49049051 mitsubishi vz8 chassis vs60607 service manual

CAUTION:Before servicing this chassis, it is important that the service person read the "SAFETY PRECAUTIONS" and"PRODUCT SAFETY NOTICE" contained in this manual.

• Weight and dimensions shown are approximate.• Design specifications are subject to change without notice.

MITSUBISHI DIGITAL ELECTRONICS AMERICA, INC.9351 Jeronimo Road, Irvine, CA 92618-1904

Copyright © 2000 Mitsubishi Digital Electronics America, Inc.All Rights Reserved

PROJECTION TELEVISIONVZ8 / VZ8+ CHASSIS

MITSUBISHI ELECTRICServiceManual

2000

SPECIFICATIONS• Power Input : AC 120V, 60Hz• Power : 240W (VZ8)

Consumption : 240W (VZ8+)

• Frequency : VHF 54 ~ 470MHzRange UHF 470 ~ 806MHz

• Antenna Input : VHF/UHF 75Ω unbalancedSingle axis input

• CRT Size : 7"

• High Voltage : 32.0kV (at 0A)

• Speaker : [VZ8]4" round type, full range 2 pcs.(8Ω 10W)[VZ8+]5" round type, full range 2 pcs.(8Ω 10W)

• Weight : [VS-45607] 171 lbs[VS-50607] 198 lbs[VS-50707] 202 lbs[VS-55707] 213 lbs[VS-60607] 245 lbs[VS-60707] 245 lbs[VS-70707] 400 lbs

• Cabinet : [Model] (H)x(W)x(D)Dimensions : [VS-45607] 48"x38.4"x22.2"

: [VS-50607] 50.4"x42.4"x23.8": [VS-50707] 50.4"x42.4"x23.8": [VS-55707] 54.8"x46.4"x27.7": [VS-60607] 60.8"x50.5"x29": [VS-60707] 60.8"x50.6"x29": [VS-70707] 70.5"x58.7"x29.4"

• Input Level : VIDEO IN JACK (RCA Type) 1.0Vp-p 75Ω unbalanced: AUDIO IN JACK (RCA Type) -4.7dBm 43kΩ unbalanced: S-VIDEO IN JACK

(Y/C separate type)Y:1.0 Vp-p C:0.286Vp-p(BURST)75Ω unbalanced

: Component Inputs (RCA Type)Y: 1.0Vp-pCr, Cb: 700mVp-p

• Output Level : VIDEO OUT JACK (RCA Type)1.0Vp-p 75Ω unbalanced

: AUDIO OUT JACK (RCA Type)-4.7dBm 4.7kΩ unbalanced

VZ8+MODELS

VS-50707VS-55707VS-60707VS-70707

VZ8MODELS

VS-45607VS-50607VS-60607 -

MODELS: VS-45607 / VS-50607 / VS-60607 / VS-50707 / VS-55707 / VS-60707 / VS-70707

Page 3

INTRODUCTION

This service manual provides service instructions for PTV Models VS-45607, VS-50607 and VS-60607 which usethe VZ8 chassis, and PTV Models VS-50707, VS-55707, VS-60707, and VS-70707 which use the VZ8+ chassis.Service personnel should read this manual thoroughly before servicing these chassis.

This service manual includes:1. Assembly and disassembly instructions for the front and rear cabinet components.2. Servicing of the Lenticular Screen and Fresnel Lens.3. Servicing printed circuit boards (PCBs).4. CRT replacement procedure.5. Electrical adjustments.6. Chip parts replacement procedures.7. Circuit path diagrams.

The parts list section of this service manual includes:1. Cabinet and screen parts.2. Electrical parts.

Schematic and block diagrams of the above listed models are included in this service manual for better under-standing of the circuitry. PCB drawings are also included for easy location of parts and test points.

PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in television receivers have special safety related characteristics. Thesecharacteristics are often not evident from visual inspection nor can the protection afforded by them necessarily beobtained by using replacement components rated for higher voltage, wattage, etc.

Replacement parts which have special safety characteristics are identified in this service manual.

Electrical components having such features are identified by bold type in the service parts list of the servicemanual and with a warning in the parts database of the CDROM. The replacement for any safety part shouldbe identical in value and characteristics.


SAFETY PRECAUTIONS

NOTICE: Observe all cautions and safety related notes located inside the receiver cabinet and on thereceiver chassis.

WARNING:1. Operation of this receiver outside the cabinet or with the cover removed presents a shock hazard

from the receiver's power supplies. Work on the receiver should not be attempted by anyone who isnot thoroughly familiar with the precautions necessary when working on high voltage equipment.

2. Do not install, remove or handle the picture tubes in any manner unless shatterproof goggles areworn. People not so equipped should be kept away while the picture tube is being handled. Keepthe picture tube away from the body while handling.

3. When service is required, observe the original lead dress. Extra precaution should be taken toassure correct lead dress in the high voltage area. Where a short-circuit has occurred, replace thosecomponents that indicate evidence of overheating.

X-Radiation warningThe surface of the cathode ray tubes (CRTs) may generate X-Radiation, so take proper precautions when servic-ing. It is recommended that a lead apron be used for shielding while handling the CRT. Use this method ifpossible.

When replacing the CRTs, use only the designated replacement part since it is a critical component with regard toX-Radiation. High voltage must be set as prescribed under the section titled Electrical Adjustments.

Leakage current checkBefore returning the receiver to the customer, it is recommended that leakage current be measured according tothe following methods.

1. Cold CheckWith the alternating current (AC) plug removed from the AC source, place a jumper across the two AC plugprongs. Connect one lead of an ohm meter to the AC plug and touch the other lead to each exposed metalpart (i.e. antennas, handle bracket, metal cabinet, screw heads, metal overlay, control shafts, etc.), particu-larly any exposed metal part that has a return path to the chassis. The resistance of the exposed metal partshaving a return path to the chassis should be a minimum of 1Mega Ohm. Any resistance below this valueindicates an abnormal condition and requires corrective action.

2. Hot Check ...Use the circuit shown below to perform the hot check test.1. Keep switch S1 open and connect the receiver to the measuring circuit. Immediately after

connection, and with the switching devices of the receiver in their operating positions, measure the leakage current for both positions of switch S2.

2. Close switch S1, energizing the receiver. Immediately after closing switch S1, and with the switching devices of the receiver in their operating positions, measure the leakage current for both positions of switch S2. Repeat the current measurements of items 1 and 2 after the receiver has reached thermal stabilization. The leakage current must not exceed 0.5 milliampere (mA).


Page 5

*Refer to PARTS LIST for Part Numbers

CABINET DISASSEMBL Y (FRONT VIEW)

1a. Front Cabinet Disassembly1. Remove the Speaker Grille by pulling forward.2. Remove the Front-Board by removing 4 screws "a".3. Remove the Screen Assembly by removing 3 screws "b". Disconnect all cable harnesses between the

Screen Assembly and the PCB-Signal.4. Lift the Screen Assembly and pull up and away from the cabinet as shown.

a

b

FRONT BOARD

SPEAKER GRILLE

SCREEN ASSEMBLY

Figure 1-1


CABINET DISASSEMBL Y (REAR VIEW)

1b. Rear Cabinet Disassembly1. Remove the Back Board by removing 12 screws "a".2. Remove the Rear Board-1 by removing 2 screws "b".3. Remove 4 screws "c" (two not shown) and 8 screws "d" securing the Light Box Assembly and the Board

Shelves.4. Remove the shelves by lifting up and out.5. Be certain that all cables and connectors between the Light Box Assembly and external items are discon-

nected (e.g. speaker plugs).6. Slide the Light Box Assembly out of the cabinet.

c

BACK BOARD

LIGHT BOXASSEMBLY

BOARD SHELF

BOARD SHELF

a

db

REAR BOARD-1

REAR BOARD-2

Figure 1-2


Page 7

CABINET SEPARATION PROCEDURE (VS-70707)

1c. VS-70707 Cabinet Separation Precedure1. Remove the Screen Assembly and disconnect

all cable harnesses between the FrameAssembly and the PCB-SIGNAL (refer to 1a.Front Cabinet Disassembly ).

2. Remove 4 screws “a” securing the top andbottom cabinet sections (Figure 1-3).

3. Lift the cabinet top straight up until the guidepinse are clear.

4. Carefully place the cabinet top on the floor.5. Place the cabinet bottom in the desired

location.6. Reverse the procedure and mount the cabinet

top on the cabinet bottom.7. Reinstall the the Screen Assembly and

connect all cable harnesses between theScreen Assembly and the PCB-SIGNAL.

Model VS-70707 cabinets are assembled in two pieces. These two pieces may be separated to allow easierdelivery and setup.

Note: The Guide Pins under the cabinet top may break if mishandled. Keep the cabinet top straight when remov-ing and installing. DO NOT tilt the cabinet top while resting on the guide pins.

Figure 1-3


SERVICING THE LENTICULAR SCREEN AND FRESNEL LENS

1. Removal of the Lenticular Screen and Fresnel Lens

CAUTION: Wear gloves when handling the Lenticular Screen and the Fresnel Lens.This prevents cuts and finger prints. Do not place the Fresnel Lens in the sun .This may cause fire and heat related injuries.

1. Remove the screen assembly as shown in the Cabinet Disassembly procedure. [Figure 1-1]2. Remove the Frame Holder by removing 12 screws (a). [Figure 3-1]3. Remove the Screen Holder by removing screws (b), number of screws varies with model. [Figure 3-1]

Note: When separating the Lenticular Screen from the Fresnel Lens, use cautionwhile prying the Screen and Lens apart. Use a slot type screw driver, andremove the pressure sensitive, double sided tape.

Figure 3-1


Page 9

2. Installation of the Lenticular Screen and Fresnel Lens

Note: Store the Lenticular Screen and Fresnel Lens in a cool dry place. High humidity maydeform the Lenticular Screen and Fresnel Lens.

1. Apply double coated tape (Part # LENS-TAPE) along the top front edge of the Fresnel Lensas shown in figure 3-2. Refer to Table A for proper tape length.

2. Place the Fresnel Lens on top of the Lenticular Screen and apply pressure at the top edge tobond them together as shown in figure 3-2.

VS-45607 / VS-50607 / VS-60607 Only3. Install CUSHION-CORNER pads at the bottom corners on the back of the Fresnel Lens, as

shown in figure 3-3.

Lenticular Screen

Fresnel Lens

0.16 inch

Figure 3-2

LenticularScreen

FresnelLens

Top

Bottom

Double Sided Tape(Part# LENS-TAPE)

( * X ) inchTop

Bottom

* Tape Application Guide

MODELSCREEN

SIZETAPE

LENGTHVS-45607 45" 36"VS-50607 50" 40"VS-50707 50" 40"VS-55707 55" 44"VS-60607 60" 48"VS-60707 60" 48"VS-70707 70" 56"

Table A

Top

Bottom

Fresnel Lens(Rear)

CUSHION-CORNER(B)Part #622D757060

CUSHION-CORNER(A)Part #622D757050

VS-45607 / VS-50607 / VS-60607ONLY

Figure 3-3


SERVICING THE DIAMONDSHIELD™

1. DiamondShield™ Removal Procedure

Note: Wear gloves when handling the DiamondShield™ to prevent finger prints.

1. Remove the left and right molding clips by gentlyinserting a small screwdriver between theDiamondShield™ and one end of the clip.

2. Gently pry both clips loose and remove them bypulling toward you.

3. Carefully insert a small screwdriver into the gapbetween the DiamondShield™ and the LenticularScreen at the top/center point. Pivot thescrewdriver up and forward to pull the top edge ofthe DiamondShield™ slightly away from the unit.Then, with your left and right hands placed at theapproximate points shown, gently bow theDiamondShield™ toward you and away from the unitto remove.

4. Complete the DiamondShield™ removal byreplacing the molding clips removed in step 2.For both the left and right, press the clip intoplace starting at one corner. Then, run a fingeralong the length of the clip to press it into place.Do not force.


Page 11

3. Install the DiamondShield™ by first insertingthe bottom edge into the bottom channel.Then, with your left and right hands placed atthe approximate points shown, gently bow theshield toward you and insert the top edge ofthe DiamondShield™ into the top channel.

4. Complete the DiamondShield™ installation byreplacing the molding clips removed in step 2.For both the left and right, press the clip intoplace starting at one corner. Then, run a fingeralong the length of the clip to press it intoplace. Do not force.

1. Remove the left and right molding clips by gentlyinserting a small screwdriver between theDiamondShield™ and one end of the clip.

2. Gently pry both clips loose and remove them bypulling toward you.

2. DiamondShield™ Installation Procedure*(See Parts List for DiamondShield™ part numbers)


SERVICING PCBsPCB Locations

Major Parts Locations


Page 13

CRT REPLACEMENT

1. Removal of the CRT

Caution! High voltage should be completely discharged prior to CRT removal.Since The CRTs receive high voltage from the CR Block, dischargeby shorting the open end of the respective high voltage cable tochassis ground.

Note: Refer to figures 1-1 through 2-2 when performing steps 1 through 4.

1. Remove the Speaker Grille, Front Board, and Screen Assy.2. Remove the Back Board.3. Remove the Anode Lead Wire from the CR Block.4. Remove the PCB-CRT.5. Remove 4 hex-screws "a" retaining the Optical Unit. [Figure 5-1]6. Remove 4 screws "b" retaining the Lens.

Note: DO NOT loosen the RED screws. Doing so will break the seal between theC-Element and the # 6 Lens, causing leakage of the CRT Coolant.

7. Remove 4 screws "c" retaining the CRT. [Figure 5-2]8. Remove the Deflection Yoke from the neck of the CRT. [Figure 5-7]

Figure 5-2

Figure 5-1

Note: The 4 spring-loaded screws shownin Fig 5-2 and labeled as "DO NOTREMOVE", should not be loosenedunder any circumstance. Doing sowill break the seal between theCRT and the CRT-Spacer, causingleakage of the CRT Coolant.


2. Installation of the CRT

Note: The replacement CRT is supplied as an assembly comprised of the CRT and theInner Lens with the space between them filled with ethylene glycol. Care shouldbe taken during handling and installation to prevent shock from disrupting the sealor alignment between the CRT and Inner Lens. [Figure 5-3]

Note: The CRT fixing screws should not be loosened nor should they be removed. [Figure 5-4]

1. Carefully position the replacement CRT and fasten in place using 4 screws "d". [Figure 5-6]

Figure 5-6

Figure 5-5

Figure 5-4

Figure 5-3


Page 15

2. Install the Deflection Yoke on the CRT neck. [Figure 5-7]3. Install the Lens that was removed in steps 5 and 6 of Removal Of The CRT. [ Figures 5-1 and 5-2 ]

a) Position the Lens so that the Label faces the direction shown in Figure 5-8.b) Install the mounting screws. [Figure 5-1]

4. Install the PCB-CRT.5. Insert the Optical Unit into the Light Box Assembly.6. Insert the Anode Lead Wire into the Flyback Transformer.7. Re-clamp the Lead Wire in its original position.

Adjustment procedures after replacing the CRT(s)• CRT Cut Off / White Balance Adjustment• Static Convergence Adjustment• Dynamic Convergence Adjustment

Figure 5-7

Figure 5-8


1H

40%

40%

100%75%

Monoscope Signal

Split-Field Color Bars (100% window)

ELECTRICAL ADJUSTMENTS

Note: Perform only the adjustments required.Do not attempt an alignment if proper equipment is not available.

