Sony KDL-32D3000, KDL-40D3000, KDL-46D3000 Schematic

HISTORY

Model Name : SERVICE MANUAL

Click on Page Number to display detail of changes.

Date Part Number Description of Revisions

Original Manual.

KDL-32/40/46D3000

Version

1.09-927-543-01 2007.04

WAX3

RM-ED009

SERVICE MANUAL

MODEL

KDL-32D3000 KDL-40D3000 KDL-46D3000

COMMANDER DEST

RM-ED009 AEP

WAX3

MODEL

KDL-32D3000 KDL-40D3000 KDL-46D3000

COMMANDER DEST

CHASSIS

RM-ED009 UK

KDL-32D3000 / KDL-40D3000 / KDL-46D3000

FLAT PANEL COLOR TV

- 1 -

RM-ED009

WAX3

RM-ED009

TABLE OF CONTENTS

Section Title Pag e Section Title Pa ge

1. GENERAL ................................................................... 3

Caution ................................................................ 3

Specifications ...................................................... 5

UK Plug Warning ............................................... 6

Connectors .......................................................... 6

Self Diagnosis ..................................................... 8

2. DISASSEMBLY

2-1. Rear Cover Removal ........................................... 9

2-2. Stand Removal .................................................... 9

2-3. Bottom Frame Removal ...................................... 10

2-4. AC Inlet Removal ............................................... 10

2-5. Loudspeaker Removal ........................................ 11

2-6. Heatsink Removal ............................................... 11

2-7. BE1 Board Removal ........................................... 12

2-8. D1 and G3 Board Removal ................................ 13

2-9. H3 Board Removal ............................................. 13

2-10. H1 Board Removal ............................................. 14

2-11. H4 Board Removal ............................................. 14

2-12. U2 Board Removal ............................................. 15

2-13. D2 Board Removal ............................................. 15

2-14. Vesa Arm and LCD Panel Removal ................... 16

3. SET-UP ADJUSTMENTS

3-1. How to enter Service Mode ............................... 17

3-2. Signal Level Adjustment .................................... 17

3-2-1. Set up of AD calibration1 adjustment for

terrestrial analog ............................................... 17

3-2-2. Y signal calibration1 adjustment for

terrestrial analog ............................................... 17

3-2-3. C signal calibration1 adjustment for

terrestrial analog ............................................... 17

3-2-4. Set up of AD calibration1 adjustment for

video ................................................................ 18

3-2-5. Y signal calibration1 adjustment for PAL

video ................................................................ 18

3-2-6. C signal calibration1 adjustment for PAL

video ................................................................ 18

3-2-7. Set up of Y signal adjustment for video .......... 18

3-2-8. Y signal calibration1 adjustment for SECAM

video ................................................................ 18

3-2-9. C signal calibration1 adjustment for SECAM

video ................................................................ 19

3-3. Gamma Adjustment ........................................... 19

3-3-1. Preparation before Gamma Adjustment .......... 19

3-3-2. Set up mode for Gamma Adjustment .............. 19

3-3-3. Set up Trident Internal SG and Brightness

measurement .................................................... 19

3-4. White Balance Adjustment ................................. 20

3-4-1. Set up mode for White Balance Adjustment ... 20

3-4-2. White Balance of colour temperature “Cool” .. 20

3-4-3. White Balance of colour temperature “Neutral” 21

3-4-4. White Balance of colour temperature “Warm1” 22

3-4-5. White Balance of colour temperature “Warm2” 23

3-5. Panel Replacement ............................................. 23

3-6. Board Replacement ............................................ 23

3-7. TT Modes .......................................................... 23

4. DIAGRAMS

4-1. Block Diagrams(1) ............................................. 24

Block Diagrams(2) ............................................. 25

Block Diagrams(3) ............................................. 26

4-2. Circuit Board Location ........................................ 27

4-3. Schematic Diagrams and Printed Wiring

Boards ................................................................. 27

BE1 Board Schematic Diagram .......................... 28

BE1 Printed Wiring Board .................................. 72

BH Board Schematic Diagram ............................ 74

BH Printed Wiring Board ................................... 88

U2 Board Schematic Diagram ............................ 89

U2 Printed Wiring Board .................................... 94

D1 Board Schematic Diagram

(KDL-40D30XX, KDL-46D30XX) .................. 95

D1 Printed Wiring Board

(KDL-40D30XX, KDL-46D30XX) .................. 99

D2 Board Schematic Diagram

(KDL-46D30XX Only) ..................................... 101

D2 Printed Wiring Board

(KDL-46D30XX Only) ..................................... 102

G3 Board Schematic Diagram

(KDL-40D30XX, KDL-46D30XX) .................. 103

G3 Printed Wiring Board

(KDL-40D30XX, KDL-46D30XX) .................. 107

H1 Board Schematic Diagram ............................ 109

H1 Printed Wiring Board .................................... 110

H3 Board Schematic Diagram ............................ 111

H3 Printed Wiring Board .................................... 110

H4 Board Schematic Diagram ............................ 109

H4 Printed Wiring Board .................................. 110

5. EXPLODED VIEWS

5-1. Chassis................................................................ 112

5-2. Rear Cover, Stand & Bezel ................................. 113

5-3. Vesa Arm, Power Unit & Power Cords............. 114

6. ELECTRICAL PARTS LIST .................................. 115

WARNING !!

AN ISOLATION TRANSFORMER SHOULD BE USED DURING ANY SERVICE WORK TO AVOID POSSIBLE SHOCK HAZARD DUE TO LIVE CHASSIS, THE CHASSIS OF THIS RECEIVER IS DIRECTLY CONNECTED TO THE POWER LINE.

SAFETY-RELATED COMPONENT WARNING !!

COMPONENTS IDENTIFIED BY SHADING AND MARKED THE SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE PARTS LIST ARE CRITICAL FOR SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

- 2 -

SECTION 1 GENERAL

CAUTION

Lead Free Soldered Boards

The circuit boards used in these models have been processed using Lead Free Solder. The boards are identified by the LF logo located close to the board designation e.g. F1, H1 etc [ see examples ]. The servicing of these boards requires special precautions to be taken as outlined below.

WAX3

RM-ED009

example 1

example 2

It is strongly recommended to use Lead Free Solder material in order to guarantee optimal quality of new solder joints. Lead Free Solder is available under the following part numbers :

rebmuntraP retemaiD skrameR

91-500-046-7mm3.0gK52.0

02-500-046-7mm4.0gK05.0

12-500-046-7mm5.0gK05.0

22-500-046-7mm6.0gK52.0

32-500-046-7mm8.0gK00.1

42-500-046-7mm0.1gK00.1

52-500-046-7mm2.1gK00.1

62-500-046-7mm6.1gK00.1

Due to the higher melting point of Lead Free Solder the soldering iron tip temperature needs to be set to 370 degrees centigrade. This requires soldering equipment capable of accurate temperature control coupled with a good heat recovery characteristics.

For more information on the use of Lead Free Solder, please refer to http://www.sony-training.com

- 3 -

CAUTION

HIROSE MDF CONNECTOR

INSERTION

1. TO INSERT THE CONNECTOR

WAX3

RM-ED009

(1) Press the middle part of the connector to confirm it locks.

