Sony KV-36FS76B Schematic

SERVICE MANUAL

AE-6A

CHASSIS

MODEL

KV-36FS76B KV-36FS76E

COMMANDER DEST CHASSIS NO.

RM-938 FR SCC-Q83L-A

RM-938 ESP SCC-Q81N-A

MODEL

KV-36FS76U

COMMANDER DEST CHASSIS NO.

RM-938 UK SCC-Q84J-A

KV-36FS76

- 1 -

RM-938

CAUTION

Lead Free Soldered Boards

The circuit boards listed below [Table 1] used in these models may 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.

Table 1

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example 1

example 2

3HrossecorPkniLVA

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 -

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

EH/G/B

MACIN/NAMREG

oeretS

MACIN/NAMREG

oeretS

02S-10S:VTELBAC

14S-12S:REPYH

30S-10S,21R-1R,21E-2E:FHV

96R-12R,96E-12E:FHU

02S-10S:VTELBAC

14S-12S:REPYH

Q-B,01F-20F,30S-10S,21R-1R,21E-2E:FHV

96R-12R,96B-12B,96F-12F,96E-12E:FHU

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- 4 -

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

FUSE

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txeteleTNONONO

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B67SF63-VK E67SF63-VK U67SF63-VK

WARNING (UK Models only)

The flexible mains lead is supplied connected to a B.S. 1363 fused plug having a fuse of 5 AMP rating. Should the fuse need to be replaced, use a 5 AMP 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

5 AMP FUSE, otherwise the circuit should be protected by a 5 AMP FUSE at the distribution board.

ASA

mark.

T

- 5 -

21 pin connector

21

19

17

15

13

11

9

7

5

3

1

20

18

16

14

12

10

8

6

4

2

Pin No 1 2 4 Signal Signal level

1 Audio output B

2

3

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 Open

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

12 Open

13 Ground (red)

14 Ground (blanking)

15

16 Blanking input

17 Ground (video

18 Ground (video

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

20

21 Common ground

3

(right)

Audio input B (right)

Audio output A (left)

(left)

(AV control)

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

_ (S signal Chroma

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

Rear Connection Panel Front Connection Panel

S-Video

socket

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- 6 -

AE-6A SELF DIAGNOSTIC SOFTWARE

The identification of errors within the AE-6A 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) See table 1., non fatal errors are reported using this method.

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)noitcetorPegatloVrevO(PVO 30

noitcetorPlacitreV 40

noitcetorPlatnoziroH 60

noitcetorPrekaepS 70

rorrEsuBC2I 80

MVN,23C42TS.B-2M 90

draoB-A 01

draoB5B 11

draoB2J 21

draoBH 31

draoBSM 41

redoceDruoloCniaM.B-5B 51

dnekcaB,Q0512AXC.B-A 61

.corPdnuoS,1143PSM.B-A 71

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Flash Timing Example : e.g. error number 3

StBy LED

ON ON ON

OFF

- 7 -

OFF

Error Detection Monitor

Device acknowledge is used to check IIC errors. Device acknowledge is checked by sending an IIC start sequence during CRT power on. Each device is checked three times, if there is no acknowledge after each attempt, it will be regarded as an error. There are three steps to check for errors.

1. IIC line 0 If all devices except the NVM have errors, IIC line 0 error is displayed.

2. Board check If all devices mounted on one board have errors, board error is displayed.

3. Each device check If IIC line error and board error are not detected then the device with the error is displayed.

The detected errors can be displayed as follows :

1. Error Monitor Menu.

2. Error Reader.

1. Error Monitor Menu

ERROR MONITOR

1. IGNORE ERRORS OFF ON OFF

Operating Time : 000167 h 45 min Stored Errors :

1. A - B TU1350 Sub-Tuner

2. J - B TDA9320 Sub Col. Dec.

3. No Error Occured

4. No Error Occured

5. No Error Occured

Current Error :

A - B TU1350 Sub-Tuner

Last menu Enter item

- 8 -

2. Error Reader Display

The error reader display is connected to the service connector to read actual error codes. The part number for the error reader display is S-188-900-10. Once an error has been detected it will then be displayed on the two digit error reader. The errors displayed refer to the following table.

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h001draoB-A h101.pxEtroP,5781AXC.B-A h201renuT-niaM,xx06UT.B-A h301FIniaM,6889ADT.B-A h401dnekcaB,Q0512AXC.B-A h501CAD,14188BM.B-A h601.corPdnuoS,G1143PSM.B-A h701.vnoC.anyD,0708AXC.B-A h002draoB-5B h102redoceDruoloCniaM.B-5B h202redoceDruoloCbuS.B-5B h302XDIM.B-5B h402yarrAetaGamaronaP.B-5B h502noitcudeResioN.giD.B-5B h003draoB-H h103kniLVA,8802DXC.B-H h004draoB-J h104hctiwSVA,5581AXC.B-2J h204hctiwSVA,9412AXC.B-2J h304renuT-buS,xx06UT.B-2J h404FIbuS,6889ADT.B-2J h005draoB-2M h105MVN,23C42TS.B-2M h006draoB-1SM h106kcitSyromeM.B-1SM

- 9 -

SECTION 2 DISASSEMBLY

2-1. Rear Cover Removal 2-2. Speaker Connector Disconnection

=>

Remove the rear cover fixing screws indicated. Take care when removing the rear cover not to damage the speaker cables [Disconnect the speaker connector] as speakers are fitted inside the rear cover.