1. Test Equipment Oscilloscope (Unless otherwise specified, use 10:1 probes) Signal Generator Frequency Counter Direct Current Voltmeter

Direct Current Power Supply Multiplex Audio Signal Generator Direct Current Ampere Meter

2. Test Signal

A. Monoscope Signal

Note: If you do not havea monoscope signal source,connect the unit to a VCRand play a Monoscope*alignment tape.(* Part Number: 859C568060)

B. Color Bar Signal

Use the color bar signal shownbelow, unless otherwise specifiedin this manual.


Page 17

3. Initial Setup1. Option Menu Setup

Follow the steps below for the initial set-up:1. Select the "MENU" display by pressing the "MENU" button once.2. Press the number buttons "1", "2", "7", "0" in sequence to select the "OPTION MENU" display.3. Press the "ADJUST" button to select "INITIAL."4. Press "ENTER."

NOTE: At this time channel 3 is automatically selected.

CAUTION: On these models E2 RESET activation has been changed. To activate,the "QV" button must be pressed while "E2 RESET" is selected on the menuscreen. The QV button may be denoted as RCL on some models.This feature is for factory use only. DO NOT ACTIVATE E2 RESET ASTHIS WILL RESET ALL ALIGNMENT DATA. Doing so will require a full item by itemalignment of all data values listed in the "adjustment items" sectionof this manual.

INITIAL SETTINGSItem Description Initial Setting Item Description Initial Setting

1 Input TV 11 TV IRIS OFF2 Receiving Channel 003 CH TV Contrast 100%3 TV/CATV CATV TV Brightness 50%4 RCL Recalls previous ch. TV Sharpness 50%5 Channel Memory All CH (0,0) TV Color 50%6 V-CHIP LOCK 12 Speaker ON

Lock by Time OFF 13 Background GrayLock Time 12:00 AM 14 Closed Caption On if MuteUnlocK Time 12:00 AM 15 PIP SOURCE TV

7 Lock Channels OFF 16 PIP POSITION Lower Right8 LOCK CODE - - - - 17 VIDEO MUTE OFF9 VOLUME 30% 18 INPUT, NAME OFF All input name OFF10 AUDIO FUNCTIONS 19 TIMER OFF

TV Listen to STEREO 20 SQV All CH CLEAR (deleted)TV Bass 50% 21 A/V NETWORK OFFTV Treble 50% 22 LANGUAGE EnglishTV Balance 50% 23 NAME THE CHANNELS ALL LABELS CLEAREDTV Surround OFF 24 Locked to Input NoTV Level sound OFF 25 External Audio System No

11 VIDEO FUNCTIONS 26 Vol. change by AV Rec. N/ATV Tint 50% 27 Clock Time - -:- -TV Color temp High 28 Set Day Sunday

2. Default Settings

OPTION MENU

INITIAL

E2 RESET

POW ER RESTORE: OFFW HEN MUTE: ONDIRECT KEY MODE OFFVS-70705 *NOV-CHIP ON

SERIES SETTING: XXXXXXXXSERIES SETTING: XXXXXXXX*Set the VS-70705 option to NO for all VZ8 models.


AV MEMORYAV MEMORY Standard Daylight Evening Home Theater ComponentTINT 31 31 31 31 31COLOR 31 31 31 27 31CONTRAST 63 63 63 45 63BRIGHTNESS 31 40 25 31 31SHARPNESS 31 31 31 35 35COLOR TEMP HIGH HIGH HIGH LOW LOWBASS 31 35 35 31 31TREBLE 31 35 35 31 31BALANCE 31 31 31 31 31SURRONG OFF OFF OFF OFF OFFLEVEL SOUND OFF OFF OFF OFF OFF

Items in the table below are set to following after Initalization.

4. LED Indicator DiagnosticsThe Power ON LED provides an indication of the sets operation, and the possible cause of a malfunction.

1. Initial Control Circuitry CheckImmediately after the TV is connected to an AC power source:

The LED flashes three times ... indicating the Microprocessor has initialized and is functioningproperly.

If the LED does not flash ... the Microprocessor is NOT functioning.

2. Error Code Operational CheckPressing the front panel INPUT and MENU buttons at the same time, and holding for 5 seconds,activates the Error Code Mode. The LED flashes denoting a two digit Error Code, or indicating no problemhas occured since the last Initalization.

Note: The front panel buttons must used, NOT those on the Remote Control.

The number of flashes indicates the value of the MSD (tens digit) of the Error Code.

The flashing then pauses for approximately 1/2 second.

The LED then flashes indicating the value of the LSD (ones digit) of the Error Code.

The Error Code is repeated a total of 5 times.Example: If the Error Code is 24, the LED will flash two times, pause, and then flash four times.

3. Error CodesThe Error Code designations indicating a malfunction, or no malfunction, are listed below:

12 ... indicates no error has occured.21 ... X-Ray Protect circuit.22 ... Short Protect circuit.23 ... Horizontal Deflection failure.24 ... Vertical Deflection failure.


Page 19

5. Circuit Adjustment Mode

Except for the following, all adjustment items must be performedusing the remote hand unit.

Lens Focus Electrostatic Focus

A. Activating the Circuit Adjustment Mode1. Press the "MENU" button on a remote hand unit.

2. Press the number buttons "1", "2", "5", "7" in sequence.The screen will change to the Adjustment Mode.

Note: Repeat steps 1 and 2 if the circuitadjustment mode does not appearon screen

B. Selection of adjustment Functions andAdjustment Items

To select an adjustment item in the circuit adjustment mode,first select the adjustment function that includes the specificadjustment item to be selected. Then, select the adjustmentitem.

Refer to the following pages for the listing of adjustmentfunctions and adjustment items.

1. Press the "AUDIO" button on a remote hand unit toselect an adjustment function. Each time the buttonis pressed, the Function changes in the followingsequence:

2. Press the VIDEO button to select a specificAdjustment Item. The Item number increases eachtime the VIDEO button is pressed.

C. Changing Data

After selecting an adjustment Item, use the ADJUSTUP/DOWN button to change data.

Press ADJUST DOWN to decrease the data value.

Press ADJUST UP to increase the data value.

1 2 3

5 6

7 8 9

0SQV QV

4

POWER

HOME

PAUSEREC

FF/FWDREW/REVPLAY

STOP

VOLUME

INFO

CANCEL MENU

PIP/POP

PIP SIZE

PIP CH

INPUT

SLEEP

VIDEO

AUDIO

MUTE

CHANNEL

ENTER

PIP INPUT

EXCH

GUIDE

TV AUDIOCABLE/DBS DVD

VCR

ENTER

VIDEO

AUDIO

ADJUST

UP/DNMENU


D. Saving Adjustment Data

Press ENTER to save adjustment data in memory. The character display turns red forapproximately one second in this step.

Note: If the circuit adjustment mode is terminated without pressing ENTER, changesin adjustment data are not saved.

E. Terminating the Circuit Adjustment Mode

Press the MENU button on the remote hand unit twice to terminate the adjustment mode.

Note: The circuit adjustment mode can also be terminated by turning power OFF.

F. Direct Key Mode

This feature is for Factory Use Only. It enables access to the Service Adjustment Modes by using theVCR buttons on the remote control.

1. Activate the Factory Option Menu (MENU-1-2-7-0)2. Change the option for DIRECT KEY MODE from OFF to ON.3. Exit the Option Menu (Press MENU twice).4. Service Adjustment Modes can now be activated using the following VCR buttons on the remote:

REWIND...activates the Circuit Adjustment Mode PLAY........ activates the Coarse Convergence Mode STOP....... activates the Fine Convergence Mode PAUSE..... activates the Factory Option Menu

5. After performing adjustments, set the DIRECT KEY MODE option back to OFF.

6. Convergence E2RESET

Press (MENU-1-2-5-9-6-8-9-7-0) in sequence.

Convergence E2RESET should only be performed if the Convergence E2PROM IC is replace, or Conver-gence is way out of alignment. Activation resets all Convergence Data, including the HVOL adjustmentin CONV-MISC. This requires performing the High Voltage adjustment and a complete Convergencealignment.

IMPORTANT

If the DIRECT KEY MODE is not turned OFF: The VCR buttons will not control a VCR The user has access to the Adjustment Modes


Page 21

7. Convergence Adjustment Mode

The Convergence mode is used to perform raster geometry correction, and convergence adjustments asspecified in Adjustment Procedures 19, 20, 21 and 22.

A. Convergence Mode Activation

1. Press MENU-1-2-5-92. When the Convergence Mode is activated, the display at

the right appears on a Green Crosshatch.

B. Convergence Mode Functions

In the Convergence Mode there are three main Functions (Categories). Pressing 6 activates CONV MISC Pressing 5 activates COARSE CONV Pressing 4 activates FINE CONV

C. CONV MISC (Press 6)

This mode is used to preset data values controlling the Convergence Generator, and to perform the HVRegulation adjustment.

1. Use the VIDEO button to select an item.2. Use the ADJUST buttons to change data.

Note: When Item 0 HVOL is selected the screen goes black except for the data display.This occurs since a black screen is required when making the HV Regulation adjustment.

D. COARSE CONV (Press 5)

There are four Sub Functions in the Coarse mode, COARSE GREEN, COARSE RED, COARSE BLUEand DF.

COARSE GREEN .... used to make Coarse Raster Geometry Adjustments. COARSE RED ... used to make Coarse Red Convergence Adjustments. COARSE BLUE ... used to make Coarse Blue Convergence Adjustments. DF ... used to preset data values controlling the Dynamic Beam Focus circuit drive signal.

1. Use AUDIO button to select a Sub Function2. Use the VIDEO button to select an Adjustment Item.3. Use the ADJUST buttons to change data.

E. FINE CONV (Press 4)

Sub FunctionsThis mode is used to perform Fine Raster Correction, and Fine Red and Blue Convergence Adjustments.There are three Sub Adjustment Functions, selected with the AUDIO button:

FINE GREEN .... a Green Crosshatch is displayed, for Fine Raster Corrections. FINE RED .... a White Crosshatch is displayed, for Fine Red Convergence Adjustments. FINE BLUE .... a White Crosshatch is displayed, for Fine Blue Convergence Adjustments.


CursorIn the Fine mode a Cursor is added to the Crosshatch. The ENTER button toggles the Cursor betweentwo modes:

MOVE (blinking Cursor) .... use the ADJUST buttons to select any of 64 points on theCrosshatch.

ADJUST (Non blinking Cursor) .... the ADJUST buttons adjust the active color at the currentCursor position, horizontally or vertically.

Cursor CoordinatesSpecific intersections in the Crosshatch are assigned vertical and horizontal coordinates.These are shown in the above diagram. The Cursor can only be moved to those positions thathave coordinates assigned. If the Cursor is at coordinates outside the screen area, the Cursorwill not be visible. Use the ADJUST buttons to move the Cursor to an intersection on the screen.

DisplayThe on-screen display changes in the Fine mode, as shown below. The display shows the vertical andhorizontal data for the current Cursor Position, and the horizontal and vertical coordinates forthat position.

F. Saving Data and Exiting the Convergence Mode

Press MENU twice to exit the Convergence mode, data is automatically saved.Note: If power is interrupted prior to properly exiting the Convergence Mode, changes in adjustment

data will not be saved.


Page 23

ADJUSTMENT ITEMS LIST

When Replacing the EEPROM (IC701)The EEPROMs (IC701 and IC801) store the adjustment data. After replacing the EEPROM, readjust the data tothe values given in the following tables. If good performance is not obtained with these values, perform theAdjustment Procedure(s) given in the Notes column.

VCJ Function Items *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 SBR Sub Brightness Level 63 31 Black Level2 VHT Vertical Height 63 31 Height Adj.3 VLR Vertical Linearity 15 7 V Lin. Adj.4 HPS Horizontal Position 15 75 HWD Horizontal Width 63 316 VM Y Differential Output On/Off Sw. 1 17 SCT Y Gain Control 63 *32 Sub Contrast8 CON Picture Gain Control 63 *32 User Adj.9 TNT Tint Control 63 31 User Adj.10 COL Color Gain Control 63 31 User Adj.11 BRT Brightness Level 63 31 CRT Cutoff12 SHP Sharpness Control 15 *4 CRT Cutoff13 CTR R-Cutoff 15 7 CRT Cutoff14 CTB B-Cutoff 15 7 CRT Cutoff15 LCR R-Cutoff (Low Temp) 15 5 White Balance16 LCB B-Cutoff (Low Tem.) 15 *7 White Balance17 DRR Red Drive Gain 63 41 White Balance18 DRB Blue Drive Gain 63 22 White Balance19 LDR Red Drive (Low Temp.) 63 5320 LDB Blue Drive (Low Temp.) 63 1821 YDL Y Channel Chroma Trap 1 022 DCT DC Propagation Rate Sw. 1 123 DPC Black Level Expansion Sw. 1 124 TOT Chroma Trap Filter Sw. 1 025 AXS Chroma Demodulator Axis Sw. 1 126 DCO Dynamic Color Off/On Sw. 1 127 ABL ABL Mode Selector Sw. 1 028 DL1 Pre/Over Shoot Ratio Sw. 1 229 DL2 Shapness Fo Control 3 330 SCN Sub Contrast 15 231 CTA Chroma Trap Fo Adjustment 15 732 SCL Sub Color Gain Control 15 *433 SHU Sub Tint Control 15 *634 GMG Gamma Control 1 2

(Continued on the next page)


VS -45607 OnlyGAMMA Function Items *Initial data with a (*) must be set manually

Item Abbrev. Description Range Initial NotesNumber Name 0 to Data

0 A1 TDA8444 Output 6 63 *331 B1 TDA8444 Output 7 63 *342 A2 D/A Output of uPC (pin 3) 255 *03 B2 D/A Output of uPC (pin 4) 255 *0

All Other ModelsGAMMA Function Items *Initial data with a (*) must be set manually

Item Abbrev. Description Range Initial NotesNumber Name 0 to Data

0 A1 TDA8444 Output 6 63 *341 B1 TDA8444 Output 7 63 352 A2 D/A Output of uPC (pin 3) 255 *03 B2 D/A Output of uPC (pin 4) 255 *0

VCJ Function Items (Continued) *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data35 AG1 Aging Mode of White Output 1 036 AG2 Aging Mode of Black Output 1 037 RON R Video Output 1 138 GON G Video Output 1 139 BON B Video Output 1 140 PON RGB Video Output 1 141 VOF V-SAW Oscillator Stop Sw. 1 012 FH1 H-Oscillator Fixed Freq. Sw. 1 043 CMD V-Countdown Mode Sw. 1 044 AKB AKB On/Off Sw. 1 045 VCO Vertical HV Compensation 3 046 VSF V-Position Adj. 63 3147 AFC AFC Loop Gain 3 148 VSC Vertical S-Correction 15 749 RPO Reference Pulse Timing 3 350 COM H-Pin Compensation 63 3151 VBL Vertical Blank Width Control 3 152 PHA Horiz. trapezoid Compensation 15 753 UPN Top H-Pin Compensation 15 754 LPN Bottom H-Pin Compensation 15 755 ABW Vertical Bow Compensation 15 756 AAG Vertical Tilt Compensation 15 757 VAS Aspect Ratio Control 63 6358 ZOM Zoom Mode Sw. (16:9 CRT) 1 059 HBL H Blank Width Control 1 160 BSL Scroll Mode Control (16:9 CRT) 63 3161 JUM Jump Mode Sw. 1 062 BMO RGB Blank Level Selector 1 163 UVN Top Vertical Linearity 15 064 LVN Bottom Vertical Linearity 15 065 LBK H-Blank (Left Side) 15 966 RBK H-Blank (Right Side) 15 1267 ESY EY Switch 1 068 CD2 CD Mode 1 0