(2) Press the right side to confirm it is locked.

(3) Press the left side to confirm it is locked.

CAUTION :The connector might not be properly locked when only

pressed in the middle. Be sure to press both sides to confirm it is properly locked.

- 4 -

SPECIFICATIONS

WAX3

RM-ED009

ITEM MODEL Television System Stereo System Channel Coverage Color System

Analogue:

Projected Picture Size

Input/Output Terminals [REAR] General Specifications

1: 21-pin Euro connector

(CENELEC standard)

B/G/H, D/K, I, L

Digital: DVB -T/DVB-C

Analogue: I

Digital: DVB -T/DVB-C

LCD(Liquid Crystal Display) Panel Approx 80.0cm (KDL-32D30XX) Approx 101.5cm (KDL-40D30XX) Approx 116.8cm (KDL-46D30XX).

Inputs for Audio and Video signals. Inputs for RGB. Outputs of TV Video and Audio signals.

GERMAN/NICAM

Stereo

NICAM Stereo

Analogue: VHF : E2-E12 UHF : E21-E69 CATV : S1-S20 HYPER : S21-S41 D/K: R1-R12, R21-R69 L: F2-F10, B-Q, F21-F69 I: UHF B21-B69 Digital: VHF/UHF

Analogue: I: UHF B21-B69

Digital: VHF/UHF

Sound Output

Right and Left speaker Sub-woofer

Power Requirements 220 - 240V

Power Consumption/ Standby

2 x 10W (RMS)

Approx 149W/0.3W (KDL-32D30XX) Approx 169W/0.3W (KDL-40D30XX) Approx 199W/0.3W (KDL-46D30XX)

Analogue: PAL, SE C A M NTSC 3.58/4.43 (VIDEO ONLY)

Digital: MPEG-2 MP@ML

Analogue: PAL, SE C A M NTSC 3.58/4.43 (VIDEO ONLY)

Digital: MPEG-2 MP@ML

Approx 790x581x214mm (KDL-32D30XX with stand) Approx 790x530x100mm (KDL-32D30XX without stand) Approx 981x696x265mm

Dimensions

2: 21-pin Euro connector (CENELEC standard)

Phono Jacks

HDMI Inputs HDMI Connectors

PC Input 15 Pin D Sub Connector

CAM Conditional Access Module

Input/Output Terminals [SIDE] Remote control system : Infrared control

Headphone jack Stereo mini jack

Audio input Phono jacks Video input Phono jack S Video input 4 pin mini DIN

HDMI Input HDMI Connector

Inputs for Audio and Video signals. Inputs for RGB. Outputs of Video and Audio signals (Selectable). SmartLink interface.

Output Connectors variable for Audio Signals.

Design and specifications are subject to change without notice.

Weight

Supplied Accessories

Other Features

Power requirements

(KDL-40D30XX with stand) Approx 981x643x110mm (KDL-40D30XX without stand) Approx 1114x782x306mm (KDL-46D30XX with stand) Approx 1114x730x115mm (KDL-46D30XX without stand)

Approx 17.5kg (KDL-32D30XX with stand) Approx 15.0kg (KDL-32D30XX without stand) Approx 25.5kg (KDL-40D30XX with stand) Approx 21.5kg (KDL-40D30XX without stand) Approx 32.5kg (KDL-46D30XX with stand) Approx 28.0kg (KDL-46D30XX without stand)

RM-ED009 Remote Commander (1) IEC designated R06 battery (2) Mains lead (Type BF) (1) Coaxial cable (1) Support belt (1) and screws (2)

Wide viewing angle LCD Panel, Intergrated digital TV Tuner, Live colour creation, BBE digtal, Trusurround XT, 3 HDMI inputs, PC input.

3V dc 2 batteries IEC designation R06 (size AA)

- 5 -

How to replace the fuse. Open the fuse compartment with a screwdriver blade and replace the fuse.

FUSE

UK PLUG WARNING

WARNING (UK Models only)

The flexible mains lead is supplied connected to a B.S. 1363 fused plug having a fuse of 13 AMP rating. Should the fuse need to be replaced, use a 13AMP FUSE approved by ASTA to BS 1362, ie one that carries the

IF THE PLUG SUPPLIED WITH THIS APPLIANCE IS NOT SUITABLE FOR THE OUTLET SOCKETS IN YOUR HOME, IT SHOULD BE CUT OFF AND AN APPROPRIATE PLUG FITTED. THE PLUG SEVERED FROM THE MAINS LEAD MUST BE DESTROYED AS A PLUG WITH BARED WIRES IS DANGEROUS IF ENGAGED IN A LIVE SOCKET.

When an alternative type of plug is used, it should be fitted with a

13 AMP FUSE, otherwise the circuit should be protected by a 13AMP FUSE at the distribution board.

ASA

mark.

CONNECTORS

WAX3

RM-ED009

21 Pin Connector (SCART)

Pin No 1 2 Signal Signal level

1 Audio output B

4 Ground (audio)

5 Ground (blue)

6 Audio input A

7 Blue input 0.7 +/- 3dB, 75 ohms positive

8 Function select

9 Ground (green)

10 AVlink

11 Green Green signal : 0.7 +/- 3dB, 75 ohms,

12 Open

13 Ground (red)

14 Ground (blanking)

_ (S signal Chroma

16 Blanking input

17 Ground (video

18 Ground (video

19 Video output 1V +/- 3dB, 75ohms, positive sync 0.3V

21 Common ground

(right)

Audio input B (right)

Audio output A (left)

(left)

(AV control)

_ _ Red input 0.7 +/- 3dB, 75 ohms, positive

input)

(Ys signal)

output)

input)

Video input 1V +/- 3dB, 75ohms, positive sync 0.3V

Video input

Y (S signal)

(plug, shield)

Standard level : 0.5V rms Output impedence : Less than 1kohm*

Standard level : 0.5V rms Output impedence : More than 10kohm*

Standard level : 0.5V rms Output impedence : Less than 1kohm*

Standard level : 0.5V rms Output impedence : More than 10kohm*

High state (9.5-12V) : Part mode Low state (0-2V) : TV mode Input impedence : More than 10K ohms Input capacitance : Less than 2nF

positive

0.3 +/- 3dB, 75 ohms, positive

High state (1-3V) Low state (0-0.4V) Input impedence : 75 ohms

(-3+10dB)

1V +/- 3dB, 75ohms, positive sync 0.3V (-3+10dB)