=> =>

=>

<=

=>

Before completely removing the rear cover disconnect the speaker connector which is located on the inside.

2-3. Chassis Removal and Refitting

To remove lift the main bracket rear slightly and slide the chassis away from the beznet. Ensure that the interconnecting leads are released from their purse locks to prevent damage being caused.

When refitting the chassis ensure that the main bracket is located in the beznet guide slots before sliding the chassis forwards. Refit the inter-connecting leads in their respective purse locks.

- 16 -

2-4. Service Position 2-5. G Board Removal

Screw

Clips

To place the chassis in the service position, remove the D2 bracket (see 2-7.) and locate on the beznet inside the set. Insert the main bracket firmly into the T-slot located on the left corner of the beznet as indicated (see inset). To gain access to the underside of the boards follow the instructions on page 19. [Removal and Replacement of the main bracket bottom plates].

2-6. D2 Board Removal

To remove the G Board first remove the PFC bracket by removing the two fixing screws (one on each side of the bracket) and lifting away from the G board. Remove the screw from the centre of the G board, release the clips circled and ease the board gently away from the support bracket.

2-7. D1 Board Removal

Screws

Clips

To remove the D2 board remove the two screws circled, release the clips circled and ease the board gently away from the support bracket.

Screws Clips

To remove the D1 board first remove the D2 bracket by removing the three screws from the bracket (one on opposite side) and releasing the four clips (two on each side of the bracket). The D1 board can then be removed using the same method as the G board.

- 17 -

2-8. Wire Dressing 1

2-9. Wire Dressing 2

20mm

Ensure that wires do not touch heatsinks and high temperature hotspots. All wires must be kept at a minimum distance of 20mm away from the EHT lead

2-10. Wire Dressing 3

The sheathed end of the ground connecting lead must be plugged into the F3 board to avoid the possibility of the AC mains power touching ground.

2-11. Wire Dressing 4

Ensure the RF lead is dressed as shown circled above to avoid obstructing the rear cover.

To avoid damage to the ground interconnecting leads from the sharp edges of the heatsink they must be dressed as shown above between the rear of the heatsink and the tuner.

- 18 -

2-12. Picture Tube Removal

WARNING:

BEFORE REMOVING

THE ANODE CAP

High voltage remains in the CRT even after the power is disconnected. To avoid electric shock, discharge CRT before attempting to remove the anode cap. Short between anode and CRT coated earth ground strap.

Coated Earth Ground Strap

10

8

7

6

5

4

9

1

3

2

1. Discharge the anode of the CRT and remove the anode cap.

2. Unplug all interconnecting leads from the Deflection yoke, neck assy, degaussing coils and CRT grounding strap.

3. Remove the C Board from the CRT.

4. Remove the chassis assembly.

5. Loosen the Neck assembly fixing screw and remove.

6. Loosen the Deflection yoke fixing screw and remove.

7. Place the set with the CRT face down on a cushion and remove the Degaussing Coil holders.

8. Remove the Degaussing Coils.

9. Remove the CRT grounding strap and spring tensioners.

10. Unscrew the four CRT fixing screws [ located on each CRT corner ] and remove the CRT. [Take care not to handle the CRT by the neck.]

Removal of the Anode-Cap

REMOVAL PROCEDURE.

a

1

Turn up one side of the rubber cap in the direction indicated by the arrow a

b

2 Using a thumb pull up the rubber cap firmly in the direction indicated by the arrow b

How to handle the Anode-Cap

1. To prevent damaging the surface of the anode-cap do not use sharp materials.

2. Do not apply too great a pressure on the rubber, as this may cause damage to the anode connector.

3. A metal fitting called a shatter hook terminal is fitted inside the rubber cap.

4. Do not turn the rubber foot over excessively, this may cause damage if the shatter hook sticks out.

c

b

Anode button

3 When one side of the rubber cap is separated from the anode button, the anode-cap can be removed by turning up the rubber cap and pulling it up in the direction of the arrow c

- 19 -

Catch

For safety reasons, on no account should the plates be removed

and not refitted after servicing.

Because the plates differ in size it is important that the correct plates are refitted in their original

location.

Please note that the plates need to be rotated 180 degrees from their cut position to allow the

(2) REFITTING THE PLATES

tabs to be fitted into their catch positions.

Ta b

REMOVAL AND REPLACEMENT OF THE MAIN-BRACKET

BOTTOM PLATES.

Only remove the necessary plate to gain access to the printed wiring board.

In the event of servicing being required to the solder side of the A, D1 or G printed wiring

boards, the bottom plates fitted to the main chassis bracket require to be removed.

This is performed by cutting the gates with a sharp wire cutter at the locations indicated by the

arrows.

(1) REMOVING THE PLATES

Note : There are 3 plates fitted to the main bracket and secured by 3 gates.

- 20 -

SECTION 3 SET-UP ADJUSTMENTS

Neck assy

G2

G1

+

Align the edge of the neck assy on the edge of the G3 grid closest to the G2 grid.

G3

• When complete readjustment is necessary or a new picture tube is installed, carry out the following adjustments.

• Unless there are specific instructions to the contrary, carry out these adjustments with the rated power supply.

• Unless there are specific instructions to the contrary, set the controls and switches to the following settings :

Contrast .................................. normal

Brightness .................................. normal

3-1. Beam Landing

Preparation :

1. In order to reduce the influence of geomagnetism on the set’s picture tube, face it in an easterly or westerly direction.

2. Switch on the TV set’s power and degauss with a degausser.

(1) Adjustment of Correction Magnet for Y-Splitting Axis.