Page 25

HR Function Item *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 HR On-Screen Display Horizontal Position 15 *14 Disp. Position

AI Function Items *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 0T1 Low Ambient Light Threshold 255 602 1T2 High Ambient Light Threshold 255 1403 CM0 Low Ambient Light Contrast 63 104 CN1 Middle Ambient Light Contrast 63 305 CN2 High Ambient Light Contrast 63 636 BR0 Low Ambient Light Brightness 63 287 BR1 Middle Ambient Light Brightness 63 308 BR2 High Ambient Light Brightness 63 31

PIP Function Items *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 MCOL Main POP Window Color 63 28 POP Color2 MHUE Main POP Window Tint 63 *31 POP Tint3 SCL1 Sub PIP Color 63 *32 PIP Color4 SHU1 Sub PIP Tint 63 *31 PIP Tint33 SVP V PIP Insert Size 255 6834 SHP H PIP Insert Size 255 8535 SAV1 S PIP V Insert point (POP) 255 *2136 MAH M PIP H Insert point (POP) 15 *037 SAH1 S PIP H Insert point (POP) 15 638 SAV2 S PIP V Insert point (3 PIP) 255 3339 SAH2 S PIP H Insert point (3 PIP) 15 1540 SAV3 S PIP V Insert point (Single PIP) 255 *22 1 PIP Position41 SAH3 S-PIP H Insert Point (Single PIP) 15 14 1 PIP Position42 MFIP Main 1st/2nd Field Det. Window 255 25546 DHSY Main H-sync/Burst Sw. 1 150 SHSY Sub H-sync/Burst Sw. 1 151 BFON Background On/Off Sw. 1 053 MFPO Main Field Det. On/Off Sw. 1 054 SFPO Sub Field Det. On/Off Sw. 1 058 SF1P Sub 1st/2nd Field Det. Window 255 063 MDH Main PIP H-Position 255 *4 POP Position68 MHRD Main PIP H Reduction Factor 63 *4869 MDV Main PIP V-Position 255 5 POP Position70 MVPR Main V-sync Gating Interval (before V-pulse) 63 073 SVPR Sub V-sync Gating Interval (before V-pulse) 63 074 MVPO Main V-sync Gating Interval (after V-pulse) 63 075 SMPO Sub V-sync Gating Interval (before V-pulse) 63 098 SDV1 V PIP Position Adjust (3 PIPs) 255 10 3 PIP Position99 SDH1 H PIP Position Adjust (3 PIPs) 255 *130 3 PIP Position

100 SDV2 V PIP Position Adjust (6 PIPs) 255 7101 SDH2 H PIP Position Adjust (6 PIPs) 255 94102 SDV3 V PIP Position Adjust (POP) 255 *6 POP Position103 SDH3 H PIP Position Adjust (POP) 255 *90 POP Position


3DYC Function Items *Initial data with an (*) must be manually setItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 1DOT 1 line dot reduction 1 02 VLMT Amplitude limit level vert. enhancer 31 *23 VGN Vertical enhancer gain 7 *24 VCOR Vertical enhancer coring amplitude 7 *25 GNCP Gain compression (1 dot reduction for 2DYC) 1 08 ER2F Sensitivity of edge in two frames (Y and C) 15 79 ER1F Sensitivity of edge in one frame (Y and C) 15 710 VCLP Vertical enhancer black clip level 15 *1111 HHON Sets HH playback mode 1 *130 XHBE H blank end phase for ext. out (pin 60 HREF) 127 3431 XHBS H blank start phase for ext. out (pin 60 HREF) 127 9732 VLPH Latch phase of vert. sync (pin 58 HREF) 15 533 VRPH Vertical reference phase 511 *25034 XBLK Ouput blanking for ext. out (pin 60) 1 135 VBLE Vertical blanking end phase 31 2336 VBLS Vertical blanking start phase 31 2143 XVBL Vertical blanking for ext. out (pin 60) 1 044 MD10 Y motion detection in one frame 1 145 MD20 Y motion detection in two frames 1 147 MDHS Y mot. det. level for H edge in 1 frame 1 048 MD1F Y mot. det offset in 1 frame (flat part) 15 649 MD1E Y mot. det. offset in 1 frame (edge part) 15 650 CCDF C mot. det. offset in 2 frame (edge part) 15 551 CDE1 C mot. det. offset in 2 frame (flat part) 15 552 MD2F C mot. det. offset in 2 frame (flat part) 15 453 MD2E C mot. det offset in 2 frame (edge part) 15 454 B22H Identification output line 1 *056 CCR1 Cross color reduction register 1 127 657 CCR2 Cross color reduction register 2 127 658 ENCH Ext. memory Read/Write enable polarity 1 059 ENDL Ext. memory Read/Write enable delay 1 164 VDLY Internal V reset phase 524 *24266 EVSL V blanking phase when EDTV2 3 272 CBPF BPF On/Off at SVHS-C output 1 175 MDFS Y Motion det. sensitivity in 2 frames (flat part) 1 076 CDE2 Y Motion det. sensitivity in 2 frames (flat part) 1 082 DISP Dispersal countermeasure 1 *088 CDLY C output delay adjust 3 0

109 VEDG Cross color reduction countermeasure 15 8110 YCIN SVHS input mode setting 2 1 0111 SLIS NRZ slice level offset adjust 7 0112 NRZB Target bit for NRZ slice level offset adjust. 1 0120 CRCB Target bits for CRC error detection 1 0128 OKIM Select external field memory 1 1129 LINE Forced through mode for internal line memory 1 0130 HREF HREF timing signal to detect vert. sync 1 0

(Continued on next page)


Page 27

AUDIO Function Items *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 INP Input Level 15 *8 Input Level2 AUT Auto Alignment On/Off Switch 1 03 WDE Wideband Separation Alignment 31 *2 Wide Sep.4 SPC Spectral Separation Alignment 31 *2 Spectral Sep.15 MZX Mute Zero-Crossing Switch 1 116 VZX Volume Zero-Crossing Switch 1 120 ATK Attack Time Selection 3 1

YUV Function Items *Initial data with a (*) must be set manuallyItem Abbrev. Description Range Initial Notes

Number Name 0 to Data1 COL YUV Color Center Point 63 342 HUE YUV Hue Center Point 63 *323 YCN YUV Contrast Center Point 63 *35 YUV Contrast4 YBR YUV Brightness Center Point 63 315 DRR R Channel for H/M Temp. (VCJ) 63 *436 DRB B Channel for H/M Temp. (VCJ) 63 *337 LDR R Channel for Low Temp. (VCJ) 63 538 LDB B Channel for Low Temp. (VCJ) 63 *79 BCI Blue cutoff for H/M Temp. (VCJ) 63 *1 YUV Cutoff10 RCI Red cutoff for H/M Temp. (VCJ) 63 2 YUV Cutoff11 LCB Blue cutoff for Low Temp. (VCJ) 63 *112 LCR Red cutoff for Low Temp. (VCJ) 63 *1

3DYC Function Items (Continued)Item Abbrev. Description Range Initial Notes

Number Name 0 to Data131 SWTM Timing to switch between line mem. and 3DYC 3 2132 RSTD Delay time for RRST for ext. FIFO memory 3 0133 LEAK Color leak improvement On/Off control 1 1135 MDFC C mot. det. offset in 1 fram (flat part) 15 6136 MDEC C mot. det. offset in 1 frame (edge part) 15 6137 TL3D Timing to switch between line mem. and 3DYC 7 *1138 GP- Vertical pulse timing 255 145


CONV MISC ItemsItem Abbrev. Description Data

Number Name0 HVOL High Voltage Control 145*1 VSTR Vertical Correction Signal Start Point 02 VCNT Vert. Correction Increment per line 563 STLN Horiz. Correction Start Line Number 314 FPHS Fine H-Phase of Correction Signal 2295 CPHS Coarse H-Phase of Correction Signal 206 DPHS Dynamic Focus H-Phase -2557 TPHS Test Pattern H-Phase 518 HDLY HBLK Delay 09 PLWD HBLK Pulse Width 8

* Do not change "0 HVOL" if it has been previously set.

CONV GREEN ItemsItem Abbrev. Description Data

Number Name0 HSTA* Horizontal Position +351 SPCC Side Pincushion Correction -2502 HWID Width +183 SKEW Skew (Y axis rotation) 04 VSTA* Vertical Position +55 VKEY Vertical Keystone Correction -256 TBPC Top/Bottom Pincushion Correction -2587 TILT Horizontal Tilt (X axis rotation) 0

*HSTA and VSTA must not exceed ±200

CONV RED Items Data in ( ) for model VS-70707Item Abbrev. Description Data

Number Name0 HSTA* Horizontal Position 0 (+100)1 HLIN Horiz. Linearity -3402 SKEW Skew (Y axis rotation) +403 HWID Width -304 HSBW Horiz. Side Bow Correction +605 VST* Vertical Position 06 VKEY Vertical Keystone Correction -2507 TILT Horizontal Tilt (X axis rotation) -40


CONV BLUE Items Data in ( ) for model VS-70707Item Abbrev. Description Data

Number Name0 HSTA* Horizontal Position +20 (+105)1 HLIN Horiz. Linearity +3402 SKEW Skew (Y axis rotation) -403 HWID Width -204 HSBW Horiz. Side Bow Correction -1255 VST* Vertical Position +456 VKEY Vertical Keystone Correction +2507 TILT Horizontal Tilt (X axis rotation) +40



Page 29

Location of Test Points and Adjustments


Page 30

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Oscilloscope

TP14A, TP15A

------

50mV/Div

RF Monaural300 Hz modulation

RF Input

Set the input signal level to the MCS circuit.

Distorted sound during a stereo broadcast.

1. Supply an RF monaural signal to the Ant A input, 300 Hz at 100% modulation(25 kHz deviation).

2. Connect the oscilloscope to TP15A (Right Channel).3. Enter the Adjustment Mode and select the Audio Function.4. Verify that the Audio Function items are set to the data values given the

table below.5. Adjust Item 1 INP for 1.56 ±0.06 Vp-p at TP15A.6. Connect the oscilloscope to TP14A.7. Confirm that the left channel output at TP14A is 1.56 ±0.06 Vp-p.

Note: Adjustment 2 (Stereo Separation) must be performed after this adjustment)

[Audio Circuit]

1. Input Level

SERVICE MODEActivate .. MENU-1-2-5-7Function .....AUDIOItem No. ..VIDEOAdjust Data ..ADJUSTSave Data . ENTERExit ..MENU (twice)

Oscilloscope

TP14A, TP15A

------

10mV/Div

RF Stereo

RF Input

[Audio Circuit]

2. Separation

Adjust for optimum stereo separation.

Poor stereo separation

Note: This adjustment must follow Adjustment 1 (Input Level)

1. Supply a RF Stereo Signal to the Ant. A input. Left Channel = 300 Hz modulation Right Channel = no modulation signal

2. Connect the oscilloscope to TP15A (right channel).3. Enter the Service Mode and select the Audio Function.4. Adjust Item 3 WDE for minimum signal at TP15A.5. Change the modulation frequency to 3 kHz.6. Adjust Item 4 SPC for minimum signal at TP15A.


AUDIO FunctionItem Abbrev. Data

1 INP 72 AUT 03 WDE 164 SPC 16

15 MZX 116 VZX 120 ATK 1


Page 31

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRangeInput Signal

Ext. Trigger

Input Terminal

Symptom:

[Focus]

4. Dynamic Focus

------

--------

------

-------

Monoscope

Video Input

To improve edge focus

Blurred picture at the edges of the screen.

1. Supply a Monoscope signal to the Video Input.2. Enter the Coarse Convergence Mode and select the DF Function.3. Verify that the data values are set as indicated in the table below.4. Exit the Convergence Mode.

CONVERGENCE MODEActivate ..MENU-1-2-5-9Misc. ."6"Coarse..."5"Fine ..."4"Color (R,G B or DF)...AUDIOItem No...VIDEOAdjust/Move.ADJUSTCursor Toggle...ENTERSave & Exit..MENU (twice)

DF FunctionItem Abbrev. Data

0 DFH -2201 DFV -130

See Next Page for more Focus Adjustments


Page 32

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[Focus]

5. Electrostatic Focus

--------

RQ Connector

------

-------

Monoscope/Crosshatch

Video Input

To set focus to the optimum point.

Blurred picture.

Note: These adjustments must be performed after Sub Contrast Adjustment.

General1. Reset the AV Functions2. Red, green or blue rasters can be activated by using the Convergence Mode

(Table 1).

VS-45607 Electrostatic Focus1. Supply a Monoscope signal to the Video Input. (Do Not use a Crosshatch.)2. Activate a red raster.3. Adjust the Red VR-FOCUS for optimum focus.4. Repeat steps 2 and 3 for green and blue rasters.

All Other Models Electrostatic Focus1. Supply a Crosshatch signal to the Video Input.2. Activate a red raster.3. Adjust the Red VR-FOCUS for optimum overall focus.4. Repeat steps 2 and 3 for green and blue rasters.5. Verify that the Blue vertical crosshatch lines are no more than 1.4 times the

width of the Green vertical crosshatch lines.

Note: This adjustment must follow item 6 (Electrostatic Focus). Perform thisadjustment for RED, GREEN, and BLUE monochrome pictures.

1. Supply a VIDEO signal (Monoscope).2. Cover the Red and Blue Lens (producing a green raster).3. Adjust the Green Lens for best focus at the center of the Monoscope pattern.

Note: Attach a white paper to the screen center. During adjustment,observe the picture on the screen from inside for easier adjustment.

4. Repeat Steps 2 and 3 for the Red and Blue monochrome pictures.

[Focus]

6. Lens Focus

--------

--------

------

-------

Monoscope

Video Input

To set the Lens position for optimum focus

Blurred picture.

CO NV M O DE

(M ENU-1-2-5-9)

CO LO R PRESS

RED 1

GREEN 2

BLUE 3

Table 1


Page 31

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point


Ext. Trigger

Input Terminal

Symptom:

[High Voltage Circuit]

3. High Voltage Control

To set the CRTs anode voltages

Dark picture.

DC Voltmeter

+ Lead to DQ #2- Lead to DQ #1

------

-------

Monoscope

Video Input

1. Supply a Monoscope signal to a Video Input.2. Connect a DC Voltmeter to pins 1 and 2 of the DQ connector.

Positive Lead to DQ #2 Negative Lead to DQ #1

3. Set Contrast to maximum, and Brightness to the center position.4. Enter the Service Mode and check that Item 1 SBR under the VCJ Function is

set at 31.5. Press Enter and Exit the Service Mode.6. Enter the Convergence Mode and select the Conv. Misc Function.7. Select Item 0 HVOL (screen goes black).8. Adjust 0 HVOL for 0.15 ±0.01 V on the meter.9. Exit the Convergence Mode and verify that the meter reading does not exceed

0.85V.

Note: HV must be reset if E2RESET is activated.

[Focus]

4. Dynamic Focus

------

--------

------

-------

Monoscope

Video Input

To improve edge focus

Blurred picture at the edges of the screen.

1. Supply a Monoscope signal to the Video Input.2. Enter the Coarse Convergence Mode and select the DF Function.3. Verify that the data values are set as indicated in the table below.4. Exit the Convergence Mode.