Connected Not Connected (open) * at 20Hz - 20kHz

- 6 -

HDMI Connector

WAX3

RM-ED009

Pin No Signal Assignment Pin No Signal Assignment

1 TMDS Data2+ 11 TMDS Clock Shield

2 TMDS Data2 Shield 12 TMDS Clock-

3 TMDS Data2- 13 CEC

4 TMDS Data1+ 14 Reserved (N.C. on device)

5 TMDS Data1 Shield 15 SCL

6 TMDS Data1- 16 SDA

7 TMDS Data0+ 17 DDC/CEC Ground

8 TMDS Data0 Shield 18 +5V Power

9 TMDS Data0- 19 Hot Plug Detect

10 TMDS Clock+

15 Pin D Sub Connector (PC)

Pin No Signal Assignment Pin No Signal Assignment

1 Red Out 9 +5V DC

2 Green Out 10 Sync Return (Ground)

3 Blue Out 11 Monitor ID0 in Display

4 Unused 12 DCC Serial Data

5 Ground 13 Horizontal Sync

6 Red Return 14 Vertical Sync

7 Green Return (Ground) 15 DCC Serial Clock

8 Blue Return (Ground)

Rear Connection Panel Side Connection Panel

noitarugifnocniptekcosoediVS

S-Video

socket

niP

1dnuorG-

2dnuorG-

3tupni)langisS(Y,mho57Bd3-/+V1

4tupni)langisS(CBd3-/+V3.0

langiS leveLlangiS

V3.0.cnySevitisop

Bd01+3-

itisop,mho57

.cnyS

- 7 -

WAX3

RM-ED009

WAX3 SELF DIAGNOSTIC SOFTWARE

The identification of errors within the WAX3 chassis is triggered in one of two ways :- 1: Busy or 2: Device failure to respond to IIC. In the event of one of these situations arising the software will first try to release the bus if busy (Failure to do so will report with a continuous flashing LED) and then communicate with each device in turn to establish if a device is faulty. If a device is found to be faulty the relevant device number will be displayed through the LED (Series of flashes which must be counted).

LED Error Code

Monitoring Items Number of Standby LED

(Red) Blinking

Main power supply voltage error 2 DC_ALERT1 3 DC_ALERT2 4 DC_ALERT3 5 Backlight error 6 Internal temperature error 7 *2 Audio error 8 Fan error (HFR model only) 9 Digital FE error 10 Trident error 11 HFR error *1 12 Balancer error 13

Note *1: It is judged as HFR Error when Safety Shutdown is activated due to either of FRC ACK error,

1.5V error, 2.5V/3.3V error, or Panel 12V error.

Note *2: The number of LED-blinking times for Internal temperature error is also used for BH-board

temperature error: these two errors are distinguished from whether TV Shutdown is involved or not.



2.0 2.0

0.3

The figure above illustrates the LED display of DC_ALERT2. Blinking is repeated in cycles of 0.3sec for the specified times, and, after the 2sec light-off period, the blinking is again repeated for the same times. Note that the 2sec light-off period is fixed regardless of contents of error.

- 8 -

2-1. REAR COVER REMOVAL

WAX3

RM-ED009

SECTION 2 DISASSEMBLY

2-2. STAND REMOVAL

– 9 –

2-3. BOTTOM FRAME REMOVAL

WAX3

RM-ED009

2-4. AC INLET REMOVAL

– 10 –

2-5. LOUDSPEAKER REMOVAL

WAX3

RM-ED009

2-6. HEATSINK REMOVAL

– 11 –

2-7. BE1 BOARD REMOVAL

WAX3

RM-ED009

– 12 –

2-8. D1 and G3 BOARD REMOVAL

(KDL-40/46D30XX)

WAX3

RM-ED009

2-9. H3 BOARD REMOVAL

– 13 –

2-10. H1 BOARD REMOVAL

WAX3

RM-ED009

2-11. H4 BOARD REMOVAL

– 14 –

2-12. U2 BOARD REMOVAL

WAX3

RM-ED009

2-13. D2 BOARD REMOVAL

(KDL-46D30XX)

– 15 –

2-14. VESA ARM and LCD PANEL REMOVAL

WAX3

RM-ED009

– 16 –

SECTION 3 SET-UP ADJUSTMENTS

㧜



㧞㧟㧠㧡㧢㧣

WAX3

RM-ED009

3-1. How to enter Service Mode

Service adjustments to this model can be performed using the supplied remote Commander RM-ED009.

1. Turn on the power to the TV set and enter into the stand-by mode.

2. Press the following sequence of buttons on the Remote Commander.

(ON SCREEN (DIGIT 5) (VOLUME +) (TV) DISPLAY)

3. The following menu will then appear on the screen.

3-2. Signal Level Adjustment

Set up of AD calibration1 adjustment for

3-2-1.

terrestrial analog.

The following adjustments are done via ECS.

1. Send ECS_ADJUST_LEVEL_SETTING_INIT command.

2. Set: SREG_NR = 3 (High), HREG_P4_CVD2_85[2:0] = 0 and

ADJ_COLOR_PAL = 3.

3. Set the following registration items.

Screen Size 32" 40" 46"

SREG_TARGET_Y_RF 160 160 160

SREG_TCD3_CONT_PAL_RF 128 128 128

SREG_TCD3_SAT_PAL_RF 128 128 128

SREG_TCD3_HUE_PAL_RF 128 128 128

3-2-2.

Y signal calibration1 adjustment for

terrestrial analog.

4. Move to the relevant command using the up or down arrow buttons on the remote commander.

5. Press the right arrow button to enter into the required menu item.

6. Press the ‘Menu’ button on the remote commander to quit the Service Mode when all adjustments have been completed.

Note :

• After carrying out the service adjustments, to prevent the customer accessing the ‘Service Menu’ switch the TV set OFF

and then ON.

1. Input PAL colour bar 75%Y, 75%C via terrestrial input.

2. Send ECS_ADJUST_TCD3_CONT_RF command.

3. Read the value of S-REG_APL_LUMA via ECS. Confirming that

the value is within spec of the table below.

AD-ADJUST RF SPEC SPEC

Reference register name

SREG_TARGET_Y_RF±2

S-REG_APL_LUMA

3-2-3.

C signal calibration1 adjustment for

terrestrial analog.

1. Send ECS_ADJUST_TCD3_HUE_RF command.

2. Read S-REG_AVE_VAL_B_AREA0 via ECS.

(READ_AREA = 0).

3. Read S-REG_AVE_VAL_B_AREA6 via ECS.

(READ_AREA = 6).

4. Confirm that 8 bits of MSB of item number 2) and 3) are within

spec of the table below.

- 17 -

Reference Item Spec.

S-REG_AVE_VAL_B_AREA*

difference

±2

㧜



㧞㧟

㧠㧡㧢㧣

㧜



㧞㧟

㧠㧡㧢㧣

5. Read S-REG_TCD3_SATURATION via ECS.

㧜



㧞㧟㧠㧡㧢㧣

6. Restore the original value. S-REG_NR = 4 (Auto).

7. Send ECS command ADJUST_LEVEL_SETTING_CLR.

3-2-4.

Set up of AD calibration1 adjustment for

video.

1. Send ECS_ADJUST_LEVEL_SETTING_INIT command.

2. Set SREG_NR = 1 (Low), HREG_P4_CVD2_85[2:0] = 0 and

SREG_ADJ_COLOR_PAL = 3.

3. Set the following registration items.

Screen Size 32" 40" 46"

WAX3

RM-ED009

4. Read S-REG_AVE_VAL_B_AREA6 via ECS

(READ_AREA = 6).

5. Confirm that 8 bits of MSB of item number 3) and 4) are within

spec of the table below.

Reference Item Spec.