1. Input a crosshatch signal from the pattern generator.

2. Set the Picture control to minimum and confirm that the Brightness control is set to normal.

3. Position the neck assembly as indicated in Fig.3-3.

4. Loosen the deflection yoke fixing screw.

5. Move the deflection yoke as far forward as is possible.

6. Adjust the upper and lower pin symmetrically by opening or closing the Y-splitting axis correction magnets located on the neck assembly. [See Fig 3-2]

7. Return the deflection yoke to its original position and re-tighten its fixing screw.

Fig.3-1

Y-splitting axis correction magnet

Carry out the adjustments in the following order :

3-1. Beam Landing and Geometry. 3-2. Convergence. 3-3. Focus. 3-4. White Balance.

Note : Test equipment required.

1. Color bar/pattern generator.

2. Degausser.

3. Oscilloscope.

4. Digital multimeter.

(2) Landing and Geometry

Note : Before carrying out the following adjustments adjust the

magnets as indicated on page 22 [See Fig.3-4].

1. Input a crosshatch signal from the signal generator.

2. Rough-adjust the focus and horizontal convergence.

3. Switch from the crosshatch pattern to an all-red pattern.

4. Move the deflection yoke backwards and adjust with the purity magnet so that the red is at the centre and it aligns symmetrically [See Fig.3-5].

5. Move the deflection yoke forward to the point where the entire screen just becomes red [Mark its position].

6. Move the deflection yoke further forward until the screen just changes colour at the edges. [Mark its position].

7. Position the deflection yoke between the two marks indicated above.

8. Input a crosshatch pattern from the pattern generator and rotate the deflection yoke so that the horizontal lines are parallel with the top and bottom of the screen.

9. When the position of the deflection yoke has been determined, fasten it with its fixing screw.

10. Once dy rotation and swing left and right for h linearity is ok on cross hatch pattern, insert dy wedges. [See Fig.3-6].

11. Switch the pattern generator to green then blue and confirm the purity.

12. If the beam does not land correctly in all the corners of the screen, use disk magnets to correct it. [Confirm the corner landing forgreen and blue].

13. Re-check geometry for landing magnet effect. Adjust using deflection menu. [TT Mode].

Fig.3-2

Caution :

High voltages are present on the Deflection yoke terminals - take care when handling the Deflection yoke whilst carrying out adjustments.

Fig.3-3

- 21 -

Fig.3-4

B

G

R

B

G

R

Purity magnets

Align pips on each magnet

Align both Purity magnets to the vertical position

Purity control magnets

3-2. Convergence

(1) Screen centre convergence [Static convergence]

Fig.3-5

GREEN

RED

BLUE

Disk magnets or rotatable disk

Purity control corrects this area

magnets correct these areas (a-d)

ab

c

Deflection yoke positioning corrects these areas

d

1. Input a dot pattern signal from the pattern generator.

2. Normalize the picture setting.

3. [Moving vertically], adjust the V.STAT magnet so that the vertical red, green and blue dots coincide at the centre of the screen.

Center dot

H.STAT

convergence

Vertical Static Magnet

V.STAT

control

RV5375 (H STAT) H STAT Convergence (on mount side)

Disk Magnets

Fig.3-6

5 Wedges required

By opening or closing the V.STAT magnet, the red green and blue dots move in the direction indicated below.

Note: Do not adjust the H.STAT by rotating the V.STAT

magnets as this can affect the focus setting.

- 22 -

4. Correction for HMC [Horizontal mis-convergence] and VMC

+

YCH VR

Deflection Yoke

+

TLV VR

Deflection Yoke

[Vertical mis-convergence] by using the BMC [Hexapole] magnet.

a). HMC correction by BMC [Hexapole] magnet and movement of

the electron beam.

HMC correction(A) HMC correction(B)

A < B

RG B

A > B

RGB

HTIL correction can be performed by adding a THL correction assembly to the Deflection yoke.

A = B

A B

RG B

A B

A = B

A B

RG B

A B

b). VMC correction by BMC [Hexapole] magnet and movement of

the electron beam.

VMC correction(A) VMC correction(B)

C < D

C D

C = D C > D C = D

R G

B

R

C

G

D

B

C D

R

G B

R

C

G

D

B

HAMP Adjustment

YCH Adjustment

TLV Adjustment

Adjust the HAMP using HAMPL and HAMPR registers in the Dynamic Convergence section of the service menu.

HTIL Adjustment

THL Correction assy

H-TRAP Adjustment

+

HTRAP VR

+

Deflection Yoke

The H-TRAP should not be adjusted unless absolutely necessary as it affects the TLV settings.

- 23 -

Layout of each control

Purity magnet BMC (Hexaploe) magnet V STAT convergence magnet Y-splitting axis correction magnet

Note : If you are unable to adjust the corner convergence properly,

this can be corrected with the use of permalloy magnets.

a

b

3-3. Focus Adjustment

1. Receive a cross hatch pattern from a video generator.

2. Adjust the focus control located on the flyback transformer to the best level at the centre of the screen.

3. Check left and right x-axis vertical line thickness and adjust to make them as thin as possible.

4. Considering x-axis and centre, adjust to make uniform.

5. If no cross hatch signal is possible, follow the next three steps.

6. Receive a television broadcast signal.

7. Normalize the picture setting.

8. Adjust the focus control located on the flyback transformer to obtain the best focus at the centre of the screen. Bring only the centre area of the screen into focus, the magentaring appears on the screen. In this case, adjust the focus to optimize the screen uniformly.