DF FunctionItem Abbrev. Data

0 DFH -2201 DFV -130



Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point


Ext. Trigger

Input Terminal

Symptom:

[CRT Circuit]

Oscilloscope

TP6R, TP6G, TP6B

------

50V per division/ 2 msec

None

Video Input

To set the cutoff point for all three CRTs.

Monchrome has a color tint, or incorrect brightness.

1. Select an External Input with no signal.2. Enter the Service Mode, VCJ Function.3. Set the data to the values given for the Items listed in Table 1.4. Connect the oscilloscope to TP6R. (Refer to page 29 for TP location)5. Adjust the Red SCREEN VR so the black level is 200V, as shown below, or to

206 ±1VDC using a DC Voltmeter.6. Repeat Steps 4 and 5 to set the Blue and Green SCREEN VRs, using TP6G

and TP6B.

Note: The White Balance Adjustment must be performed after Cutoff Adjustment.

VCJ FunctionITEM ABBREV. DATA

11 BRT 3113 CTR 714 CTB 71 SBR 31

Table 1


7. CRT Cutoff

[CRT Circuit]

DC Meter

R6R0, R6G0, R6B0

------

-------

Full White Raster

Video Input

To set the CRTs white level

Monchrome has a color tint.

Note: This adjustment must be performed after the CRT Cutoff Adjustment.

High Color Temperature White Balance1. Supply a Full White Raster signal to the Video Input.2. Enter the Service Mode, VCJ Function.3. Adjust Items 17 DRR and 18 DRB for optimum white at the center of the

screen.Note: If the Cutoff level changes during the adjustment, use Items 13 CTR

and 14 CTB to touch up the Cutoff level. Then readjust DRR and DRB.4. Save data and exit the Service Mode.5. Use a DC Current Meter to measure each CRTs current.

The meters internal resistance must be less than 30 Ohms. Lead length must be less than 30 CM.

6. Connect the meter, in sequence, across each of the following resistors to readthe current for that respective CRT. (Refer to page 29 for resistors location)

Red CRT .... across R6R0 Green CRT ... across R6G0 Blue CRT ...... across R6B0

7. The Green and Blue CRT current must not exceed the values given in Table 1.

8. White Balance(High Color Temperature)


Maximun CRT CurrentCRT CURRENTGreen 580 uaBlue 530 ua

Table 1


Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[CRT Circuit]

--------

--------

------

-------

Full White Raster

Video Input

To set the CRTs white level at Low Color Temperature.

Monchrome has a color tint.

Note: This adjustment should be performed after the High temperature WhiteBalance Adjustment.

Low Color Temperature White Balance1. Supply a Full White Raster signal to the Video Input.2. Enter the Service Mode, VCJ Function.3. Adjust Item 19 LDR and 20 LDB for optimum white at the center of the

picture.Note: If the Cutoff level changes during the adjustment, use Items 15 LCR

and 16 LCB to touch up the Cutoff level. Then readjust LDR and LDB.4. Save data and exit the Service Mode.

9. White Balance(Low Color Temperature)


[Video Circuit]

--------

--------

------

-------

Monoscope

Video Input

To set black level of the picture.

Excessive or insufficient contrast.

Note: This adjustment should be performed after the Cutoff and White BalanceAdjustments.

1. Supply a Monoscope signal to the Video Input.2. Enter the Service Mode, VCJ Function.3. Adjust Item 1 SBR so the 0% and 10% gradation levels on the Mono-

scope pattern are the same.4. Save the data and exit the Service Mode.

10. Black Level


40% 30% 20% 10%

50% 0% 0% 0%

60% 70% 80% 90%

GRADATION SCALE


Page 34

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[Video Circuit]

--------

--------

------

-------

Monoscope

Video Input

To set black level of the picture.


Note: This adjustment should be performed after the Cutoff and White BalanceAdjustments.

1. Supply a Monoscope signal to the Video Input.2. Enter the Service Mode, VCJ Function.3. Adjust Item 1 SBR so the 0% and 10% gradation levels on the Mono-

scope pattern are the same.4. Save the data and exit the Service Mode.

10. Black Level


40% 30% 20% 10%

50% 0% 0% 0%

60% 70% 80% 90%

GRADATION SCALE

[Video Circuit]

DC milliammeter

+ MS #1- MS #3

------

3 MA

Grayscale

Video Input

To set the beam current to its optimum level.


Note: This adjustment must follow the Black Level Adjustment.

1. Supply a Grayscale signal to the Video Input.2. Enter the Service Mode, VCJ Function.3. Select Item 7 SCT, before going to Step 4.4. Connect the DC milliammeter to the MS connector.

Positive lead to pin 1 Negative lead to pin 3

5. Adjust Item 7 SCT to set the total CRT current value to 860 ±15ua.6. Save data and exit the Service Mode.

11. Sub Contrast



Page 35

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point


Ext. Trigger

Input Terminal

Symptom:

[PIP/POP Circuit]

-----

-----

------

-----

Monoscope

Video or RF Input

To position the main and sub pictures in the Side by SideMode.Main and/or Sub Picture not positioned properly.

1. Supply a Monoscope signal to the Video or RF Input.2. Select the Monoscope as the source for the main picture (Input button).3. Activate the single insert PIP mode (Press PIP 3 times).4. Select the Monoscope as the PIP source.5. Exit the PIP mode (PIP button)6. Enter the Service Mode, PIP Function.7. Select Item 63 MDH (Side by Side Monoscopes are displayed)8. Use Items 63 MDH and 69 MDV to center the main picture on the left half of

the screen.9. Use Items 103 SDH3 and 102 SDV3 to position the sub picture on the left

half of the screen.Note: Both pictures should cover exactly ½ the screen. Adjust:

MDV and SDV3 to center the pictures vertically. MDH and SDH3 so there is no gap between the pictures.

10. Save data and exit the Service Mode.

12. POP Position


PIP Adjustments are continued on the next 2 pages.


Page 36

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[PIP/POP Circuit]

-----

-----

------

-----

Monoscope

Video

To position the 3 PIP inserts pictures in the main picture.

The 3 PIP insert pictures are not positioned correctly in the mainpicture

1. Supply a Monoscope signal to the Video Input.2. Select the Monoscope as the source for the main picture (Input button).3. Activate the single insert PIP mode (Press PIP 3 times).4. Select the Monoscope as the PIP source.5. Exit the PIP mode (PIP button)6. Enter the Service Mode, PIP Function.7. Select Item 98 SDV1 (3 inserts are displayed)8. Use Items 98 SDV1 and 99 SDH1 to set the position of the 3 inserts..

Note: Adjust SDV1 to center the 3 pictures vertically. SDH1 to set the center insert pictures right 4.5 horizontal marker at the edge of the picture.

9. Save data and exit the Service Mode.

13. 3 PIP Inserts Position


[PIP/POP Circuit]

-----

-----

------

-----

Monoscope

Video or RF Input

To position the single PIP insert in the main picture.

Single PIP insert picture not positioned correctly.

1. Supply a Monoscope signal to the Video or RF Input.2. Select the Monoscope as the source for the main picture (Input button).3. Activate the single insert PIP mode (Press PIP 3 times).4. Select the Monoscope as the PIP source.5. Exit the PIP mode (PIP button)6. Enter the Service Mode, PIP Function.7. Select Item 40 SAH3 (¼ size insert is displayed)8. Use Items 40 SAH3 and 41 SAV3 to center the insert inside the PIP window.9. Save data and exit the Service Mode.

14. Single PIP Position



Page 37

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point


Ext. Trigger

Input Terminal

Symptom:

[PIP/POP Circuit]

-----

-----

------

-----

Color Bars

Video or RF Input

To match the main and sub pictures color.

Different color between the main and sub pictures.

1. Supply a Color Bar signal to the Video or RF Input.2. Select the Color Bars as the source for the main picture (Input button).3. Activate the single insert PIP mode (Press PIP 3 times).4. Select the Color Bars as the PIP source.5. Exit the PIP mode (PIP button)6. Enter the Service Mode, PIP Function.7. Select Item 3 SCL1 (the single insert is displayed)8. Use Items 3 SCL1 and 4 SHU1 to match the color of the sub picture to that

of the main picture.9. Save data and exit the Service Mode.


15. Color and Tint(PIP Insert Picture)

[PIP/POP Circuit]

-----

-----

------

-----

Color Bars

Video or RF Input

To match the color of the Side by Side Pictures.

Different color between the main and sub pictures.

1. Supply a Color Bar signal to the Video or RF Input.2. Select the Color Bars as the source for the main picture (Input button).3. Activate the single insert PIP mode (Press PIP 3 times).4. Select the Color Bars as the PIP source.5. Exit the PIP mode (PIP button)6. Enter the Service Mode, PIP Function.7. Select Item 1 MCOL (Side by Side color bars are displayed)8. Use Items 1 MCOL and 2 MHUE to match the color of the main picture to

that of the sub picture.9. Save data and exit the Service Mode.


16. POP Color and Tint(Side by Side Pictures)


Page 38

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[On Screen Display Circuit]

-----

-----

------

-----

Monoscope

RF or Video

To position the on-screen display.

On-screen display is not positioned correctly.

1. Supply a Monoscope signal to the Video or RF Input.2. Select the Monoscope as the source for the main picture (Input button).3. Activate the Service Mode, HR Function.4. Use the Adjust Right/Left buttons to center the display horizontally.

(A = B)5. Save data and exit the Service Mode.


18. Character Position


Page 38

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

[YUV Circuit]

-----

-----

------

-----

Grayscale Pattern

Ext-1 and DVD Y

To match the NTSC and YUV pictures.

Difference between the NTSC and YUV pictures.

Note: This adjustment must be performed after the CRT Cutoff and Sub ContrastAdjustments.YUV Cutoff Adjustment

1. Supply a Grayscale signal to the Ext-1 Video Input, and to the DVD Y Input.2. Select Ext-1 as the signal source (Input button).3. Activate the Service Mode, YUV Function.4. Set the data to the values given in the Table below.5. Set the data for the following YUV items to the values of the corresponding

Items in the VCJ Function.

6. Compare the color temperature of the third bar to that in the HR Function.7. If a difference exists, adjust YUV 9 BCI and 10 RCI to match the third bars

color temperature.YUV Contrast Adjustment

8. Set Item 3 YCN to the same data value as Item 8 CON in the VCJ Function.9. Save data and exit the Service Mode.


17. YUV Alignment

YUV FunctionITEM ABBREV. DATA ITEM ABBREV. DATA

1 COL 34 7 LDR 602 HUE 32 8 LDB 293 YCN 32 9 BCI 24 YBR 31 10 RCI 25 DRR 42 11 LCB 26 DRB 42 12 CLR 2

YUV Items Corresponding VCJ ItemsItem Abbrev. Item Abbrev. Item Abbrev. Item Abbrev. Item Abbrev. Item Abbrev.

5 DRR 7 LDR 11 LCB 17 DRR 19 LDR 16 LCB6 DRB 8 LDB 12 LCR 18 DRB 20 LDB 15 LCR


Page 39

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point


Ext. Trigger

Input Terminal

Symptom:

[Defl/Conv Circuits]

-----

-----

------

-----

NTSC RF or Video

Video or RF Input

To preset data values controlling raster geometry.

Raster Distortion

Note: This procedure us usually only necessary if: An E2PROM is replaced in the Control or Convergence circuits. E2RESET or Convergence Reset has been activated.

Deflection Circuit1. Supply NTSC Video signal to the Video or RF Input.2. Select the NTSC signal as the source (Input button).3. Enter the Service Mode, VCJ Function.4. Insure all data values correspond to those in the VCJ Table on pages 23 and 24.5. Save the data and exit the Service Mode.

Convergence Circuit1. Enter the Convergence Coarse Mode.2. Set the data in Red, Green and Blue Coarse Convergence Functions to the

data values given on Page 28 of the Adjustment Items List.3. Exit the Convergence Mode.


19. Geometry Preset


[Deflection Circuit]

-----

-----

------

-----

Monoscope

Video or RF Input

To set the vertical height and linearity.

Incorrect height and/or vertical non-linearity.

1. Supply a Monoscope signal to the Video or RF Input.2. Activate the Service Mode, VCJ Function.3. Adjust Item 2 VHT so the sum of the vertical markers is 4.4. Adjust Item 3 VLR so the large Monoscope circle is round.5. Save the data and exit the Service Mode.


20. Height and Vert. Linearity

Purpose:

Symptom:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal


Page 40

[Convergence Circuit]

-----

-----

------

-----

Monoscope/Crosshatch

Video or RF Input

Converge red, green and blue at the screen center.

Color edging over most of the picture.

Note: If not correct, preset Vertical Linearity, Service Mode, VCJ Function, Item3 VLR.

Preliminary:Degauss the shield cover and bracket unit of the CRT assembly and chassis sheetmetal. Do Not degauss the Centering Magnet Assemblies.

Centering and Static Convergence1. Supply a Monoscope signal to the Video or RF Input.2. Enter the Coarse Convergence Mode3. Press 2 (green Monoscope is displayed)3. Press 7 (removes HSTA and VSTA drive from the Convergence circuit).4. Use the Green Centering Magnet to center the green monoscope on the screen.6. Rotate the Green Yoke to correct any tilt.7. Exit the Convergence Mode.

Note: If the green raster centering shifts when exiting the Convergence Mode, use Coarse Green Items 0 HSTA and 4 VSTA to correct centering.

8. Supply an External Crosshatch Pattern9. Use the Red Centering Magnet to converge the red crosshatch on the green at

the center of the screen, and remove any red tilt by rotating the Red Yoke.10. Repeat Step 9 for the blue crosshatch, using the Blue Centering Magnet and

Blue Yoke.

21. Static Convergence

CONVERGENCE MODE

Activate ..MENU-1-2-5-9Misc. ."6"Coarse..."5"Fine ..."4"Color (R,G B or DF)...AUDIOItem No...VIDEOAdjust/Move.ADJUSTCursor Toggle...ENTERSave & Exit..MENU (twice)


Page 41

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:


-----

-----

------

-----

Monoscope

RF or Video

To set the Convergence circuit geometry adjustments.

Raster distortion at the top, bottom or sides of the picture.

Note: Vertical Height and Vertical Linearity Adjustments must be performed beforethis adjustment.

Coarse Adjustment1. Supply a Monoscope signal to the RF or Video Input.2. Select the Monoscope as the signal source (Input button).3. Activate the Convergence Mode, Coarse Green Function4. Adjust Item 2 HWID so the sum of the horizontal markers is 7.6.5. Set the data of the following items for straight crosshatch lines.

1 SPCC ... Side Pincushion 3 SKEW ... Skew 5 VKEY ... Vertical Keystone 6 TBPC ... Top and Bottom Pincushion 7 TILT ... Tilt

Note: If the raster centering changes during the adjustments, correct the centering using Items 0 HSTA and 4 VSTA.

Fine Adjustment6. Activate the Fine Green Convergence Mode. (Press 4)7. Use the Cursor to adjust for straight crosshatch lines.8. Exit the Convergence Mode.

22. Geometry Adjustment



Page 42

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:

Purpose:

MeasuringInstrument

Test Point

MeasuringRange

Input Signal

Ext. Trigger

Input Terminal

Symptom:


-----

-----

------

-----

None

Video Input

To Converge red and blue on green.

Color edging at the top, bottom and sides of the picture.