S-REG_AVE_VAL_B_AREA*

difference

6. Read S-REG_TCD3_SATURATION via ECS.

7. Restore original value. SREG_NR = 2 (Mid).

8. Send ECS command ADJUST_LEVEL_SETTING_CLR.

±2

SREG_TARGET_Y_V 160 160 160

SREG_TCD3_CONT_PAL_V 128 128 128

SREG_TCD3_SAT_PAL_V 128 128 128

SREG_TCD3_HUE_PAL_V 128 128 128

3-2-5.

Y signal calibration1 adjustment for

PAL video.

1. Input PAL colour bar 75%Y, 75%C via AV1 input.

㧠㧡㧢㧣

2. Send ECS_ADJUST_TCD3_CONT_V command.

3. Read the value of S-REG:APL_LUMA via ECS. Confirming that

the value is within spec of the table below.

3-2-7.

Set up of Y signal adjustment for

video.

1. Send ECS_ADJUST_LEVEL_SETTING_INIT command.

2. Set SREG_NR = 1 (Low), HREG_P4_CVD2_85[2:0] = 0 and

SREG_ADJ_COLOR_PAL = 2.

3. Set the following registration items.

Screen Size 32" 40" 46"

SREG_TARGET_Y_V 160 160 160

SREG_TCD3_CONT_SCM_V 128 128 128

SREG_TCD3_SAT_SCM_V 128 128 128

SREG_TCD3_HUE_SCM_V 128 128 128

3-2-8.

Y signal calibration1 adjustment for

SECAM video.

1. Input SECAM colour bar 75%Y, 75%C via AV1 input.

AD-Adjust Video Spec. Spec.

Reference register name

SREG_TARGET_Y_V±2

S-REG_APL_LUMA

4. Read the value of S-REG:TCDS_contrast via ECS.

3-2-6.

C signal calibration1 adjustment for

PAL video.

1. Input PAL colour bar 75%Y, 75%C via AV1 input.

2. Send ECS_ADJUST_TCD3_HUE_V command.

3. Read S-REG_AVE_VAL_B_AREA0 via ECS

(READ_AREA = 0).

㧠㧡㧢㧣

2. Send ECS_ADJUST_TCD3_CONT_V command.

3. Read the value of S-REG:APL_LUMA via ECS. Confirming that

the value is within spec of the table below.

AD-Adjust Video Spec. Spec.

Reference register name

SREG_TARGET_Y_V±2

S-REG_APL_LUMA

4. Read the value of S-REG:TCDS_contrast via ECS.

- 18 -

㧜



㧞㧟㧠㧡㧢㧣

3-2-9. C signal calibration1 adjustment for

SECAM video.

1. Input SECAM colour bar 75%Y, 75%C via AV1 input.

2. Send ECS_ADJUST_TCD3_HUE_V command.

3. Read S-REG_AVE_VAL_B_AREA0 via ECS

(READ_AREA = 0).

4. Read S-REG_AVE_VAL_B_AREA6 via ECS

(READ_AREA = 6).

5. Confirm that 8 bits of MSB of item number 3) and 4) are within

spec of the table below.

Reference Item Spec.

S-REG_AVE_VAL_B_AREA*

difference

6. Read S-REG_TCD3_SATURATION via ECS.

7. Restore original value. SREG_NR = 2 (Mid).

8. Send ECS command ADJUST_LEVEL_SETTING_CLR.

±2

WAX3

RM-ED009

· [Case A] if y => 0.298, check that the brightness is equal to or

greater than Spec A.

Set and save WB register A as follows :-

WB_GAM_G01 = 124

WB_GAM_G02 = 120

WB_GAM_G03 = 116

WB_GAM_G04 = 118

WB_GAM_G05 = 112

WB_GAM_G06 = 109

WB_GAM_G07 = 108

· [Case B] if 0.293 =< Y < 0.298, check that the brightness is

equal to or greater than Spec B.

Set and save WB register B as follows :-

WB_GAM_G01 = 126

WB_GAM_G02 = 124

WB_GAM_G03 = 122

WB_GAM_G04 = 123

WB_GAM_G05 = 120

WB_GAM_G06 = 119

WB_GAM_G07 = 118

· [Case C] if y < 0.293, check that the brightness is equal to or

greater than Spec C.

Set and save WB register C as follows :-

3-3. Gamma Adjustment

The following adjustments are done via ECS.

Note: Before Gamma adjustment can begin the set needs 20

minutes aging with an ambient temperature between 22 to

28 degrees centigrade.

3-3-1. Preparation before Gamma Adjustment

1. Set SREG_BL_MANU = 1.

2. Set SREG_MUTE_DISPLAY = 0.

3. Set SREG_BL_GAIN = 255.

4. Send ECS command OSD_OFF.

5. Send ECS command CSC_BYPASS_INIT_SET.

6. Wait for successful retrieval.

7. Set SREG_BRIGHT = 100(max).

8. Set SREG_ECO_MODE = 0(Standard).

9. Set SREG_TEST_G_LEVEL = 255.

10. Set SREG_GAMMA_EN = 0(OFF).

11. Measure ‘maximum brightness’ and ‘panel peak white color’ and

record x, y and Y data.

12. Confirm this data with the following table.

Spec A Spec B Spec C

440cd/m^2 425cd/m^2 410cd/m^2

32"

40" 440cd/m^2 425cd/m^2 410cd/m^2

440cd/m^2 425cd/m^2 410cd/m^2

46"

WB_GAM_G01 = 128

WB_GAM_G02 = 128

WB_GAM_G03 = 128

WB_GAM_G04 = 128

WB_GAM_G05 = 128

WB_GAM_G06 = 128

WB_GAM_G07 = 128

· If the brightness is lower than the spec consider the panel as no

good.

3-3-2. Set up mode for Gamma Adjustment

1. Set SREG_BRIGHT = 50.

2. Set SREG_GAMMA_EN = 1 (On).

3. Set SREG_COL_MTRX_IDX_OFF = 4.

4. Set SREG_COL_MTRX_IDX_L = 4.

5. Set SREG_COL_MTRX_IDX_M = 4.

6. Set SREG_COL_MTRX_IDX_H = 4.

7. Set SREG_G_GAM_IDX_OFST = 15.

3-3-3. Set up Trident Internal SG and Brightness measurement

1. Set up SREG_TEST_G_LEVEL = 204.

2. Measure brightness A.

3. Set up SREG_TEST_G_LEVEL = 102.

4. Measure brightness B.

5. Set up SREG_MEASURE_GAM_01 = (brightness B/brightness

A)*10000.

6. Send Gamma_Tbl_Search_1 command.

7. Set up SREG_TEST_G_LEVEL = 153.

- 19 -

8. Measure brightness C.

9. Set up SREG_MEASURE_GAM_02 = (brightness C/brightness

A)*10000.

10. Send Gamma_Tbl_Search_2 command.

11. Wait for calculation in UCOM.

12. Calculate register SREG_G_GAM_IDX_OFST using the formula

and tables below.

SREG_G_GAM_IDX_OFST = A - C - D

WAX3

RM-ED009

3-4. White Balance Adjustment

The following adjustments are done via ECS.