Focus

a-d: screen-corner convergence defect

c

Install the permalloy assembly for the area that needs correcting.

b

Permalloy Assy X-4387-214-1.

d

Convergence adjustment with permalloy

Screen

d

3-4. Screen (G2), White Balance

[Adjustment in the service mode using the remote commander]

G2 adjustment

1. Input a dot signal from the pattern generator.

2. Set the Picture, Brightness and Colour to minimum.

3. Apply 165V DC from an external power supply to the R, G and B cathodes of the CRT.

4. Whilst watching the picture, adjust the G2 control [SCREEN] located on the flyback transformer to the point just before the flyback return lines disappear.

a

White balance adjustment for TV mode

1. Input an all-white signal from the pattern generator.

2. Program the Remote Commander for operation in Service Mode. [See Page 25].

3. Enter into the ‘Service Mode’ by pressing ‘VIDEO’ button twice and ‘MENU’ on the Service Commander.

4. Select ‘Device Register Setting’ from the on screen menu display and press ‘Right Arrow’.

5. Select ‘Backend’ from the on screen menu display and press ‘Right Arrow’.

6. Set the ‘Contrast’ to MAX.

7. Set the ‘R-Drive’ to 45.

8. Adjust the ‘G-Drive’ and the ‘B-Drive’ so that the white balance becomes optimum.

9. Press the ‘OK’ button to write the data for each item.

10. Set the ‘Contrast’ to MIN.

11. Set the ‘R-Cutoff’ to 35.

c

12. Adjust the ‘G-Cutoff’, and the ‘B-Cutoff’ with the left and right buttons on the remote commander so that the white balance becomes optimum.

13. Press the ‘OK’ button to write the data for each item.

- 24 -

SECTION 4 CIRCUIT ADJUSTMENTS

4-1. Electrical Adjustments

Service adjustments to this model can be performed using the supplied remote Commander RM-938.

Programming the Remote Commander for Operation in Service Mode

1. Press the VCR/TV/DVD button until the TV LED lights.

2. Press and hold the yellow button for approx. 5 seconds until the TV LED flashes quickly.

3. Press 99999. All three LED’s should light. The remote commander is now set to Service Mode.

4. To return the remote commander to normal operation mode repeat steps 1. and 2. then press 00000. All three LED’s should light. The remote commander is now set to normal mode.

Setting the TV into Service Mode

1. Program the remote commander for operation in Service Mode as described above.

2. Turn on the TV main power switch.

3. Press the video standby button on the remote commander twice. ‘TT ’ will appear in the upper right corner of the screen. Other status information will also be displayed.

Initialising Menu

gnisilaitinI

gnitteSledoM

gnitteSnoitanitseD

gnitteScisaB

gnitteSerutaeF

:tceleS:unemtxeN

Model Setting

The menu contains a list with all the available models of this software to set up the TV set in an easy way. The selection of a model is setting data for its features and hardware resources which cannot be detected by the automatic power on H/W detection as well as a special model byte to get an unique model identification for models which cannot be differed by features and hardware resources (e.g. KV-29FQ76 and KV-32FQ80)

Before data is set, the user will be asked if he really wants to set a new model. If the user agrees, automatically the destination setting menu is shown.

gnitteSledoM

67QF92-VK 67QF92-VK 08QF63-VK

67SF63-VK

eseR

t

4. Press ‘MENU’ on the remote commander twice to obtain the following menu on the screen.

71095V,200201rpA,A6EAecivreS

gnisilaitinI

seciveDteseR

gnirotinoM

gnitteSretsigeReciveD

.tnemtsujdAlaicepS

:uneMtxeN:tceleS

5. Move to the corresponding adjustment item using the up or down arrow buttons on the Remote Commander.

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

7. 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.

· Certain menu items are only available in production mode.

KCALBytimrofnoCoN=

NEERGledoMelbitapmoC=

DERatadllarofytimrofnoC=

Table.4-1

Indication of Model Compatibility.

Black:

If any data does not match to specific model, the model name is displayed in black.

Green:

All data which is checked by model setting menu concurs to model except model byte.

Red:

All data which is checked by model setting menu concurs to model including model byte.

Note:

After selecting a model, it may be necessary to reset some devices to get the correct data. (Treble/Bass Offset of Sound, deflection adjustments, ...)

- 25 -

Basic Setting

noitcelfeD.txE

oNrcseDfeDniMxaMataD 1esahPFD5810552581 2esahPPQD5210552521 3raeniLdiM5310552531 4raeniLH0010552021 5pmacaPQD0510552231 6lvlcdPQD8410552621 7"63tneCH0055208

X-diM

oNrcseDfeDniMxaMataD 1SOPHM061-610 2SOPHS08-80 3LESSYD1031 4YALEDSYD7077 5DOMCNYSDNOFFONONO 6prahStxeTFFOFFONOFFO 7LLP.txEFFOFFONOFFO 8retliFHFFOFFONOFFO

hctiwSoediV/oiduA

gnittescisaB

oNrcseDniMxaMataD

1G/B.sySFFONONO

2K/D.sySFFONONO 3L.sySFFONOFFO

4)KU(I.sySFFONOFFO

5)LRI(I.sySFFONOFFO 6noitpo.taNTXT143 7TRC9:61FFONOFFO 8refoow-buSFFONONO 9yb-dnatsotuAFFONONO