1. Select an External Input (no signal)2. Enter the Convergence Mode.3. Select the Coarse Red Function.4. Set the Adjustments shown below to converge red on the green.5. Select the Coarse Blue Function6. Set the Adjustments shown below to converge blue on the green.7. Exit the Convergence Mode

Note: If Static Convergence shifts, use HSTA and VSTA to correct convergence atthe center of the screen. (HSTA and VSTA data values must not exceed 200)

23. Coarse Convergence



-----

-----

------

-----

Nome

Video Input

To Converge red and blue on green.

Color edging at the top, bottom and sides of the picture.

1. Select an External Input (no signal).2. Enter the Fine Convergence Mode.3. Select the Fine Red Function.4. Use the Cursor to converge red on the green.5. Select the Fine Blue Function.6. Use the Cursor to converge blue on the green.7. Exit the Convergence Mode.

24. Fine Convergence



Page 43

CHIP PARTS REPLACEMENT

Some resistors, shorting jumpers (0 Ohm resistors),ceramic capacitors, transistors and diodes are chip parts.The following precautions should be taken when replac-ing these parts.

Cautions:1. Use a fine tipped, well insulated soldering iron

(approximately 30 watts), and tweezers.2. Melt the solder and remove the chip parts

carefully so as not to tear the copper foil fromthe printed circuit board.

3. Discard removed chips; do not reuse them.4. Do not apply heat for more than 3 (three)

seconds to new chip parts.5. Avoid using a rubbing stroke when soldering.6. Take care not to scratch, or damage the chip

parts when soldering.7. Supplementary cementing is not required.

Chip Parts Removal (Resistors, Capacitors, etc.)1. Grasp the part with tweezers. Melt the solder

at both sides alternately, and remove one sideof the part with a twisting motion.

2. Melt the solder at the other side and removethe part.

Chip Parts Removal (Transistors)1. Melt the solder of one lead and lift the side of

that lead upward.2. Simultaneously melt the solder of the other

two leads and lift the part from the PCB.

Replacement1. Presolder the contact points on the circuit

pattern.2. Press the part downward with tweezers and

apply the soldering iron as shown.


Page 44

Parts OrderingTo expedite delivery of replacement parts orders, specify the following:

1. Model Number/Serial Number2. Part Number and description3. Quantity

Note: Unless complete information is supplied, delay in processing of orders will result.

Critical and Warranty Parts Designation

Critical Electrical Components are indicated by Bold Type in the Service Parts List of the ServiceManual and with a Warning in the parts data base of the CDROM.

Warranty Return Parts are indicated in the Parts List with an (*).

Parts Tolerance CodesRefer to the following chart for tolerance characteristics of electrical components.

MARK B C D F G J K

Tolerance % ± 0.1 ± 0.25 ± 0.5 ± 1 ± 2 ± 5 ± 10

MARK M N V X Z P Q

Tolerance % ± 20 ± 30 ± 10 + 40 + 80 + 100 + 30

-20 -20 - 0 -10

MARK M N V X Z

Tolerance (pF) ± 0.1 ± 0.25 ± 0.5 ± 1 ± 2

Model Abbreviations45607 VS-4560750607 VS-5060760607 VS-6060750707 VS-5070755707 VS-5570760707 VS-6070770707 VS-70707

RELACEMENT PARTS


Page 45


Page 46

QUICK REFERENCE FOR COMMON REPLACEMENT PARTS

CRT ASSEMBLIES* 251C207010 ASSY-CRT-RED 45607* 251C207020 ASSY-CRT-GREEN 45607* 251C207030 ASSY-CRT-BLUE 45607

* 251C203040 ASSY-CRT-RED 50607 / 50707* 251C203050 ASSY-CRT-GREEN 50607 / 50707* 251C203060 ASSY-CRT-BLUE 50607 / 50707

* 251C203070 ASSY-CRT-RED 55707* 251C203080 ASSY-CRT-GREEN 55707* 251C203090 ASSY-CRT-BLUE 55707

* 251C204010 ASSY-CRT-RED 60607 / 60707* 251C204020 ASSY-CRT-GREEN 60607 / 60707* 251C204030 ASSY-CRT-BLUE 60607 / 60707

* 251C204040 ASSY-CRT-RED 70707* 251C204050 ASSY-CRT-GREEN 70707* 251C204060 ASSY-CRT-BLUE 70707

REMOTE CONTROL290P098050 REMOTE CONTROL 45607 / 50607 / 60607290P098010 REMOTE CONTROL 50707 / 55707 / 60707 / 70707

HIGH VOLTAGE / DEFLECTION COMPONENTSQ5A02 260P797020 HV-OUT TRANSISTOR 2SD2349T551 334P278020 TRANS-FLYBACK

920P016010 HV-BLOCK129P059050 VR-FOCUS330P267010 DEFL-YOKE338P046030 SVM COIL ASSY(R&G) 50707 / 55707 / 60707 / 70707338P046080 SVM COIL ASSY(B) 50707 / 55707 / 60707 / 70707453B035010 CAP-ANODE (Red)453B035020 CAP-ANODE (Green & Blue)

MISCELLANEOUS

MODEL MIRRORLENTICULAR

SCREENFRESNEL

LENSVS-45607 767D055010 491P075010 491P076010VS-50607 767D055020 491P031070 491P090010VS-50707 767D055020 491P099010 491P100010VS-55707 767D055030 491P101010 491P102010VS-60607 767D048050 491P079040 491P080040VS-60707 767D048050 491P109010 491P110010VS-70707 767D048080 491P107020 491P108020

Ref # Part # Part Name & Description [#]

PAGE 46

MODELS: VS-45607 / VS-50607 / VS-60607 / VS-50707 / VS-55707 / VS-60707 VS-70707

[#] Model Legend: (1) VS-45607, (2) VS-50607, (3) VS-50707, (4) VS-55707, (5) VS-60607, (6) VS-60707, (7) VS-70707


TUBES * 251C203040 ASSY-CRT-RED 2&3 * 251C203050 ASSY-CRT-GREEN 2&3 * 251C203060 ASSY-CRT-BLUE 2&3 * 251C203070 ASSY-CRT-RED 4 * 251C203080 ASSY-CRT-GREEN 4 * 251C203090 ASSY-CRT-BLUE 4 * 251C204010 ASSY-CRT-RED 5&6 * 251C204020 ASSY-CRT-GREEN 5&6 * 251C204030 ASSY-CRT-BLUE 5&6 * 251C204040 ASSY-CRT-RED 7 * 251C204050 ASSY-CRT-GREEN 7 * 251C204060 ASSY-CRT-BLUE 7 * 251C207010 ASSY-CRT-RED 1 * 251C207020 ASSY-CRT-GREEN 1 * 251C207030 ASSY-CRT-BLUE 1

INTEGRATED CIRCUITSIC2001 275P237010 IC-C-MOS - TC90A28AFIC2002 275P258010 IC-C-MOS - MSM51V8221A-30IC2003 275P258010 IC-C-MOS - MSM51V8221A-30IC2004 274P928010 IC-C-MOS - TC74LVX04FTIC2H00 270P204010 IC - PA0057AIC2K01 270P623010 IC - CXA2069QIC2P01 270P210010 IC - NJM7809FA/AN7809FIC2P02 270P210010 IC - NJM7809FA/AN7809FIC2P03 267P131010 HIC - SI-3033CIC2V00 270P625010 IC - CXA2120QIC2Y01 270P644010 IC - CXA2039MIC2Y02 270P645010 IC - TDA8444TIC301 270P750010 IC - LA4663IC3A01 270P467010 IC - TDA9855IC451 270P064030 IC - LA7845NIC501 272P237010 IC - LA6324NIC502 266P154010 IC - UPC393CIC503 270P704010 IC - LM4040BIZ-10.0IC6C01 270P627010 IC - TDA8315TIC6C02 270P627010 IC - TDA8315TIC6P01 275P361020 IC-C-MOS - SAB9082HBAAIC6Y01 270P526020 IC - MM1111XFIC6Y50 272P302010 IC - PA0030IC6Y51 270P650010 IC - MM1031XMIC700 275P363030 IC-C-MOS - M306V0ME-107FPIC701 275P449010 IC-C-MOS - M24164-WMN6TIC702 266P130060 IC - PST993EIC703 274P378010 IC-C-MOS - TC74HC4053AFIC7V01 275P362010 IC-C-MOS - Z86130IC800 275P223010 IC-C-MOS - CM0007AFIC801 275P222010 IC-C-MOS - ST24E16FM6TRIC802 270P751010 IC - TL084CDIC803 270P751010 IC - TL084CDIC804 270P751010 IC - TL084CDIC805 270P751010 IC - TL084CDIC809 270P348010 IC - TLC2932IPWIC8C01 267P141030 HIC - STK392-110IC8C02 267P141030 HIC - STK392-110IC8C03 275P420010 IC-C-MOS - MC74HC74ADIC8E01 263P408020 IC-C-MOS - UPD6376GS

IC8E02 263P408020 IC-C-MOS - UPD6376GSIC8E03 263P408020 IC-C-MOS - UPD6376GSIC935 270P472060 IC - NJM7805FAIC951 267P140020 HIC - STR-F6628IC952 267P126010 HIC - SE130NIC9A01 270P472060 IC - NJM7805FA

TRANSISTORSTR-CHIP Type (Listed by Generic Number)Type Part # DescriptionPNP 260P817030 2SA1037K-SNPN 260P818030 2SC2412K-S

Conventional Transistors (By Ref #)Ref# Part # Part Name & Description [#)

Q2W80 260P385020 TR - 2SC2229-YQ2W81 260P385020 TR - 2SC2229-YQ2W82 260P385020 TR - 2SC2229-YQ401 260P559030 TR - 2SC1740S-SQ501 260P420010 TR - 2SC2073-B,CQ502 260P559030 TR - 2SC1740S-SQ521 260P559030 TR - 2SC1740S-SQ522 260P559030 TR - 2SC1740S-SQ523 260P560040 TR - 2SA933S-SQ524 260P559030 TR - 2SC1740S-SQ530 260P560040 TR - 2SA933S-SQ531 260P422010 TR - 2SC2482Q532 260P422010 TR - 2SC2482Q533 260P559030 TR - 2SC1740S-SQ5A00 260P797020 TR - 2SD2349Q5A02 260P797020 TR - 2SD2349Q5H08 260P559050 TR - 2SC1740S-EQ5H09 260P559050 TR - 2SC1740S-EQ5H10 260P560040 TR - 2SA933S-SQ5H11 260P573020 TR - 2SB940A-PQ5H12 260P574020 TR - 2SD1264A-PQ5K00 260P664030 TR - 2SC4636Q5K02 260P559050 TR - 2SC1740S-EQ5K03 260P560040 TR - 2SA933S-SQ6B0 261P004010 TR - 2SC3271F-N,PQ6B1 260P469030 TR - 2SA1321Q6B2 260P307020 TR - 2SC3334Q6G0 261P004010 TR - 2SC3271F-N,PQ6G1 260P469030 TR - 2SA1321Q6G2 260P307020 TR - 2SC3334Q6G5 260P560040 TR - 2SA933S-SQ6R0 261P004010 TR - 2SC3271F-N,PQ6R1 260P469030 TR - 2SA1321Q6R2 260P307020 TR - 2SC3334Q7A00 260P559030 TR - 2SC1740S-SQ7A01 260P560040 TR - 2SA933S-SQ971 260P559030 TR - 2SC1740S-SQ972 260C676040 TR - 2SC3311A-R,SQ973 260P559030 TR - 2SC1740S-SQ974 260P559030 TR - 2SC1740S-SQ975 260P560040 TR - 2SA933S-SQ976 261P101010 TR - PHP21N06TQ977 260P559030 TR - 2SC1740S-SQ978 260P559030 TR - 2SC1740S-S





DIODESD2H00 264P045040 DIODE - 1S24710MD2J11 264P485060 DIODE - RD7.5FB2D2J12 264P485060 DIODE - RD7.5FB2D2J21 264P485060 DIODE - RD7.5FB2D2J22 264P485060 DIODE - RD7.5FB2D2K19 264P485060 DIODE - RD7.5FB2D2K20 264P485060 DIODE - RD7.5FB2D2K21 264P485060 DIODE - RD7.5FB2D2K22 264P485060 DIODE - RD7.5FB2D2K23 264P485060 DIODE - RD7.5FB2D2V21 264P045040 DIODE - 1S24710MD2V27 264P483070 DIODE - RD5.1FB1D2W50 264P045040 DIODE - 1S24710MD2W51 264P045040 DIODE - 1S24710MD2W52 264P045040 DIODE - 1S24710MD2W61 264P045040 DIODE - 1S24710MD2W62 264P045040 DIODE - 1S24710MD2W63 264P045040 DIODE - 1S24710MD2W64 264P045040 DIODE - 1S24710MD2W65 264P045040 DIODE - 1S24710MD2W80 264P501050 DIODE - HZ3BLLD2W81 264P502030 DIODE - HZ5CLLD451 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RKD452 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RKD453 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RKD454 264P483070 DIODE - RD5.1FB1D455 264P045040 DIODE - 1S24710MD456 264P483070 DIODE - RD5.1FB1D457 264P045040 DIODE - 1S24710MD511 264P825010 DIODE - ERA15-02D520 264P102040 DIODE - RU3MD521 264P102020 DIODE - RU3BD522 264P102040 DIODE - RU3MD524 264P488030 DIODE - RD13FB2D525 264P045040 DIODE - 1S24710MD530 264P045040 DIODE - 1S24710MD542 264P045040 DIODE - 1S24710MD543 264P045040 DIODE - 1S24710MD544 264P486060 DIODE - RD9.1FB3D557 264P295020 DIODE - ES1CD571 264P045040 DIODE - 1S24710MD5A1 264P489070 DIODE - RD18FB3D5H00 264P045040 DIODE - 1S24710M 3,46,7D5H01 264P045040 DIODE - 1S24710M 3,4,6,7D5H02 264P045040 DIODE - 1S24710M 3,4,6,7D5H03 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RK 3,4,6,7D5H04 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RK 3,4,6,7D5K01 264P528030 DIODE - RP1HD5K03 264P724010 DIODE - STF14D5K10 264P528030 DIODE - RP1HD600 264P457080 DIODE - RD3.3EB1D6B0 264P045040 DIODE - 1S24710MD6B3 264P045040 DIODE - 1S24710MD6G0 264P045040 DIODE - 1S24710MD6G3 264P045040 DIODE - 1S24710MD6R0 264P045040 DIODE - 1S24710MD6R3 264P045040 DIODE - 1S24710MD712 264P484040 DIODE - RD5.6FB3D746 264P484040 DIODE - RD5.6FB3

D747 264P484040 DIODE - RD5.6FB3D790 264P484040 DIODE - RD5.6FB3D791 264P484040 DIODE - RD5.6FB3D795 264P484040 DIODE - RD5.6FB3D797 264P484040 DIODE - RD5.6FB3D7A00 264P212020 D-LED - LN31GPHD7A20 264P485060 DIODE - RD7.5FB2D7G34 264P425010 DIODE - 1SS88D7G35 264P425010 DIODE - 1SS88D8C01 264P486060 DIODE - RD9.1FB3D8C02 264P486060 DIODE - RD9.1FB3D8C03 264P045040 DIODE - 1S24710MD951 264P721010 DIODE - TS6B06GD953 264P521040 DIODE - EU1AD955 264P521040 DIODE - EU1AD956 264P045040 DIODE - 1S24710MD970 264P722010 DIODE - SF64D971 264P794010 D-LED - HERA806GD972 264P722010 DIODE - SF64D973 264P825010 DIODE - ERA15-02D974 264P566010 DIODE - FMP-G12SD975 264P045040 DIODE - 1S24710MD976 264P484060 DIODE - RD6.2FB1D977 264P578010 DIODE - RG2AD978 264P045040 DIODE - 1S24710MD979 264P825010 DIODE - ERA15-02D980 264P045040 DIODE - 1S24710MD9A01 264D056020 DIODE - S5500D/EM 1Z/ERB12-02RK