3-4-1. Set up mode for White Balance Adjustment

1. Set up SREG_COL_MTRX_IDX_OFF = 3.

2. Set up SREG_COL_MTRX_IDX_L = 3.

3. Set up SREG_COL_MTRX_IDX_M = 3.

4. Set up SREG_COL_MTRX_IDX_H = 3.

32"

40"

46"

32"

40"

46"

Offset Value C

temp75_temp-

=<7280

210

temp75_temp-

=<7000

210

temp75_temp-

=<8256

210

Y>=550cd/m^2

210

Y>=535cd/m^2

210

Y>=550cd/m^2

210

7280<temp75_temp=<9250

7000<temp75_temp=<9300

8256<temp75_temp=<9920

Offset Value D

550cd/m^2>Y-

>=530cd/m^2

535cd/m^2>Y-

>=510cd/m^2

550cd/m^2>Y-

>=520cd/m^2

9250<temp75-

_temp

9300<temp75-

_temp

9920<temp75-

_temp

530cd/m^2>Y

510cd/m^2>Y

520cd/m^2>Y

3-4-2. White Balance of Colour Temperature “Cool”

1. Refer to the table below and apply offset.

temp75_temp U V

temp75_temp<9856 -0.0015 0.002

9856<=temp75_temp<10500 -0.001 0.001

32"

10500<=temp75_temp 0 0

temp75_temp<9250 -0.0007 0.002

9250<=temp75_temp<10240 -0.0004 0.0004

40"

10240<=temp75_temp 0 0

temp75_temp<9665 -0.0007 0.0018

9665<=temp75_temp<10240 -0.0002 0.0007

46"

10240<=temp75_temp 0 0

2. Set up SREG_COLOR_TEMP = 0 (Cool).

3. Set up SREG_TEST_G_LEVEL = 204 (80 IRE).

4. Adjust SREG_WB_GAM_R(B)05 chroma values so that they are

within tolerance in the table below.

13. Set SREG_G_GAM_IDX_OFST.

U V Tol er an ce

0.1918 0.4287 0.0008->0.0014

32"

0.1916 0.4290 0.0008->0.0014

40"

0.1909 0.4295 0.0008->0.0014

46"

5. Set up SREG_TEST_G_LEVEL = 128 (50 IRE).

6. Adjust SREG_WB_GAM_R(B)04 chroma values so that they are

within tolerance in the table below.

U V Tol er an ce

0.1915 0.4287 0.0014->0.00196

32"

0.1921 0.4295 0.0014->0.00196

40"

0.1912 0.4285 0.0014->0.00196

46"

- 20 -

7. Set up SREG_TEST_G_LEVEL = 76 (30 IRE).

8. Adjust SREG_WB_GAM_R(B)03 chroma values so that they are

within tolerance in the table below.

U V Tole ran ce

0.1915 0.4279 0.0014->0.00196->0.0028

32"

0.1919 0.4293 0.0014->0.00196->0.0028

40"

0.1908 0.4278 0.0014->0.00196->0.0028

46"

3-4-3. White Balance of Colour Temperature “Neutral”

1. Refer to the table below and apply offset.

temp75_temp U V

temp75_temp<9856 -0.002 0.001

9856<=temp75_temp<10500 -0.001 0.0005

32"

10500<=temp75_temp 0 0

WAX3

RM-ED009

9. Set up SREG_TEST_G_LEVEL = 51 (20 IRE).

10. Adjust SREG_WB_GAM_R(B)02 chroma values so that they are

within tolerance in the table below.

U V Tol er an ce

0.1918 0.4276 0.0014->0.00196->0.0028

32"

0.1927 0.4298 0.0014->0.00196->0.0028

40"

0.1905 0.4267 0.0014->0.00196->0.0028

46"

11. The value of SREG_WB_GAM_R(B)01 is determined by the

following conditions.

a). If WB_GAM_R(B)02 < WB_GAM_R(B)03

· SREG_WB_GAM_R(B)01 = SREG_WB_GAM_R(B)02 +

{WB_GAM_R(B)02 - WB_GAM_R(B)03}

b). If SREG_WB_GAM_R(B)02 >=

SREG_WB_GAM_R(B)03

· SREG_WB_GAM_R(B)01 = SREG_WB_GAM_R(B)02

12. The value of SREG_WB_GAM_R(B)06~07 is determined

by the following conditions.

a). If SREG_WB_GAM_B05 > 154 and SREG_WB_GAM_

R05 > 128

temp75_temp<9250 -0.0008 0.0004

40"

9250<=temp75_temp<10240 -0.0005 0.0001

10240<=temp75_temp 0 0

temp75_temp<9665 -0.0008 0.0011

46"

9665<=temp75_temp<10240 -0.0003 0.0006

10240<=temp75_temp 0 0

2. Set up SREG_COLOR_TEMP = 1 (Neutral).

3. Set up SREG_TEST_G_LEVEL = 204 (80 IRE).

4. Adjust SREG_WB_R(B)05_OFST chroma values so that they

are within tolerance in the table below.

U V Tol er an ce

0.1956 0.4432 0.0008->0.0014

32"

40" 0.1931 0.4426 0.0008->0.0014

0.1929 0.4430 0.0008->0.0014

46"

5. Set up SREG_TEST_G_LEVEL = 128 (50 IRE).

6. Adjust SREG_WB_GAM_R(B)04_OFST chroma values so that

they are within tolerance in the table below.

U V Tol er an ce

· SREG_WB_GAM_R(B)06 = SREG_WB_GAM_R(B)05 -

{SREG_WB_GAM_R(B)05 - SREG_WB_GAM_R(B)04}

/ 2

· SREG_WB_GAM_R(B)07 = 128

b). If SREG_WB_GAM_R05 =< 128

· SREG_WB_GAM_B06 = SREG_WB_GAM_B05- {SREG_

GAM_B05 - WB_GAM_B04} / 2

· SREG_WB_GAM_B07 = 128

· SREG_WB_GAM_R06 = SREG_WB_GAM_R07 =

SREG_WB_GAM_R05

c). If SREG_WB_GAM_B05 =< 154

· SREG_WB_GAM_R(B)06 = SREG_WB_GAM_R(B)07 =

SREG_WB_GAM_R(B)05

13. Send WB_SAVE command.

0.1943 0.4430 0.0014->0.00196

32"

0.1933 0.4432 0.0014->0.00196

40"

0.1927 0.4428 0.0014->0.00196

46"

7. Set up SREG_TEST_G_LEVEL = 76 (30 IRE).

8. Adjust SREG_WB_GAM_R(B)03_OFST chroma values so that

they are within tolerance in the table below.

U V Tol er an ce

0.1947 0.4441 0.0014->0.00196->0.0028

32"

0.1936 0.4441 0.0014->0.00196->0.0028

40"

0.1927 0.4431 0.0014->0.00196->0.0028

46"

- 21 -

9. Set up SREG_TEST_G_LEVEL = 51 (20 IRE).

10. Adjust SREG_WB_GAM_R(B)02_OFST chroma values so that

they are within tolerance in the table below.

U V Tol er an ce

0.1934 0.4435 0.0014->0.00196->0.0028

32"

40" 0.1918 0.4458 0.0014->0.00196->0.0028

0.1919 0.4413 0.0014->0.00196->0.0028

46"

WAX3

RM-ED009

4. Adjust SREG_WB_R(B)05_OFST chroma values so that they

are within tolerance in the table below.