01retlif-bmoCFFONONO 11tedCYotuAFFONONO 21tedbmocotuAFFONONO 31elbaliavA2VAFFONONO 41elbaliavA3VAFFONONO 51elbaliavA4VAFFONONO 61elbaliavA5VAFFONONO 71epaTMACESFFONOFFO 81etuMdnuoS1VAFFONONO

Table.4-2

Feature Setting

gnitteserutaeF

oNrcseDniMxaMataD

1PAPFFONONO

2TAPFFONONO 3XEDNIFFONONO 4txeTeleTFFONONO 5GPEFFONONO 6beWeleTFFONOFFO

Table.4-3

oNrcseDfeDniMxaMataD

11TUOVC0090

22TUOVC2090 3LRTC0OLFFOFFONOFFO 4LRTC1OLFFOFFONOFFO 51TUOCY2072 62TUOCY0070 7WSDCZFFOFFONOFFO 8ETUM3TUOAFFOFFONOFFO 91TUOA3073

012TUOA1071 11LEDPUORG6101361 213TUOA3073 31CLOV3TUOA4074 41FLOV3TUOA4074 51R/L3TUOA0030 61WS1DGNOFFONONO 71WS2DGNOFFONONO

811CNYS1011 912CNYS1011

021TNOCS3233 121OEDIV4034 221OIDUA0030 322TNOCS2232 422OEDIV4034 522OIDUA0030 623TNOCS2232 723OEDIV0030

823OIDUA1031

Table.4-5

Device Register Setting

dnekcaB

noitcelfeD

noitcelfeDtxE

ecnegrevnoCcimanyD 1redoceDruoloC 2redoceDruoloC

hctiwSoediV/oiduA

X-diM

X-diMLLPlanretxE

dnuoS

RNlatigiD

Table.4-4

Table.4-6

Table.4-7

- 26 -

1redoceDruoloC

)tnoc(1redoceDruoloC

oNrcseDfeDniMxaMataD 753EDOMDCFFOFFONOFFO 85SOPSH50515 95DNLRHTNFFOFFONOFFO 06VELECILS00130 16AERAPUFFOFFONOFFO 26NIHTPUFFOFFONOFFO 36J941XFFOFFONOFFO 46CTSMDFFOFFONOFFO 56TSNIFFOFFONOFFO 66LVLRPUNOFFONONO 76LVLSFOFFOFFONOFFO 86TSFOLSFFOFFONOFFO 9634MORF2032 07EDIWMORF2032 17SELTITRF2032 27LFPLNOFFONONO 37TESERWAFFOFFONOFFO 471EPOLSOTD005520 572EPOLSOTD005520 673EPOLSOTD005520 77CNACPUTES00510 87TNIV70517 97HPPLCTXE00360 08TUOTSETFFOFFONOFFO 18METSYSLOC80518 28EDOMBGR2032 38LESSYFFOFFONOFFO 48TEDNFFOFFONOFFO 58ECNAHNEV4074 68RNPFFOFFONOFFO 78QERFV0030 88BMOCNFFOFFONOFFO 98WSOTUAFFOFFONOFFO 09PARTMACESFFOFFONOFFO 19EDOMLLEBFFOFFONOFFO 29LIKMACES1031 39SOPDI2032 49DIWDINOFFONONO 59SYSLOC-EFFOFFONOFFO 69TUPNI-EFFOFFONOFFO 79KCOLH-EFFOFFONOFFO 89QERFV-ENOFFONONO 99SSW-EFFOFFONOFFO

001TESERTNIFFOFFONOFFO 101WS2CRS0030 201WSBMOC0030 301WSBGRFFOFFONOFFO 401KLBMACES1031 501LVLHNEV1031 601YLDCMCSFFOFFONOFFO 701DIMCSFFOFFONOFFO 801PDAMCSNOFFONONO 901EMITLLIKFFOFFONOFFO 011LVLLLIK2032 111SOPNK5075 211DIWDK70517

oNrcseDfeDniMxaMataD

1LESKLC0030

2KLCSYSNOFFONONO 3KLCPSD3033 4LEDFFOFFONOFFO 5LLPFFOFFONOFFO 6KLCFER1031 7LESDA0030 8NOPLCDFFOFFONOFFO 9FFOPLCFFOFFONOFFO

01LESBMOCFFOFFONOFFO 11FFOWAFFOFFONOFFO 21EDOMSYS00510 31MROFGIS210 5121 41VELPILC0030 51RNY0030 61RNC0030 71EDOMKLB2032 81VELY2010552201 91VELC8010552801 02VELDSO0030 12SERDSOFFOFFONOFFO 22ROCPHS0030 322PUF1031 42JDAYLDCY60516 52DEPA0030 62NARTCD0030 72PHSBUS90519 82QEY3073 92OFPHSNOFFONONO 03KTADPA0030 13DLHDPA0030 23AERADPA0030 33SIHDPA0030 43CTRTCD0030 53CTPLCD0030 63SOPPLC70517 73QEC0030 83FPBC0030 93PARTFIDCFFOFFONOFFO 04CTPESSFFOFFONOFFO 14BMOCTNI0030 24EUHBUS70517 34NILRGPLC0030 44GPADAPLCFFOFFONOFFO 54ECILSSH0030 64ECILSSV1031 74CTPITS1031 84FPLCNYSNOFFONONO 94LIFCNYSFFOFFONOFFO 05NIAGCFA1031 15NIAGWOL1031 25PUDPSCFANOFFONONO 35OCWOLNOFFONONO 45OCHGIH0030 551EDOMDC0030 652EDOMDCFFOFFONOFFO