COILSL1A05 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL1A07 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL1A13 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL1B06 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL1B07 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL1B13 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2001 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2003 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2004 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2006 325C145030 COIL-CHIP - 1.5MH-JL2012 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2013 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2091 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2099 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2100 325C146030 COIL-CHIP - 10MH-JL2101 325C145090 COIL-CHIP - 4.7MH-JL2A01 321C114010 COIL-RF - 2200MH-JL2B01 321C114010 COIL-RF - 2200MH-JL2C50 325C146030 COIL-CHIP - 10MH-JL2C60 325C146030 COIL-CHIP - 10MH-JL2H01 325C121030 COIL-PEAKING - 10MH-KL2H02 325C121030 COIL-PEAKING - 10MH-KL2K42 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2V01 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2V40 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2V41 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL2Y30 325C121030 COIL-PEAKING - 10MH-KL308 103P409050 R-M-CHIP - 1/10W 0OHML452 321C130010 COIL-RF - 2MH +/- 15%L511 321C130090 COIL-RF - 10MH-K


PAGE 48




L514 411D009020 CORE-FERRITEL516 411P001010 LEAD-FERRITEL517 351P156020 CHOKE - 2.4MHL521 411D009020 CORE-FERRITEL522 333P049090 COIL-HORIZ-LINL5H00 411D009020 CORE-FERRITE 3467L6B0 325C402020 COIL-PEAKING - 56MH-JL6B1 325C402020 COIL-PEAKING - 56MH-JL6C11 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6C41 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6G0 325C402020 COIL-PEAKING - 56MH-JL6G1 325C402020 COIL-PEAKING - 56MH-JL6P05 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6P06 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6P67 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6P78 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6P94 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL6R0 325C402020 COIL-PEAKING - 56MH-JL6R1 325C402020 COIL-PEAKING - 56MH-JL6Y10 321C114010 COIL-RF - 2200MH-JL6Y50 325C121030 COIL-PEAKING - 10MH-KL6Y51 325C167040 COIL-PEAKING - 82MH-JL717 325C146000 COIL-CHIP - 5.6MH-JL77A1 325C121030 COIL-PEAKING - 10MH-KL7A19 325C146030 COIL-CHIP - 10MH-JL7A62 325C146030 COIL-CHIP - 10MH-JL7A99 325C146030 COIL-CHIP - 10MH-JL7V12 409P864010 EMI-FILTER-CHIP - ACB2012M600/BLM21A601SL800 325C461030 COIL-PEAKING - 10MH-KL801 325C461030 COIL-PEAKING - 10MH-KL802 325C461030 COIL-PEAKING - 10MH-KL806 325C463070 COIL-PEAKING - 1000MH-JL808 325C463070 COIL-PEAKING - 1000MH-JL810 325C463070 COIL-PEAKING - 1000MH-JL812 325C463070 COIL-PEAKING - 1000MH-JL814 325C463070 COIL-PEAKING - 1000MH-JL816 325C463070 COIL-PEAKING - 1000MH-JL820 325C461030 COIL-PEAKING - 10MH-KL8E01 325C461030 COIL-PEAKING - 10MH-KL8E02 325C461030 COIL-PEAKING - 10MH-KL901 351P139010 LINE-FILTERL902 351P199010 LINE-FILTERL960 321C141010 COIL-RF - 6.8MH-ML961 321C141010 COIL-RF - 6.8MH-ML963 411D009020 CORE-FERRITEL964 411D009020 CORE-FERRITEL971 321C141010 COIL-RF - 6.8MH-ML972 321C141010 COIL-RF - 6.8MH-ML973 321C130050 COIL-RF - 4.7MH-KLC2P01 409P402050 EMI-FILTER - F223Z16

TRANSFORMERST501 349P122080 TRANS-SIDE-PCCT519 349P214010 TRANS-HORIZT531 336P034010 TRANS-HORIZ-DRIVET532 336P034010 TRANS-HORIZ-DRIVET551 334P278020 TRANS-FLYBACKT951 350P734020 TRANS-POWER

VARIABLE RESISTORS129P059050 VR-FOCUS - MHF116-50W

RV901 265P100010 VARISTOR - ERZV10D271/ERZVEAV271

RESISTORSR-M CHIP Type Resistors 1/10W (Critical Components)R703 103P401030 R-M CHIP 1/10W 100JR760 103P401030 R-M CHIP 1/10W 100J

R-M CHIP Type Resistors 1/10W (Listed by Value) Value Part No. Value Part No. 0 OHM 103P409050 2.2K-J 103P402090 10-J 103P400010 2.7K-F 103P473050 22-J 103P400050 2.7K-J 103P403000 27-J 103P400060 3K-F 103P473060 33-J 103P400070 3.3K-F 103P473070 39-J 103P400080 3.3K-J 103P403010 47-J 103P400090 3.6K-F 103P473080 56-J 103P401000 3.9K-J 103P403020 68-J 103P401010 4.3K-F 103P474000 75-J 103P409090 4.7K-F 103P474010 100-J 103P401030 4.7K-J 103P403030 120-J 103P401040 5.6K-J 103P403040 150-J 103P401050 6.2K-F 103P474040 160-F 103P470060 6.8K-J 103P403050 180-J 103P401060 7.5K-F 103P474060 200-F 103P470080 8.2K-F 103P474070 220-J 103P401070 8.2K-J 103P403060 240-F 103P471000 10K-F 103P474090 270-J 103P401080 10K-J 103P403070 300-F 103P471020 12K-F 103P475010 330-J 103P401090 12K-J 103P403080 360-F 103P471040 13K-F 103P475020 390-F 103P471050 15K-F 103P475030 390-J 103P402000 15K-J 103P403090 430-F 103P471060 18K-J 103P404000 470-F 103P471070 20K-F 103P475060 470-J 103P402010 22K-F 103P475070 510-F 103P471080 22K-J 103P404010 560-F 103P471090 27K-J 103P404020 560-J 103P402020 33K-J 103P404030 620-F 103P472000 36K-F 103P476020 680-J 103P402030 39K-J 103P404040 750-F 103P472020 47K-J 103P404050 820-F 103P472030 56K-J 103P404060 820-J 103P402040 68K-J 103P404070 910-F 103P472040 91K-F 103P477020 1K-F 103P472050 100K-J 103P404090 1K-J 103P402050 120K-J 103P405000 1.2K-J 103P402060 150K-J 103P405010 1.5K-F 103P472090 220K-J 103P405030 1.5K-J 103P402070 240K-F 103P478020 1.8K-J 103P402080 330K-J 103P405050 2K-F 103P473020 470K-J 103P405070 2.2K-F 103P473030 560K-J 103P405080

1M-J 103P406010





Conventional Resistor (By Ref#)R2J01 103P715000 R-CARBON - 1/4W 120R2J02 103P715000 R-CARBON - 1/4W 120R2J11 103P715000 R-CARBON - 1/4W 120R2J13 103P715000 R-CARBON - 1/4W 120R2J21 103P715000 R-CARBON - 1/4W 120R2J23 103P715000 R-CARBON - 1/4W 120R2J44 103P715000 R-CARBON - 1/4W 120R2J45 103P715000 R-CARBON - 1/4W 120R2P01 103C188000 R-METAL - 2W 1-JR401 103P464030 R-METAL - 1/4W 5.6K-FR405 103P463090 R-METAL - 1/4W 3.9K-FR410 103P467000 R-METAL - 1/4W 2.4K-FR412 103P467000 R-METAL - 1/4W 2.4K-FR458 103C188040 R-METAL - 2W 2.2-JR459 103C188050 R-METAL - 2W 2.7-JR520 103C187090 R-METAL - 2W 0.82-JR522 103C187090 R-METAL - 2W 0.82-JR529 103P397090 R-FUSE - 1/2W 0.82-JR534 103C393060 R-METAL-P - 3W 8.2K-JR535 103C393060 R-METAL-P - 3W 8.2K-JR538 103C182020 R-METAL - 2W 560-JR544 103P467070 R-METAL - 1/4W 150K-FR545 103P467020 R-METAL - 1/4W 2.4K-FR552 103P715090 R-CARBON - 1/4W 680R553 103P463040 R-METAL - 1/4W 2.4K-FR555 103C390070 R-METAL-P - 3W 33-JR558 103C391050 R-METAL-P - 3W 150-JR559 103P463050 R-METAL - 1/4W 2.7K-FR561 103P464010 R-METAL - 1/4W 4.7K-FR566 103C187080 R-METAL - 2W 0.68-JR569 103P390010 R-FUSE - 1/2W 10-JR570 103P715000 R-CARBON - 1/4W 120R571 103P715060 R-CARBON - 1/4W 390K-JR573 103C390090 R-METAL-P - 3W 47-JR576 103P715070 R-CARBON - 1/4W 470R579 103P438040 R-FUSE-MET - 2W 2.2-K/JR587 101P101030 R-COMPOSITION - 1/2W 100-KR588 103C171070 R-METAL - 1W 220-JR596 103P463080 R-METAL - 1/4W 2.4K-FR597 103P460090 R-METAL - 1/4W 220-FR5H02 103P378000 R-FUSE - 1/4W 1.0-J 3,4,6,7R5H44 103P370010 R-FUSE - 1/4W 10-J 3,4,6,7R5H45 103P370010 R-FUSE - 1/4W 10-J 3,4,6,7R5H46 103P370050 R-FUSE - 1/4W 22-J 3,4,6,7R5H47 103C172010 R-METAL - 1W 470-J 3,4,6,7R5H59 103C191070 R-METAL - 3W 220-J 3,4,6,7R5K03 103C174030 R-METAL - 1W 33K-JR5K04 103C174030 R-METAL - 1W 33K-JR5K05 103C174030 R-METAL - 1W 33K-JR5K06 103C174030 R-METAL - 1W 33K-JR5K07 103C174030 R-METAL - 1W 33K-JR5K08 103C174030 R-METAL - 1W 33K-JR5K09 103P392020 R-FUSE - 1/2W 560-JR5K12 103P390060 R-FUSE - 1/2W 27-JR5K32 103P715010 R-CARBON - 1/4W 150K-JR5K34 103P390060 R-FUSE - 1/2W 27-JR6B1 103C193030 R-METAL - 3W 4.7K-JR6B2 103C193010 R-METAL - 3W 3.3K-JR6G1 103C193030 R-METAL - 3W 4.7K-J

R6G2 103C193010 R-METAL - 3W 3.3K-JR6R1 103C193030 R-METAL - 3W 4.7K-JR6R2 103C193010 R-METAL - 3W 3.3K-JR7E14 103P715040 R-CARBON - 1/4W 270K-JR8C01 103C182020 R-METAL - 2W 560-JR8C02 103C182020 R-METAL - 2W 560-JR8C03 103C182020 R-METAL - 2W 560-JR8C04 103C182020 R-METAL - 2W 560-JR8C19 103C189000 R-METAL - 2W 6.8-JR8C20 103C189000 R-METAL - 2W 6.8-JR8C21 103C171090 R-METAL - 1W 330-JR8C22 103C189000 R-METAL - 2W 6.8-JR8C23 103C189000 R-METAL - 2W 6.8-JR8C24 103C171090 R-METAL - 1W 330-JR8C25 103C189000 R-METAL - 2W 6.8-JR8C26 103C189000 R-METAL - 2W 6.8-JR8C27 103C171090 R-METAL - 1W 330-JR8C28 103C189000 R-METAL - 2W 6.8-JR8C29 103C189000 R-METAL - 2W 6.8-JR8C30 103C171090 R-METAL - 1W 330-JR8C45 103C189000 R-METAL - 2W 6.8-JR8C46 103C189000 R-METAL - 2W 6.8-JR8C47 103C171090 R-METAL - 1W 330-JR8C48 103C189000 R-METAL - 2W 6.8-JR8C49 103C189000 R-METAL - 2W 6.8-JR8C50 103C171090 R-METAL - 1W 330-JR8C59 103C187060 R-METAL - 2W 0.47-JR8C60 103C187060 R-METAL - 2W 0.47-JR912 103C187030 R-METAL - 2W 0.27-JR913 103C187030 R-METAL - 2W 0.27-JR914 103P391070 R-FUSE - 1/2W 220-JR917 103C187070 R-METAL - 2W 0.56-JR921 103P715090 R-CARBON - 1/4W 680R944 103C390030 R-METAL-P - 3W 15-JR947 103C188030 R-METAL - 2W 1.8-JR951 109D077080 R-CEMENT-WIRE - 15W 0.56-KR952 109D077080 R-CEMENT-WIRE - 15W 0.56-KR955 102P107000 R-WIRE - 2W 0.15-KR956 102P107000 R-WIRE - 2W 0.15-KR958 103C170060 R-METAL - 1W 27-JR962 109D036020 R-COMPOSITION - 1/2W 4.7M-KR964 103C183070 R-METAL - 2W 10K-JR966 109C010010 R-COMPOSITION - 1/2W 1M-KR967 109C010010 R-COMPOSITION - 1/2W 1M-KR968 103P715070 R-CARBON - 1/4W 470R974 103C193070 R-METAL - 3W 10K-JR984 103P464020 R-METAL - 1/4W 2.4K-FR986 103P464040 R-METAL - 1/4W 2.4K-FR9A01 103C188040 R-METAL - 2W 2.2-J

CAPACITORS AND TRIMMERSC1A06 141P132010 C-CER-CHIP - B50V 0.01M-KC1A07 141P132010 C-CER-CHIP - B50V 0.01M-KC1A08 141P132010 C-CER-CHIP - B50V 0.01M-KC1A09 141P132010 C-CER-CHIP - B50V 0.01M-KC1A13 141P132010 C-CER-CHIP - B50V 0.01M-KC1B06 141P132010 C-CER-CHIP - B50V 0.01M-KC1B07 141P132010 C-CER-CHIP - B50V 0.01M-KC1B09 141P132010 C-CER-CHIP - B50V 0.01M-KC1B13 141P132010 C-CER-CHIP - B50V 0.01M-K