U V Toleran ce

0.1973 0.4510 0.0008->0.0014

32"

40" 0.1952 0.4509 0.0008->0.0014

0.1954 0.4514 0.0008->0.0014

46"

11. Set the value of SREG_WB_GAM_R(B)01_OFST as follows

· SREG_WB_R(B)01_OFST = SREG_WB_R(B)_02_OFST

+ {SREG_WB_R(B)02_OFST-SREG_WB_R(B)03_OFST}

12. Set the value of SREG_WB_R06~07_OFST as follows

· SREG_WB_R(B)07_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST}

· SREG_WB_R(B)06_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST}/2

13. Send COLOR_SAVE command.

3-4-4. White Balance of Colour Temperature “Warm 1”

1. Refer to the table below and apply offset.

temp75_temp U V

temp75_temp<9856 -0.002 0.0005

9856<=temp75_temp<10500 -0.0012 0.0005

32"

10500<=temp75_temp 0 0

5. Set up SREG_TEST_G_LEVEL = 128 (50 IRE).

6. Adjust SREG_WB_GAM_R(B)04_OFST chroma values so that

they are within tolerance in the table below.

U V Tole ran ce

0.1972 0.4503 0.0014->0.00196

32"

40"

46"

0.1961 0.4522 0.0014->0.00196

0.1957 0.4506 0.0014->0.00196

7. Set up SREG_TEST_G_LEVEL = 76 (30 IRE).

8. Adjust SREG_WB_GAM_R(B)03_OFST chroma values so that

they are within tolerance in the table below.

U V Toleran ce

0.1965 0.4522 0.0014->0.00196->0.0028

32"

40" 0.1969 0.4527 0.0014->0.00196->0.0028

0.1956 0.4509 0.0014->0.00196->0.0028

46"

9. Set up SREG_TEST_G_LEVEL = 51 (20 IRE).

10. Adjust SREG_WB_GAM_R(B)02_OFST chroma values so that

they are within tolerance in the table below.

temp75_temp<9250 -0.0011 0

40"

9250<=temp75_temp<10240 -0.0006 0

10240<=temp75_temp 0 0

temp75_temp<9665 -0.001 0.0008

46"

9665<=temp75_temp<10240 -0.0003 0.0004

10240<=temp75_temp 0 0

2. Set up SREG_COLOR_TEMP = 2 (Warm 1).

3. Set up SREG_TEST_G_LEVEL = 204 (80 IRE).

U V Tole ran ce

0.1948 0.4527 0.0014->0.00196->0.0028

32"

0.1970 0.4528 0.0014->0.00196->0.0028

40"

0.1944 0.4489 0.0014->0.00196->0.0028

46"

11. Set the value of SREG_WB_GAM_R(B)01_OFST as follows

· SREG_WB_R(B)01_OFST = SREG_WB_R(B)_02_OFST

+ {SREG_WB_R(B)02_OFST-SREG_WB_R(B)03_OFST}

12. Set the value of SREG_WB_R06~07_OFST as follows

· SREG_WB_R(B)07_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST}

· SREG_WB_R(B)06_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST} / 2

13. Send COLOR_SAVE command.

- 22 -

3-4-5. White Balance of Colour Temperature “Warm 2”

1. Refer to the table below and apply offset.

temp75_temp U V

temp75_temp<9856 -0.0025 0

9856<=temp75_temp<10500 -0.0015 0

32"

10500<=temp75_temp 0 0

WAX3

RM-ED009

9. Set up SREG_TEST_G_LEVEL = 51 (20 IRE).

10. Adjust SREG_WB_GAM_R(B)02_OFST chroma values so that

they are within tolerance in the table below.

U V Toleran ce

0.2012 0.4722 0.0014->0.00196->0.0028

32"

40" 0.2056 0.4650 0.0014->0.00196->0.0028

0.2029 0.4628 0.0014->0.00196->0.0028

46"

temp75_temp<9250 -0.0017 -0.0005

40"

9250<=temp75_temp<10240 -0.0009 -0.0002

10240<=temp75_temp 0 0

temp75_temp<9665 -0.0015 0.0003

46"

9665<=temp75_temp<10240 -0.0004 0.0003

10240<=temp75_temp 0 0

2. Set up SREG_COLOR_TEMP = 3 (Warm 2).

3. Set up SREG_TEST_G_LEVEL = 204 (80 IRE).

4. Adjust SREG_WB_R(B)05_OFST chroma values so that they

are within tolerance in the table below.

U V Tol er an ce

0.2032 0.4667 0.0008->0.0014

32"

0.2055 0.4633 0.0008->0.0014

40"

0.2034 0.4633 0.0008->0.0014

46"

5. Set up SREG_TEST_G_LEVEL = 128 (50 IRE).

6. Adjust SREG_WB_GAM_R(B)04_OFST chroma values so that

they are within tolerance in the table below.

U V Tol er an ce

0.2033 0.4674 0.0014->0.00196

32"

11. Set the value of SREG_WB_GAM_R(B)01_OFST as follows

· SREG_WB_R(B)01_OFST = SREG_WB_R(B)_02_OFST

+ {SREG_WB_R(B)02_OFST-SREG_WB_R(B)03_OFST}

12. Set the value of SREG_WB_R06~07_OFST as follows

· SREG_WB_R(B)07_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST}

· SREG_WB_R(B)06_OFST = SREG_WB_R(B)05_OFST +

{SREG_WB_R(B)05_OFST - SREG_WB_R(B)04_OFST} / 2

13. Send COLOR_SAVE command.

3-5. Panel Replacement

When replacing the panel please reset the gamma and white balance before performing W/B (See page 20, 3-4) for new panel.

3-6. Board Replacement

When replacing the ‘BE1’ board please readjust the AD (See page 17, 3-2) and readjust the W/B (See page 20, 3-4).

Note :

In the event of a ‘BE1’ board being re-used in service, please ensure that the Serial number is cleared in the NVM.

0.2060 0.4661 0.0014->0.00196

40"

0.2049 0.4651 0.0014->0.00196

46"

7. Set up SREG_TEST_G_LEVEL = 76 (30 IRE).

8. Adjust SREG_WB_GAM_R(B)03_OFST chroma values so that

they are within tolerance in the table below.