Table.4-8

Table.4-9

- 27 -

2redoceDruoloC

dnekcaB

oNrcseDfeDniMxaMataD

1no-RNOFFONONO 2no-GNOFFONONO 3no-BNOFFONONO 4loc-D0030 5wS-bWFFOFFONOFFO 6L-ammaGFFOFFONOFFO 7tsartnoC0403604 8mottoB-KLB3033 9euH8203662

01sixA-ruoloC1031 11ruoloC1303613 21leveL-ITC2032 31ssenthgirB5203652 41lbA-S0030 51ssenprahS5203652 61leveL-ITL0030 71evirD-R5303653 81timiLP0030 91evirD-G1403614 02edoM-LBA0030 12evirD-B1403614 22edoM-ITC0030 32thgirBbuS60366 42ammaG1031 52ffotuC-R1303613 62edoM-ITL1031 72ffotuC-G7203672 82leveL-CIPD1031 92ffotuC-B1303613 03narT-CD1031 13tnoC-buS80518 23lvL-2BGRL80518 33lbA-P5105151 43HT-LBA00510 53P.ffO-BC2303645 63P.ffO-RC9203611 73S.ffO-BC4503636 83S.ffO-RC103636 93W-gnigAFFOFFONOFFO 04B-gnigAFFOFFONOFFO 14metsyS1031 24tesffo-Y70517 34leveL-MV1031 44OF.prahSNOFFONONO 54ffO-DCFFOFFONOFFO 64DC.prahS2032 74IF.prahS0030 84revO/erP2032 94roC-MV0030 05OF-MV2032 15timiL-MV3033 25yaleD-MV2032 35ruoloCbuS08-80

oNrcseDfeDniMxaMataD 1TNIT1303613 2WGN/PFFOFFONOFFO 3DIN/PFFOFFONOFFO 4RUOLOCBUS70517 5RTNOCBUS80518 6OFPRAHS1031 7QEPRAHS2032 8NIAGPRAHS80518

9.VELTUO-Y5403683

01TNIOPSB0030

11.VELTUO-C8303683 21TSERCD0030 31OFFPB1031 41QFPB1031 51WSRETLIFFFOFFONOFFO 61WSPART-C0010 71PARTD-SNOFFONONO 81FPLNOFFONONO 91LD-Y40014

02BMOC-NNOFFONONO 12LESOEDIV00510 22LESBGR0030 32ENOTFLAHFFOFFONOFFO

421.FFOrC70517

521.FFObC70517

622.FFOrC70517

722.FFObC70517 82QERFDCV3073 92EDOMDCV1031 03SNESCFA1031 13MVMFFOFFONOFFO 23JDAY-RS60516 33JDAY-BS40514 43FPH/LLEB2032 53OFLLEBFFOFFONOFFO 63PGS2032 73DISFFOFFONOFFO 83BNE1BGRFFOFFONOFFO 93HP-SH0010 04WSotuA1011 14DI-C1011 24HP-PV0010 34OITARN/S3033

Table.4-10

oNrcseDfeDniMxaMataD

1elbaTRN0070

21ccL00360 32ccL00360 43ccL00360

5leS_miLVU0070

Table.4-11

RNlatigiD

Table.4-12

- 28 -

Deflection System Adjustment

4-2. Volume Electrical Adjustments

1. Enter into the service mode and select ‘Deflection’ from the menu. The ‘Deflection’ adjustment menu will be displayed.

2. Select and adjust each item to obtain the optimum image.

noitcelfeD

oNrcseDfeDniMxaMataD

1eziS-H4303643 2noitisoP-H5203663 3eziS-V1303615 4noitisoP-V1303682 5pmA-niP8103661 6niPC-pU7303614 7niPC-oL7303604 8woB-CFA1303672 9elgnA-CFA1303682

01esahP-niP8203652 11niL-V70518 21rroC-S805121 311-noitatoR1031 412-noitatoR5105151 51parT-H510 131 61raeniLH0010552021 71pmA-raP-CH8303663 81pmA-raP-PM90517 91sixAniPpU2033 02sixAniPoL2033 12niaGniPpU1033 22niaGniPoL1032 32miT-bkA510 1351 42ffO-KLBNOFFONOFFO 52ffO-BKAFFOFFONOFFO 62klB-pU40510 72klB-oL90510 82nO-VNOFFONONO 92cD-wEFFOFFONOFFO 03loP-cUFFOFFONOFFO 13wS-klbVNOFFONOFFO 23esahP-cnyS0030 33edoM-CFA2032 43wS-tsRFFOFFONOFFO 53klB-tfeL2503625 63esahP-plC3033 73klB-thgiR0303603 83etaG-plCFFOFFONOFFO 93klbHNOFFONONO 04tcepsA-V7403674 14wS-mooZFFOFFONOFFO 24wS-pmJFFOFFONOFFO 34llorcS-V1303613 44qerF-V2032 54nilV-pU00510 64nilV-oL00510 74pmoC-V00516 84pmoC-H00510 94cD-1waSV70517 05pmoC-niP7074 15pmA-1waSV00130 25pmoC-CFA0070 35cD-raP-PM3105151 45cD-raP-CH3603613 55wS-psAFFOFFONOFFO 65WS-vrDVFFOFFONOFFO 75ahP-raP-CH1303613