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C2003 141P139030 C-CER-CHIP - B25V 0.1M-KC2004 141P132010 C-CER-CHIP - B50V 0.01M-KC2005 154P331030 C-CER-CHIP - CH50V 12P-JC2006 154P331090 C-CER-CHIP - CH50V 22P-JC2007 154P335090 C-CER-CHIP - CH50V 1000P-JC2012 141P139030 C-CER-CHIP - B25V 0.1M-KC2031 141P139030 C-CER-CHIP - B25V 0.1M-KC2046 141P139030 C-CER-CHIP - B25V 0.1M-KC2056 141P139030 C-CER-CHIP - B25V 0.1M-KC2064 141P134070 C-CER-CHIP - B16V 1M-KC2066 141P139030 C-CER-CHIP - B25V 0.1M-KC2068 141P139030 C-CER-CHIP - B25V 0.1M-KC2070 141P134070 C-CER-CHIP - B16V 1M-KC2072 141P139030 C-CER-CHIP - B25V 0.1M-KC2073 141P139030 C-CER-CHIP - B25V 0.1M-KC2074 141P139030 C-CER-CHIP - B25V 0.1M-KC2078 141P139030 C-CER-CHIP - B25V 0.1M-KC2079 141P139030 C-CER-CHIP - B25V 0.1M-KC2080 141P139030 C-CER-CHIP - B25V 0.1M-KC2085 141P139030 C-CER-CHIP - B25V 0.1M-KC2087 141P139030 C-CER-CHIP - B25V 0.1M-KC2088 141P139030 C-CER-CHIP - B25V 0.1M-KC2089 141P139030 C-CER-CHIP - B25V 0.1M-KC2091 141P139030 C-CER-CHIP - B25V 0.1M-KC2092 141P139030 C-CER-CHIP - B25V 0.1M-KC2093 141P139030 C-CER-CHIP - B25V 0.1M-KC2094 141P139030 C-CER-CHIP - B25V 0.1M-KC2099 141P132010 C-CER-CHIP - B50V 0.01M-KC2100 154P333030 C-CER-CHIP - CH50V 82P-JC2101 154P333030 C-CER-CHIP - CH50V 82P-JC2102 154P326000 C-CER-CHIP - SL50V 1000P-JC2104 154P321020 C-CER-CHIP - SL50V 10P-CC2105 154P332050 C-CER-CHIP - CH50V 39P-JC2106 141P139030 C-CER-CHIP - B25V 0.1M-KC2107 141P139030 C-CER-CHIP - B25V 0.1M-KC2108 141P139030 C-CER-CHIP - B25V 0.1M-KC2109 141P139030 C-CER-CHIP - B25V 0.1M-KC2110 141P139030 C-CER-CHIP - B25V 0.1M-KC2111 141P132010 C-CER-CHIP - B50V 0.01M-KC2113 141P132010 C-CER-CHIP - B50V 0.01M-KC2114 141P139030 C-CER-CHIP - B25V 0.1M-KC2A01 141P138020 C-CER-CHIP - B50V 0.1M-KC2A03 141P132010 C-CER-CHIP - B50V 0.01M-KC2A05 141P139030 C-CER-CHIP - B25V 0.1M-KC2B01 141P138020 C-CER-CHIP - B50V 0.1M-KC2B03 141P132010 C-CER-CHIP - B50V 0.01M-KC2C50 154P333030 C-CER-CHIP - CH50V 82P-JC2C51 154P333030 C-CER-CHIP - CH50V 82P-JC2C60 154P333050 C-CER-CHIP - CH50V 100P-JC2C61 154P333050 C-CER-CHIP - CH50V 100P-JC2C62 141P132010 C-CER-CHIP - B50V 0.01M-KC2C63 141P133080 C-CER-CHIP - F50V 0.01M-ZC2C64 141P139030 C-CER-CHIP - B25V 0.1M-KC2H03 141P132010 C-CER-CHIP - B50V 0.01M-KC2H06 141P132010 C-CER-CHIP - B50V 0.01M-KC2H12 141P132010 C-CER-CHIP - B50V 0.01M-KC2K02 141P134070 C-CER-CHIP - B16V 1M-KC2K04 141P134070 C-CER-CHIP - B16V 1M-KC2K09 141P134070 C-CER-CHIP - B16V 1M-KC2K11 141P134070 C-CER-CHIP - B16V 1M-K

C2K12 141P139030 C-CER-CHIP - B25V 0.1M-KC2K14 141P134010 C-CER-CHIP - F50V 0.047-ZC2K16 141P134070 C-CER-CHIP - B16V 1M-KC2K18 141P134070 C-CER-CHIP - B16V 1M-KC2K19 141P139030 C-CER-CHIP - B25V 0.1M-KC2K21 141P134010 C-CER-CHIP - F50V 0.047-ZC2K23 141P134070 C-CER-CHIP - B16V 1M-KC2K25 141P134070 C-CER-CHIP - B16V 1M-KC2K26 141P139030 C-CER-CHIP - B25V 0.1M-KC2K28 141P134010 C-CER-CHIP - F50V 0.047-ZC2K29 141P134070 C-CER-CHIP - B16V 1M-KC2K31 141P134070 C-CER-CHIP - B16V 1M-KC2K42 141P132010 C-CER-CHIP - B50V 0.01M-KC2K49 181P124040 C-ELEC-NP - 50V 10M-MC2K51 141P139030 C-CER-CHIP - B25V 0.1M-KC2K71 141P132010 C-CER-CHIP - B50V 0.01M-KC2K73 141P132010 C-CER-CHIP - B50V 0.01M-KC2P01 141P132010 C-CER-CHIP - B50V 0.01M-KC2P06 141P132010 C-CER-CHIP - B50V 0.01M-KC2P09 141P139030 C-CER-CHIP - B25V 0.1M-KC2P10 141P139090 C-CER-CHIP - B16V 0.47M-KC2V01 181P182030 C-ELEC - 16V 1000M-M 105CC2V02 141P132010 C-CER-CHIP - B50V 0.01M-KC2V07 141P139030 C-CER-CHIP - B25V 0.1M-KC2V08 141P139030 C-CER-CHIP - B25V 0.1M-KC2V10 141P139030 C-CER-CHIP - B25V 0.1M-KC2V14 141P132010 C-CER-CHIP - B50V 0.01M-KC2V15 141P132010 C-CER-CHIP - B50V 0.01M-KC2V16 141P132010 C-CER-CHIP - B50V 0.01M-KC2V19 141P139030 C-CER-CHIP - B25V 0.1M-KC2V21 141P139030 C-CER-CHIP - B25V 0.1M-KC2V25 141P139030 C-CER-CHIP - B25V 0.1M-KC2V27 154P326000 C-CER-CHIP - SL50V 1000P-JC2V28 141P139090 C-CER-CHIP - B16V 0.47M-KC2V43 141P139030 C-CER-CHIP - B25V 0.1M-KC2V44 154P337040 C-CER-CHIP - CH50V 2700P-JC2V45 141P132010 C-CER-CHIP - B50V 0.01M-KC2V49 141P139090 C-CER-CHIP - B16V 0.47M-KC2V51 141P139090 C-CER-CHIP - B16V 0.47M-KC2V52 154P329020 C-CER-CHIP - SL50V 4700P-JC2V59 154P331050 C-CER-CHIP - CH50V 15P-JC2V61 154P325020 C-CER-CHIP - SL50V 470P-JC2V63 141P139090 C-CER-CHIP - B16V 0.47M-KC2V64 141P132010 C-CER-CHIP - B50V 0.01M-KC2V68 154P325000 C-CER-CHIP - SL50V 390P-JC2W01 141P134070 C-CER-CHIP - B16V 1M-KC2W03 141P132010 C-CER-CHIP - B50V 0.01M-KC2W04 141P139030 C-CER-CHIP - B25V 0.1M-KC2W20 141P139030 C-CER-CHIP - B25V 0.1M-KC2W80 154P325000 C-CER-CHIP - SL50V 390P-JC2W81 154P324080 C-CER-CHIP - SL50V 330P-JC2W82 154P324080 C-CER-CHIP - SL50V 330P-JC2Y22 141P139030 C-CER-CHIP - B25V 0.1M-KC2Y23 141P139030 C-CER-CHIP - B25V 0.1M-KC2Y31 141P132010 C-CER-CHIP - B50V 0.01M-KC2Y32 141P139030 C-CER-CHIP - B25V 0.1M-KC2Y41 141P134070 C-CER-CHIP - B16V 1M-KC2Y42 141P134070 C-CER-CHIP - B16V 1M-KC2Y44 141P132010 C-CER-CHIP - B50V 0.01M-KC321 154P329040 C-CER-CHIP - SL50V 6800P-J





C322 154P329040 C-CER-CHIP - SL50V 6800P-JC3A01 154P329030 C-CER-CHIP - SL50V 5600P-JC3A02 141P137060 C-CER-CHIP - B50V 0.033M-KC3A07 141P139050 C-CER-CHIP - B25V 0.15M-KC3A08 141P134070 C-CER-CHIP - B16V 1M-KC3A09 141P132000 C-CER-CHIP - B50V 8200P-KC3A12 141P134070 C-CER-CHIP - B16V 1M-KC3A13 141P134070 C-CER-CHIP - B16V 1M-KC3A15 181P124020 C-ELEC-NP - 50V 4.7M-MC3A18 141P134070 C-CER-CHIP - B16V 1M-KC3A19 141P134070 C-CER-CHIP - B16V 1M-KC3A21 141P137080 C-CER-CHIP - B50V 0.047M-KC3A23 141P139030 C-CER-CHIP - B25V 0.1M-KC3A28 141P139030 C-CER-CHIP - B25V 0.1M-KC3A31 141P139090 C-CER-CHIP - B16V 0.47M-KC3A33 141P139070 C-CER-CHIP - B16V 0.22M-KC3A38 181P124020 C-ELEC-NP - 50V 4.7M-MC3A40 141P134070 C-CER-CHIP - B16V 1M-KC3A41 141P134070 C-CER-CHIP - B16V 1M-KC3A42 141P132030 C-CER-CHIP - B50V 0.015M-KC3A43 141P132030 C-CER-CHIP - B50V 0.015M-KC3A44 141P132000 C-CER-CHIP - B50V 8200P-KC3A45 141P134070 C-CER-CHIP - B16V 1M-KC3A46 141P139050 C-CER-CHIP - B25V 0.15M-KC3A50 141P137060 C-CER-CHIP - B50V 0.033M-KC3A52 154P329030 C-CER-CHIP - SL50V 5600P-JC3C02 141P134070 C-CER-CHIP - B16V 1M-KC3C03 141P134070 C-CER-CHIP - B16V 1M-KC411 181P358010 C-ELEC - 35V 2200M-MC451 181P186000 C-ELEC - 50V 100M-M 105CC454 155P110090 R-METAL - 1/4W 2.4K-FC455 189P071050 C-M-PLA-PP - 200V 0.33M-JC464 181P184010 C-ELEC - 50V 1000M-M 105CC520 154P262050 C-CERAMIC - R2KV 560P-KC521 181P358000 C-ELEC - 35V 1000M-MC522 142P011000 C-CERAMIC - B500V 560P-KC526 154P262050 C-CERAMIC - R2KV 560P-KC527 181P186050 C-ELEC - 35V 1000M-M 105CC529 142P011000 C-CERAMIC - B500V 560P-KC531 181P188030 C-ELEC - 160V 2.2M-M 105CC547 172P081080 C-PLAST-PP - 200V 0.033M-JC551 181P188030 C-ELEC - 160V 2.2M-M 105CC552 172P173010 C-M-PLA-PP - 1600V 9100P-JC554 189P071080 C-M-PLA-PP - 200V 0.47M-JC555 142P011000 C-CERAMIC - B500V 560P-KC556 154P262050 C-CERAMIC - R2KV 560P-KC557 172P171020 C-M-PLA-PP - 1600V 8200P-JC561 189P071050 C-M-PLA-PP - 200V 0.33M-JC565 154P260050 C-CERAMIC - R1KV 1000P-KC566 181P195070 C-ELEC - 350V 33M-MC568 154P262050 C-CERAMIC - R2KV 560P-KC569 181P195050 C-ELEC - 350V 1M-MC572 142P011030 C-CERAMIC - B500V 1000P-KC573 154P262000 C-CERAMIC - R2KV 220P-KC596 172P417050 C-M-PLA-PP - 200V 1.2M-JC5A2 141P130010 C-CER-CHIP - B50V 220P-KC5A5 154P326080 C-CER-CHIP - SL50V 2200P-JC5A6 141P132010 C-CER-CHIP - B50V 0.01M-KC5A7 154P331010 C-CER-CHIP - CH50V 10P-CC5H11 142P020020 C-CERAMIC - B50V 270P-K 3,4,6,7

C5H16 172P186030 C-PLAST-PP - 200V 0.01M-K 3,4,6,7C5H21 181P188060 C-ELEC - 160V 10M-M 105C 3,4,6,7C5H22 155P112090 C-CER - 500V 56P-J 3,4,6,7C5H24 181P192060 C-ELEC - 200V 22M-M 3,4,6,7C5K00 172P171060 C-M-PLA-PP - 1600V 0.018M-JC5K01 172P171060 C-M-PLA-PP - 1600V 0.018M-JC6B0 181P195010 C-ELEC - 350V 1M-MC6B5 154P264000 C-CERAMIC - R3.15KV 150P-KC6B6 154P264000 C-CERAMIC - R3.15KV 150P-KC6B7 154P265000 C-CERAMIC - R3.15KV 1000P-KC6C03 141P134070 C-CER-CHIP - B16V 1M-KC6C04 154P329020 C-CER-CHIP - SL50V 4700P-JC6C05 141P134070 C-CER-CHIP - B16V 1M-KC6C09 141P139030 C-CER-CHIP - B25V 0.1M-KC6C12 141P132010 C-CER-CHIP - B50V 0.01M-KC6C13 141P134070 C-CER-CHIP - B16V 1M-KC6C14 141P139030 C-CER-CHIP - B25V 0.1M-KC6C15 141P139030 C-CER-CHIP - B25V 0.1M-KC6C22 154P323040 C-CER-CHIP - SL50V 82P-JC6C23 141P137080 C-CER-CHIP - B50V 0.047M-KC6C24 154P331050 C-CER-CHIP - CH50V 15P-JC6C33 154P329020 C-CER-CHIP - SL50V 4700P-JC6C34 141P134070 C-CER-CHIP - B16V 1M-KC6C35 141P134070 C-CER-CHIP - B16V 1M-KC6C39 141P139030 C-CER-CHIP - B25V 0.1M-KC6C42 141P132010 C-CER-CHIP - B50V 0.01M-KC6C43 141P134070 C-CER-CHIP - B16V 1M-KC6C44 141P139030 C-CER-CHIP - B25V 0.1M-KC6C52 154P323040 C-CER-CHIP - SL50V 82P-JC6C53 141P137080 C-CER-CHIP - B50V 0.047M-KC6C54 154P331050 C-CER-CHIP - CH50V 15P-JC6G0 181P195010 C-ELEC - 350V 1M-MC6G5 154P264000 C-CERAMIC - R3.15KV 150P-KC6G6 154P264000 C-CERAMIC - R3.15KV 150P-KC6G7 154P265000 C-CERAMIC - R3.15KV 1000P-KC6P00 141P139030 C-CER-CHIP - B25V 0.1M-KC6P01 141P139030 C-CER-CHIP - B25V 0.1M-KC6P02 141P139030 C-CER-CHIP - B25V 0.1M-KC6P04 141P139030 C-CER-CHIP - B25V 0.1M-KC6P05 141P139030 C-CER-CHIP - B25V 0.1M-KC6P06 141P139030 C-CER-CHIP - B25V 0.1M-KC6P09 141P139030 C-CER-CHIP - B25V 0.1M-KC6P11 141P139030 C-CER-CHIP - B25V 0.1M-KC6P13 141P139030 C-CER-CHIP - B25V 0.1M-KC6P64 154P326000 C-CER-CHIP - SL50V 1000P-JC6P67 141P139030 C-CER-CHIP - B25V 0.1M-KC6P77 141P139030 C-CER-CHIP - B25V 0.1M-KC6P78 141P139030 C-CER-CHIP - B25V 0.1M-KC6P79 141P139030 C-CER-CHIP - B25V 0.1M-KC6P80 141P139030 C-CER-CHIP - B25V 0.1M-KC6P81 141P139030 C-CER-CHIP - B25V 0.1M-KC6P83 141P139030 C-CER-CHIP - B25V 0.1M-KC6P84 141P139030 C-CER-CHIP - B25V 0.1M-KC6P96 141P139030 C-CER-CHIP - B25V 0.1M-KC6P97 141P139030 C-CER-CHIP - B25V 0.1M-KC6P98 141P139030 C-CER-CHIP - B25V 0.1M-KC6R0 181P195010 C-ELEC - 350V 1M-MC6R5 154P264000 C-CERAMIC - R3.15KV 150P-KC6R6 154P264000 C-CERAMIC - R3.15KV 150P-KC6R7 154P265000 C-CERAMIC - R3.15KV 1000P-K