U V Tol er an ce

0.2027 0.4681 0.0014->0.00196->0.0028

32"

0.2067 0.4647 0.0014->0.00196->0.0028

40"

0.2030 0.4636 0.0014->0.00196->0.0028

46"

- 23 -

3-7. TT Modes

Digital BER Display

TS CI Path Through

Disable software Download

TS CI Path Through With ReadSolomon Off

LNA Setting On/Off (Toggle)

4-1. BLOCK DIAGRAMS (1)

WAX3

RM-ED009

WAX3D

AEP 32

(14P)

1-910-BJ-G1-INV

1-910-LUG-LUG

1-910-BJ-G1

CN6201

(13P)

CN6202

(12P)

CN101

(3P)

Panel T-CON

LVDS 51P

LVDS 40P

(6P)

CN8101

(12P)

CN4001

(5P)

CN4003

(3P)

CN4002

(6P)

Conf-Trial

FAN

1-910-BH-FAN

INV

G1H

ޓޓޓޓޓ

1-910-BJ-H1H3H4

(20P)

CN3008

CN3003

chipdebuger

CN3004

ECS

CN3009

forHOTEL

CN2000

SP(4P)

1-910-BJ-SP

BE1

CN4500

LVDS 40P

HDMI(21P)

CN5504

1-910-BJ-U2

CN1400

(㧞㧜P)

CN201

(㧞㧜P)

(21P)

CN251

CN401

(3P)

CN301

(9P)

ޓޓH3

- 24 -

4-1. BLOCK DIAGRAMS (2)

WAX3D

CN101

(3P)

WAX3

RM-ED009

AEP 40

1-910-Z-G2

CN6700

(2P)

(5P)

D1_40”HFR

CN6600

CN6501

(2P)

CN6701

(7P)

CN6502

(2P)

(8P)

CN6705

(13P)

CN6704

ޓPanel T-CON

LVDS 51P

CN4001

LVDS 51P

LVDS 40P

CN4003

(12P)

(5P)

CN4002

(6P)

Conf-Trial

1-910-BJ-G3(11Pin)

1-910-Z-D1(7Pin)

Invertor

1-910-G2-D1(3Pin)

1-910-G3-D1(8Pin)

G㧟

1-910-BJ-G3

(11P)

CN6203

ޓ(8P)

CN6204

(12P)

CN6202

1-910-BJ-H1H3H4

(20P)

CN3008

CN3003

chipdebuger

CN3004

ECS

CN3009

forHOTEL

CN2000

SP(4P)

1-910-BJ-SP

BE1

CN4500

LVDS 40P

CN5504

HDMI

(21P)

1-910-BJ-U2

CN1400

(㧞㧜P)

CN201

(㧞㧜P)

CN251

(21P)

CN401

(3P)

CN301

(9P)

ޓޓޓH3

- 25 -

4-1. BLOCK DIAGRAMS (3)

㧰㧞

WAX3D

AEP 46

1-910-Z-D1

CN101

(3P)

ޓPanel T-CON

LVDS 51P

1-910-D1-D2

CN6950

(13P)

WAX3

RM-ED009

CN6951

(2P)

CN6900

(2P)

1-910-Z-D2

(2P)

(5P)

1-910-Z-D1(7Pin)

1-910-G3-D1(3Pin)

1-910-LUG-FASTEN

Invertor

CN6700

(2P)

CN6701

(7P)

㧰㧝

CN6600

(2P)

CN6501

(2P)

1-910-G3-D1(8Pin)

CN6502

(2P)

1-910-BJ-G3(11Pin)

(8P)

CN6705

(13P)

CN6704

(11P)

CN6203

(8P)

CN6204

(12P)

CN6202

LVDS 51P

LVDS 40P

CN4002

(6P)

(12P)

CN4001

(5P)

CN4003

1-910-BJ-H1H3H4

(20P)

CN3008

CN3003

chipdebuger

CN3004

ECS

CN3009

forHOTEL

1-910-BJ-G3(12Pin)

BE1

CN4500

LVDS 40p

CN5504

HDMI

(21Pin)

1-910-G3-D2

1-910-BJ-U2

CN1400

(㧞㧜P)

CN201

(㧞㧜P)

(21P)

CN251

(2P)

Invertor

CN401

(3P)

CN301

(9P)

CN2000

SP(4P)

1-910-BJ-SP

- 26 -

Conf-Trial

4-2. CIRCUIT BOARD LOCATION

5-2. CIRCUIT BOARD LOCATION

WAX3

RM-ED009

Reference Information

D2 (KDL-46D30XX)

D1 (KDL-40/46D30XX)

BE1

CVM Board

G1H (KDL-32D30XX)

G3 (KDL-40/46D30XX)

4-3. SCHEMATIC DIAGRAMS AND

5-3. SCHEMATIC DIAGRAMS AND

PRINTED WIRING BOARDS

Note :

• All capacitors are in µF unless otherwise noted.

• pF : µµF 50WV or less are not indicated except for electrolytic types.

• Indication of resistance, which does not have one for rating electrical power, is as follows.

Pitch : 5mm Electrical power rating : 1/4W

• Chip resistors are 1/10W

• All resistors are in ohms. k = 1000 ohms, M = 1000,000 ohms

• : nonflammable resistor.

• : fusible resistor.

• : internal component.

• : panel designation or adjustment for repair.

• All variable and adjustable resistors have characteristic curve B, unless otherwise noted.

• All voltages are in Volts.

• Readings are taken with a 10Mohm digital mutimeter.

• Readings are taken with a color bar input signal.

• Voltage variations may be noted due to normal production tolerences.

•: B + bus.

A Board

S1 Board

RESISTOR RN

FPRD

FUSE

COIL LF-8L

CAPACITOR TA

MPS

MPP

ALB

ALT

ALR

Note :

The components identified by shading and marked are critical for safety. Replace only with the part numbers specified in the parts list.

Note :

Les composants identifiés par une trame et par une marque sont d'une importance critique pour la sécurité. Ne les remplacer que par des pièces de numéro spécifié. specified.

Note :

The components identified by mark confidential information. Strictly follow the instructions whenever the components are repaired and/or replaced.

: METAL FILM

: SOLID

: NON FLAMMABLE CARBON

: NON FLAMMABLE FUSIBLE

: NON FLAMMABLE METAL OXIDE

: NON FLAMMABLE CEMENT

: NON FLAMMABLE WIREWOUND

: ADJUSTMENT RESISTOR

: MICRO INDUCTOR

: TANTALUM

: STYROL

: POLYPROPYLENE

: MYLAR

: METALIZED POLYESTER

: METALIZED POLYPROPYLENE

: BIPOLAR

: HIGH TEMPERATURE

: HIGH RIPPLE

contain

• : B - bus.

• : RF signal path.

• : earth - ground.

• : earth - chassis.

Note: Schematic diagrams are for reference only. Please refer to the electrical parts list for the correct value and part number of components.