Table.4-13

Sub Colour Adjustment

1. Input a PAL colour bar signal.

2. Connect an oscilloscope to CN5400 pin 5 located on the C Board.

3. Enter into the ‘Service Mode’.

4. Choose ‘Backend’ from the menu.

5. Adjust ‘Sub Colour’ data so that the right sides of the waveform are of equal height.

Same Level

B-Out Waveform

V SIZE

V LIN

AFC V BOW

V POS

H POS

H SIZE

H PIN CUSH

H TILT

H UP COR

AFC V ANGLE

H LOWER COR

- 29 -

4-3. TEST MODE 2:

15

ffo/noyblodlautriV

25

ffo/noetumDSO

35

MVNnisecivresGPEteseR

45

kcehcxednI

55

ylnoesuerawtfoslanretnI

65

tsujdaesahpsucoF

75

tsujdalevelCDsucoF

85

ecivresnoMVNlanretxeotMVNlanretniypoC

rotcennoc

95

lanretniotrotcennocecivresnoMVNlanretxeypoC

MVN

06

noitcAoN

16

tsetkniltramS

26

)elggot(dnabesabmorfoiduaLmetsyS

36

erutcipehtotniMORmorfatadtesererutcipehtypoC

MVNfonoitacolteser

46

ehtotniMVNmorfataderutcipjdalautcaehtypoC

MVNfonoitacoltesererutcip

56

srorreteseR

66

)elggot(srorreerongI

76

)yrevoceRAMMElaunaM(VTDIrofdevreseR

86

noitcaoN

96

teserDIlanosreP

07

noitcaoN

17

LAPecroF

27

LAPecrofnU

37

noitcaoN

47

noitcaoN

57

tsujdaniPCU/pmAniP

67

tsujdaparT/niPCL

77

stesffonoitcelfedteseR

87

tfelecnalaB

97

thgirecnalaB

08

noitcaoN

18

ylno-ffO/nOyalpsidREBlatigiD(VTDIrofdevreseR

)edomlatigidni

28

niylno-ffO/nOedomrotinomVA(VTDIrofdevreseR

)edomlatigid

38

niylno-elggotK8&k2,K8,K2(VTDIrofdevreseR

)edomlatigid

48

niylno-tluafedMVNlatigidteS(VTDIrofdevreseR

)edomlatigid

58

VTDIrofdevreseR

68

gnittesledomlatigiD(VTDIrofdevreseR

)edomlatigidniylno-elggot)D2EF/D6EA(

78

tsetsyeklacoL

88

raelc(noitidnocgnippihslatigiD(VTDIrofdevreseR

)edomlatigidniylno-)esabatadenut

98

VTDIrofdevreseR

09

noitcaoN

19

edom9:41

29

edomtramS

39

edom9:61

49

edommooZ

59

edom3:4

69

-)tolsIC/renut(hctiwshtapST(VTDIrofdevreseR

)edomlatigidniylno

79

)edomlatigidniylno-edomITC(VTDIrofdevreseR

89

yrevocerAMMEotuA(VTDIrofdevreseR

)elbasid/elbane

99

rotinomrorreyalpsiD

Is available by pressing the ‘TEST’ button twice, OSD ‘TT’ appears. The functions described below are available by selecting the two numbers. To release the ‘Test mode 2’, press 0 twice, press the TV button or switch the TV set into Stand-by mode. Pressing the two Local Control buttons (+ and -) during power ON will also switch into ‘TT’ mode or from standby mode press OSD, 5, volume plus, TV. In ‘TT’ mode, it is possible to remove the Menu from the screen by pressing the Speaker Off button once. Pressing the Speaker OFF button a second time will cause the Menu to reappear. The function is kept even when the menu is not displayed on screen !!.

00

10 20 30 40 50 60 70 80 90 01

11 21 31 41 51 61 71 81 91 02

12 22 32 42 52 62 72 82 92 03

13 23 33 43 53 63 73

83001CRDottesedomCRD 9305CRDottesedomCRD 04noitcaoN

14MVNesilaitinieR 243tsujdayrtemoeG 34dnuosAlauD 44dnuosBlauD 54dnuosonoM 64dnuosoeretS

74

84nigriv-nonsaMVNteS 94nigrivsaMVNteS 05noitcAoN

ffoedom'TT'

mumixamerutciP

muminimerutciP

%03otemuloVenohpdaeh/rekaepsteS %05otemuloVenohpdaeh/rekaepsteS %56otemuloVenohpdaeh/rekaepsteS %08otemuloVenohpdaeh/rekaepsteS

edomgniegA

noitidnoCgnippihS noitcaoN noitcaoN

tnemtsujdaerutcipbuS

tnemtsujdaruolocbuS

tnemtsujdassenthgirbbuS

noitcaoN

%05levelerutciP

rotinomnoitcudorP

noitcaoN

noitcnufcitamotuanoitatorerutciP

elbasid/elbaneedomnoitcudorP

noitcaoN

sutatsVTyalpsid,E,D,AnoitanitseD

sutatsVTyalpsid,itluM,BnoitanitseD

sutatsVTyalpsid,E,D,AnoitanitseD

sutatsVTyalpsid,UnoitanitseD

sutatsVTyalpsid,E,D,AnoitanitseD

sutatsVTyalpsid,itluM,BnoitanitseD

sutatsVTyalpsid,KnoitanitseD

sutatsVTyalpsid,RnoitanitseD

1tnemtsujdayrtemoeG

noitcaoN

elbasid/elbaneybdnatsotuA

2tnemtsujdayrtemoeG

noitcaoN

tsetedomneercS

sutatsVT,9:61>-<3:4TRC

noitaludomyticoleV

noitcaoN

- 30 -

5-1. BLOCK DIA GRAMS (1)