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C6Y03 154P332070 C-CER-CHIP - CH50V 47P-JC6Y06 141P132010 C-CER-CHIP - B50V 0.01M-KC6Y11 141P134070 C-CER-CHIP - B16V 1M-KC6Y12 141P132010 C-CER-CHIP - B50V 0.01M-KC6Y16 154P323060 C-CER-CHIP - SL50V 100P-JC6Y51 154P322040 C-CER-CHIP - SL50V 33P-JC6Y52 154P323080 C-CER-CHIP - SL50V 120P-JC6Y53 154P321020 C-CER-CHIP - SL50V 10P-CC6Y54 154P322060 C-CER-CHIP - SL50V 39P-JC6Y57 141P132010 C-CER-CHIP - B50V 0.01M-KC6Y58 141P134070 C-CER-CHIP - B16V 1M-KC6Y60 154P324040 C-CER-CHIP - SL50V 220P-JC6Y61 154P323060 C-CER-CHIP - SL50V 100P-JC6Y62 141P132010 C-CER-CHIP - B50V 0.01M-KC6Y63 141P132010 C-CER-CHIP - B50V 0.01M-KC700 141P130060 C-CER-CHIP - B50V 560P-KC701 141P130090 C-CER-CHIP - B50V 1000P-KC702 141P130010 C-CER-CHIP - B50V 220P-KC712 141P137080 C-CER-CHIP - B50V 0.047M-KC713 154P331090 C-CER-CHIP - CH50V 22P-JC715 154P331090 C-CER-CHIP - CH50V 22P-JC716 141P139030 C-CER-CHIP - B25V 0.1M-KC717 154P331090 C-CER-CHIP - CH50V 22P-JC718 154P331090 C-CER-CHIP - CH50V 22P-JC719 141P132010 C-CER-CHIP - B50V 0.01M-KC720 141P132010 C-CER-CHIP - B50V 0.01M-KC750 141P132010 C-CER-CHIP - B50V 0.01M-KC762 141P139030 C-CER-CHIP - B25V 0.1M-KC799 141P139030 C-CER-CHIP - B25V 0.1M-KC7A00 141P139030 C-CER-CHIP - B25V 0.1M-KC7A01 141P132010 C-CER-CHIP - B50V 0.01M-KC7A03 141P139030 C-CER-CHIP - B25V 0.1M-KC7A12 141P139030 C-CER-CHIP - B25V 0.1M-KC7A16 141P139030 C-CER-CHIP - B25V 0.1M-KC7A62 141P139030 C-CER-CHIP - B25V 0.1M-KC7A64 141P139030 C-CER-CHIP - B25V 0.1M-KC7A99 141P139030 C-CER-CHIP - B25V 0.1M-KC7B01 141P132010 C-CER-CHIP - B50V 0.01M-KC7V06 141P139030 C-CER-CHIP - B25V 0.1M-KC7V07 154P325040 C-CER-CHIP - SL50V 560P-JC7V08 141P139030 C-CER-CHIP - B25V 0.1M-KC7V09 141P139010 C-CER-CHIP - B25V 0.068M-KC7V10 141P131090 C-CER-CHIP - B50V 6800P-KC7V12 141P139030 C-CER-CHIP - B25V 0.1M-KC801 141P133080 C-CER-CHIP - F50V 0.01M-ZC804 141P133080 C-CER-CHIP - F50V 0.01M-ZC807 141P139030 C-CER-CHIP - B25V 0.1M-KC809 141P133080 C-CER-CHIP - F50V 0.01M-ZC810 141P133080 C-CER-CHIP - F50V 0.01M-ZC811 141P139030 C-CER-CHIP - B25V 0.1M-KC816 141P134070 C-CER-CHIP - B16V 1M-KC840 141P133080 C-CER-CHIP - F50V 0.01M-ZC841 154P322000 C-CER-CHIP - SL50V 22P-JC842 141P133080 C-CER-CHIP - F50V 0.01M-ZC844 154P331010 C-CER-CHIP - CH50V 10P-CC845 154P331010 C-CER-CHIP - CH50V 10P-CC846 154P331010 C-CER-CHIP - CH50V 10P-CC847 154P331010 C-CER-CHIP - CH50V 10P-CC848 154P331010 C-CER-CHIP - CH50V 10P-CC849 154P331010 C-CER-CHIP - CH50V 10P-C

C856 141P133080 C-CER-CHIP - F50V 0.01M-ZC857 141P133080 C-CER-CHIP - F50V 0.01M-ZC859 141P133080 C-CER-CHIP - F50V 0.01M-ZC870 141P133080 C-CER-CHIP - F50V 0.01M-ZC873 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C03 181P186010 C-ELEC - 50V 220M-M 105CC8C04 181P186010 C-ELEC - 50V 220M-M 105CC8C06 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C08 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C09 181P186000 C-ELEC - 50V 100M-M 105CC8C10 181P186000 C-ELEC - 50V 100M-M 105CC8C12 181P186000 C-ELEC - 50V 100M-M 105CC8C13 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C14 181P186000 C-ELEC - 50V 100M-M 105CC8C15 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C16 154P323060 C-CER-CHIP - SL50V 100P-JC8C17 154P324000 C-CER-CHIP - SL50V 150P-JC8C18 154P323060 C-CER-CHIP - SL50V 100P-JC8C19 154P324000 C-CER-CHIP - SL50V 150P-JC8C20 154P323060 C-CER-CHIP - SL50V 100P-JC8C21 154P324000 C-CER-CHIP - SL50V 150P-JC8C22 181P186000 C-ELEC - 50V 100M-M 105CC8C23 181P186000 C-ELEC - 50V 100M-M 105CC8C25 181P186000 C-ELEC - 50V 100M-M 105CC8C26 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C27 181P186000 C-ELEC - 50V 100M-M 105CC8C28 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C29 141P130090 C-CER-CHIP - B50V 1000P-KC8C30 154P323060 C-CER-CHIP - SL50V 100P-JC8C31 154P324000 C-CER-CHIP - SL50V 150P-JC8C32 154P323060 C-CER-CHIP - SL50V 100P-JC8C33 141P130090 C-CER-CHIP - B50V 1000P-KC8C34 154P323060 C-CER-CHIP - SL50V 100P-JC8C35 141P130090 C-CER-CHIP - B50V 1000P-KC8C36 154P324000 C-CER-CHIP - SL50V 150P-JC8C37 154P324000 C-CER-CHIP - SL50V 150P-JC8C38 154P334070 C-CER-CHIP - CH50V 330P-JC8C39 141P133080 C-CER-CHIP - F50V 0.01M-ZC8C42 154P333050 C-CER-CHIP - CH50V 100P-JC8E01 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E03 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E05 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E06 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E09 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E10 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E13 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E14 141P133080 C-CER-CHIP - F50V 0.01M-ZC8E29 141P133080 C-CER-CHIP - F50V 0.01M-ZC901 189P153040 C-M-POLY - 250VAC 0.1M-MC902 189P153040 C-M-POLY - 250VAC 0.1M-MC903 189P185070 C-CER - 250VAC 1000P-MC904 189P185070 C-CER - 250VAC 1000P-MC910 189P152070 C-M-POLY - 250VAC 0.01M-MC911 189P152070 C-M-POLY - 250VAC 0.01M-MC921 154P260070 C-CERAMIC - R1KV 2200P-KC922 154P262000 C-CERAMIC - R2KV 220P-KC923 181P182030 C-ELEC - 16V 1000M-M 105CC948 154P262000 C-CERAMIC - R2KV 220P-KC951 189P185090 C-CER - 250VAC 2200P-MC952 189P185090 C-CER - 250VAC 2200P-M





C953 185D063030 C-ELEC - H180V 820M-M 105CC954 189P185090 C-CER - 250VAC 2200P-MC955 189P185090 C-CER - 250VAC 2200P-MC957 185D063030 C-ELEC - H180V 820M-M 105CC958 154P260080 C-CERAMIC - R1KV 3300P-KC967 154P262050 C-CERAMIC - R2KV 560P-KC968 181P186000 C-ELEC - 50V 100M-M 105CC969 185D121020 C-ELEC - H180V 470M-M 105CC970 185D120010 C-ELEC - H160V 330M-M 105CC973 181P182070 C-ELEC - 16V 6800M-M 105CC977 185D163020 C-ELEC - H50V 4700M-M 105CC978 154P262050 C-CERAMIC - R2KV 560P-KC979 181P192020 C-ELEC - 200V 2.2M-MC9A01 181P350010 C-ELEC - 16V 4700M-MC9A02 141P139030 C-CER-CHIP - B25V 0.1M-K

SWITCHESS7A00 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A01 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A02 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A03 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A04 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A05 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A06 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A07 432P089010 SW-KEY-BOARD - PUSH SWITCHS7A08 432P089010 SW-KEY-BOARD - PUSH SWITCH

MISCELLANEOUS295P421020 ANTENNA-SW - ENPE624330P267010 DEFL-YOKE338P046030 SVM COIL ASSY (R&G) 3,4,6,7338P046080 SVM COIL ASSY (B) 3,4,6,7411D033010 CORE-FERRITE411D039010 CORE-FERRITE 3,4,6,7411D044010 CORE-FERRITE449C141030 SOCKET-CRT453B035010 CAP ANODE - SHORT - RED453B035020 CAP ANODE - LONG - G&B480P039010 SPEAKER 1,2,5480P053010 SPEAKER 3,4,6,7589C062010 CASTER642C340010 BOARD-MIRROR 7642C352010 CLIP-MIRROR 1-6669D514070 SCREW-MIRROR BOARD 7767D048050 MIRROR - 60" 5&6767D048080 MIRROR - 70" 7767D055010 MIRROR - 45" 1767D055020 MIRROR - 50" 2&3767D055030 MIRROR - 55" 4920P016010 HV-BLOCK - MSC102

AG5K00 224D019040 AIR-GAP - 2.0+-0.5KV S.LEADBP2000 409P922010 BP-FILTER - TH288BTKS-15867CR2V46 299P128010 CERAMIC-OSC - CSB500F2DL6Y50 337P134010 DELAY-LINEDL6Y51 349P159070 TRANS-CHROMA-BPF901 283D060020 FUSE-UL - S5AF902 283D035070 FUSE - S2AF903 283D038070 FUSE-UL - S4AF904 283D060030 FUSE-UL - S6.3AK903 287P103010 RELAY-POWER - DG12D2-0(M)

PC951 268P058020 PHOTO-COUPLER - ON3131-RPJ2J11 440C329040 JACK-6PIN-S - REAR A/V+S IOPJ2J21 440C329030 JACK-6PIN-S - REAR A/V+S INPJ2J31 440C350010 JACK-5PIN - R A/COMPONENT IPJ701 451C129010 JACK-MINI - AV NET/IR BLASTPJ79B0 440C231010 JACK-3PIN - FRONT A/V INPUTPS 246C351010 AC-POWER-CORDPT7A00 264P723010 D-LED - SFH310-3TU1A01 295P500010 TUNER-RF - ENG26515GTU1B01 295P500020 TUNER-RF - ENG26516GX2005 285P374010 QUARTZ-CRYST - 41.999965MHZX2V59 285P374020 QUARTZ-CRYST - 3.579545MHZX3A01 299P208010 CERAMIC-OSC - C5B503F58X6C01 285P374020 QUARTZ-CRYST - 3.579545MHZX6C02 285P374020 QUARTZ-CRYST - 3.579545MHZX713 285P374040 QUARTZ-CRYST - 10.000MHZZ7706 939P617010 UNIT-PREAMP - GP1U283Q

PRINTED CIRCUIT BOARDS921C291012 ASSY-PWB-TERMINAL930B856002 ASSY-PWB-MAIN 3,4,6,7930B856003 ASSY-PWB-MAIN 1,2,5930B857004 ASSY-PWB-SIGNAL 3,4,6,7930B857005 ASSY-PWB-SIGNAL 1,2,5935C822002 ASSY-PWB-CRT935D391002 ASSY-PWB-SVM 3,4,6,7935D393002 ASSY-PWB-PREAMP935D394002 ASSY-PWB-CONTROL-A935D395002 ASSY-PWB-FRONT935D414003 ASSY-PWB-DBF935D484001 ASSY-PWB-APERTURE 3,4,6,7935D484002 ASSY-PWB-APERTURE 1,2,5

COSMETIC PARTS622D757050 CUSHION-CORNERS 1,2,5622D757060 CUSHION-CORNERS 1,2,5642C330010 BOARD-REAR - 70" 7702A385060 PANEL-CONTROL 2702A385070 PANEL-CONTROL 3702A385080 PANEL-CONTROL 4702A385090 PANEL-CONTROL 5&6702A391070 PANEL-CONTROL 1702A393010 PANEL-CONTROL 7703B031020 DOOR - FRONT A/V IN COVER761A157030 GRILLE-SP - 45" 1761A157060 GRILLE-SP - 55" 4761A158020 GRILLE-SP - 50" 2761A158040 GRILLE-SP - 50" 3761A159020 GRILLE-SP - 60" 5761A159030 GRILLE-SP - 60" 6761A171020 GRILLE-SP - 70" 7762B344010 COVER-BACK

ACCESSORIES290P098010 REMOTE CONTROL 3,4,6,7290P098050 REMOTE CONTROL 1,2,5871B195020 IB-SEPARATE 7871D230010 IB - OWNERS GUIDE 7871D295010 IB - OWNERS GUIDE871D296010 QR-GUIDE


PAGE 54




VS-45607(1) 491P075010 SCREEN-LENTICULAR(2) 491P076010 LENS-FRESNEL(3) 622C058010 CLIP-SCREEN-TOP/BOT(4) 622C059010 HOLDER-SCREEN-BOT(5) 701B394030 FRAME-SCREEN-SIDE - 45"(6) 701B400050 FRAME-SCREEN-TOP - 45"(7) 702A388040 CORNER CAP - RIGHT(8) 702A388030 CORNER CAP - LEFT

(10) 702A391070 PANEL-CONTROL(11) 622D757050 CUSHION-CORNER(A)(12) 622D757060 CUSHION-CORNER(B)



VS-50707(1) 491P099010 SCREEN-LENTICULAR(2) 491P100010 LENS-FRESNEL(3) 622C060020 CLIP-SCREEN-TOP/BOT(4) 622C063020 HOLDER-SCREEN-BOT(5) 701B394060 FRAME-SCREEN-SIDE - 50"(6) 701B400060 FRAME-SCREEN-TOP - 50"(7) 702A388040 CORNER CAP - RIGHT(8) 702A388030 CORNER CAP - LEFT(9) 760D627010 DIAMOND SHIELD

(10) 702A385070 PANEL-CONTROL









SCREEN PARTS


Notes


Page 57

POWER SUPPLY

CIRCUITRY BLOCK DIAGRAMS

R946


Page 58

VIDEO/COLOR SIGNAL PATH


Page 59

AUDIO CIRCUIT


Page 59

DEFLECTION& HV


Page 60

CONTROL CIRCUITRY

V-CHIP


Page 61

CONVERGENCE CIRCUIT

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