- 27 -

ABCD EF G H JIKLMN

BE1.WAX3

VD1201

GND

BE1

1A/14

GND

21P

J1200

Scart1

REF.1200~1299

SCART 21PinAssign Pin

GND

No.: Function

----------------------- 1 : Audio OUT R

2 : Audio IN R 3 : Audio OUT L 4 : Audio GND 5 : Video GND(BLUE) 6 : Audio IN L

PDZ5.6B-115

7 : Video IN BLUE

8 : MODE 9 : Video GND(GREEN) 10 : AVLINK 11 : Video IN GREEN 12 : N.C. 13 : Video GND(RED)

14 : GND(FB) 15 : Video IN RED 16 : FB 17 : Video GND(OUT VIDEO) 18 : Video GND(IN VIDEO) 19 : Video OUT CV 20 : Video IN CV 21 : GND

21P

J1300

GND

VD1301

GND

VD1202

VD1203

GND

D1210

VD1302

VD1303

GND

VD1204

VD1304

C1200

470p 50V

C1203

C1206

470p 50V

C1209

D1204

PDZ10B-115

GND

D1205

PDZ13B-115

GND

D1206

PDZ10B-115

GND

D1207

PDZ10B-115

GND

PDZ5.6B-115

GND

VD1205

GND

C1300

470p

50V

C1303

C1306

470p

50V

C1309

D1304

PDZ10B-115

GND

R1200

330

1/16W

R1203

1/16W

R1206

330

1/16W

R1209

1/16W

R1212

R1213

220

1/10W

RN-CP

0.5%

GND GND GND

R1219

R1220

220

1/10W

RN-CP

0.5%

R1223

R1224

220

1/10W

RN-CP

0.5%

GND GND GND

R1227

R1228

220

1/10W

D1208

R1237

75 1/10W RN-CP

1608

1/10W

RN-CP

0.5%

GND GND

R1232

R1233

220

1/10W

RN-CP

0.5% GNDGND

SC_OUT_VCC

Q1200

2SC3052EF-T1-LEF

R1300

330

1/16W

R1303

1/16W

R1306

330

1/16W

R1309

1/16W

R1312

220

1/10W

RN-CP

0.5%

GND GND

0.5%

220

0.5%

R1313

220

1/10W

RN-CP

0.5%

R1238

1/16W

C1201

0.022 25V

1608

C1204

0.001 50V

C1207

0.022

25V

1608

C1210

0.001 50V

GND

BE_+5V

GND

C1301

0.022 25V

1608

C1304

0.001 50V

C1307

0.022 25V

1608

C1310

0.001 50V

R1314 1/10W

RN-CP

0.5%

GND

R1214

220 1/10W RN-CP

0.5%

R1221

220 1/10W RN-CP

0.5%

R1225

220 1/10W RN-CP

0.5%

R1229

220 1/10W RN-CP

0.5%

R1234

220 1/10W RN-CP

0.5%

L1200

220

R1201 1/16W

R1204

R1207 1/16W

R1210

R1216 1/16W

RN-CP

0.5%

10uH

10%

PS1200

0.5A 50V

R1301

220

1/16W

R1304

CHIP

R1307

220

1/16W

R1310

220

33k

R1315 1/16W

R1215 1/16W

R1222 1/16W

R1226 1/16W

100

R1230

470

1/16W

R1239 1/16W

GND

R1202

C1202

470k

1/16W

R1205

470k

1/16W

R1208

470k

1/16W

R1211

470k

1/16W

C1212

R1217

22k 1/16W RN-CP

0.5%

C1214

GNDGND GND

C1215

R1231

680 1/16W

GND

0.5% RN-CP 1/16W

10k

R1240

100

0.5% RN-CP 1/16W

10k

R1241

GND

R1302

470k

1/16W

R1305

470k

1/16W

R1308

470k

1/16W

R1311

470k

1/16W

C1312

R1316

2.2 10V X7R 2012

A_SC1_IN_AU_L

R1218

100

1/16W

R1235

100

1/16W

A_SC2_IN_AU_R

A_SC2_IN_AU_L

R1318

A_SC1_IN_AU_R

A_SC1_IN_CV

C1205

2.2 10V X7R 2012

C1208

2.2 10V X7R 2012

C1211

2.2 10V X7R 2012

C1213

0.1

25V

1608

C1217

16V

C1219

4.7

6.3V X6S

2012

R1317

C1216

0.01 25V

10%

1608

C1302

2.2

10V X7R 2012

C1305

2.2 10V X7R 2012

C1308

2.2 10V X7R 2012

C1311

2.2 10V X7R 2012

GNDGND

GND

C1218

1005 GND A_SC1_OUT_CV

C1313

D1209

PDZ10B-115

0.01 25V

A_SC1_IN_AU_L,A_SC1_IN_AU_R,A_SC1_I

A_SC1_OUT_AU_R

A_SC1_OUT_AU_L

SC1_B

A_SC1_IN_MODE

SC1_G

SC1_R

SC1_FBSC1_FB

SC1_B,SC1_FB,SC1_G,SC1_R

A_SC2_IN_AU_L,A_SC2_IN_AU_R,A_SC2_IN

A_SC2_OUT_AU_R

A_SC2_OUT_AU_L

SC2_B

A_SC2_IN_MODE

~ BE1 Board Schematic Diagram [ Micro Processor, Video/Audio Processor, Audio Amplifier, AV Switch, Tuner, Rear Input Terminal ] Page 1A/14 ~

- 28 -

QRST UVWXY AA

BE1.WAX3

DDCCBBP

1_IN_AU_R

_IN_AU_L

A_SC1_IN_AU_L,A_SC1_IN_AU_R,A_SC1_IN_CV

A_SC1_OUT_AU_R

A_SC1_OUT_AU_L

SC1_B

A_SC1_IN_MODE

SC1_G

SC1_R

SC1_FBSC1_FB

TV_DET_V

REF.1900~1999

SyncSep

R1901

R1900

C1900

0.022 25V

4.7k

1/16W

BE_+5V

Q1900

ISA1235AC1TP-1EF

L1900 10uH

F1901

0.5A

50V

GND

R1902

2.2k

1/16W

M_HSYNC AEP NotUSE

C1903 4700p

50V

R1903

2.7k 1/16W RN-CP

0.5%

BE1

R1904

3.9k 1/16W RN-CP

0.5%

RB501V-40TE-17

C1904 2200p

50V

D1900

1B/14

Q1901

2SC3052EF-T1-LEF

R1905 1/16W

C1905

0.22 16V

R1906

3.3k

1/16W

C1906

0.1

16V

GND

C1908

4.7

6.3V B

2012

FE_+3V3

22uH

L1901

F1900

0.5A 50V

C1907

6.3V

TV_V_DET1/16W

TV_micro

1_IN_CV

SC1_B,SC1_FB,SC1_G,SC1_R

Audio Output

A_SC2_IN_AU_L,A_SC2_IN_AU_R,A_SC2_IN_CV

A_SC2_OUT_AU_R

REF.1700~1799

GND

C1901

6.3V

C1902

0.1

16V

J1700

BLK

J1701

GND

VIN

VCC

ƒ[ qV [hfmc @›¯ –¢•

A_SPDIF_OUT

GND

VD1700

VD1701

GND

D3.3V

GND

VD1702

VD1703

C1702

0.001 50V

X7R

C1703

0.001 50V X7R

R1702

2.2k

1/16W

R1703

2.2k

1/16W

C1700

C1701

R1700

220k

1/16W

R1701

220k

1/16W

A_AUOUT_AU_L

A_AUOUT_AU_R

IN_AU_R

A_SC2_OUT_AU_L

_AU_L

PC_LR IN

C1714

SC2_B

A_SC2_IN_MODE

J1710

C1711

R1710

R1712

2.2k

1/16W

R1713

2.2k

R1714

25V

2012

C1715

PC_IN_L

PC_IN_R

~ BE1 Board Schematic Diagram [ Micro Processor, Video/Audio Processor, Audio Amplifier, AV Switch, Tuner, Rear Input Terminal ] Page 1B/14 ~

- 29 -

+ 124 hidden pages