INSTRUCTION MANUAL WEB/EN 14 B5A-0328-30 INSTRUCTION MANUAL WEB/FR 15 B5A-0329-30 INSTRUCTION MANUAL WEB/ES 16 B5A-0330-30 INSTRUCTION MANUAL QUICK GUIDE

1

2

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4

6

7

8

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9

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11

11

Block No.M2MM

14

13

16

15

(No.RA018<Rev.002>)3-15

(No.RA018<Rev.002>)

VSE

Printed in Japan

JVC KENWOOD CorporationCommunications Systems Business Unit

service manual - repeater buildermanuals.repeater-builder.com/kenwood/nx/nx-5200/nx-5200...service...

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