TO

A BOARD

CN1803

VM ( )

VELOCITY MODULATION

CN5602

4

Q.P -

5

Q.P +

VM IN

1

CN302 IC300

VM AMP

Q5400,5401

AV LINK PROCESSOR

H ( )

1

SCL_3.3 SDA_3.3

3

AV_INT

5

RESET

6

AV-LINK

7

X300

3.3V D302

CN907

1

3

TO A BOARD

CN1701

5

7

9

11

VM BUFFER Q5402,5403,

5404,5405

23

SCL

24

SDA

22

INT

6

RESET

21 14

AV-LINK

28

OSC_OUT

29

OSC_IN

HEADPHONE R OUT

HEADPHONE L OUT

AV4 CHROMA IN

AV3 LUMINANCE IN

AV4 LEFT IN

AV4 RIGHT IN

SIRCS

RESP LED

VOL+

VOL-

RESET

BUTTON

AV-IN

PROG+

PROG-

4 3

2 1

Q5406,5407

20

17

15

11

10

9

8

Y/C

VIDEO

L

R

VM OUT

SIRCS

RESET -BUTTON

PROG+

PROG-

CN900

VOL+ VOL-

AV-IN

Q.P -

Q.P +

1 2

3 4

7

8

CN301 3

4RESP LED

CN300

1 2 3 4 5 6

J900

HEADPHONE

CN5444

TO

F4 BOARD

CN2161

TO

TOP CONTROLLER

QP-

QP+

VM

NECK

ASSY

TO

J2 BOARD

TO

B5 BOARD

CN4472

TU1001

CN1001

CN7109

ANALOGUE

TUNER

3

FBLK

5

V-PULSE

6

H-PULSE

7

MAIN-Y

9

MAIN-U

10

MAIN-V

11

CV-TEXT

13

SUB-C

14

SUB-Y

17

AV4.C

18

ATV-CV OUT

19

AV4.Y

21

AV-LINK

23

SDA

24

SCL

25

SDA1

26

SCL1

31

HP-MUTE

33

HP-R

34

HP-L

35

AV4-R

36

AV4-L

39

DTV-R

40

DTV-L

41

TV-R

42

TV-L

43

ATV-R

44

ATV-L

45

MAIN-R

46

MAIN-L

48

AGC MON

49

QSS

50

AM

1

MS-SHUT-DOWN

11

VP100 IN

12

HP100 IN

14

Y100

16

U100

18

V100

20

DPIC

22

RESET 100

23

SCL

24

SDA

31

VPSUBOUT/Y-SUB

34

VSUBOUT/C-SUB

36

USUBOUT/INT-COL

38

YSUBOUT/FB

42

MAIN-Y

44

MAIN-U

46

MAIN-V

48

V-PULSE

50

H-PULSE

AGC

SCL SDA FM/AM QSS VIDEO

VIDEO

AGC

AGC VSYNC100 HSYNC100

SUB-Y SUB-C

INT-COL

FBLK

TO

SHEET

CN2000

OCP

12

OVP

MAIN RY

DGCRY

LEFT SP

RIGHT SP

DISABLE

HM(1)

HM(2)

INT-COL

HM(3)

AV-LINK

HM(4)

SCL0

SDA0

VIDEO

TXTBLKBLK-MB

TXTB STBY TXTG

TXTR

SCL-DIG SDA-DIG

VP100 HP100

SDA

DISABLE

HM(1) HM(2) HM(4) HM(3)

AV LINK

13

CN1602

1

2

CN1201

1

TO SPEAKERS

3

CN1202

1

TO SUB WOOFER

CN1000

1

4

5

6

7

8

9

10

11

13

15

17

19

21

23

24

25

27

29

31

33

35

39

CN1701

1

3

5

7

9

11

CN1999

SCL

2

3

4

CN1706

1

3

5

6

7

TO

M2 BOARD

CN100

TO

H3 BOARD

CN907

TO

SERVICE

CP1100

1

SWATT

AUDIO

IC1201

AUDIO AMPLIFIER

WOOFER

1

WOOFER

AC-RY-LATCH

RIGHT

LEFT

OVP

2

OUTPUT

9 3

INPUT

BOOT

10

STBY/MUTE

IC1202 AUDIO AMPLIFIER LEFT AND RIGHT

11

MUTE

6

MUTE

13

IN S+

8

IN C+

I/O EXPANDER

6

ATTN

1

0V PROT

4

DG CRY

A 1/2 ( )

IC1008

INTERFACE

STBY

STBY OUT S OUT C

PROT

14

9

1

3

15

SCL

14

SDA

OCP

10

AUDIO DECODER AND AMPLIFIER, VERTICAL DEFLECTION,

PICTURE ROTATION, DYNAMIC CONVERGENCE

SCL-TV SDA-TV

CV TEXT

B-MB

G-MB R-MB SCL1 SDA1 VSYNC HSYNC

HP-R HP-L AV4.C AV4-Y AV3 LUMINANCE IN AV4-L AV4 LEFT IN AV4-R AV4 RIGHT IN

WOOFER SP

MS-SHUT-DOWN

SCL SDA

AUDIO RESET

RESET 100

AUDIO MUTE

HEADPHONE RIGHT OUT

HEADPHONE LEFT OUT

AV4 CHRONA IN

VOL-

1

2

VOL+

3

PRESET VIDEO

4 5

PROG -

6

PROG +

S900 S901 S902 S903 S904 S905

H3

FRONT AV INPUT,

HEADPHONE

(

)

- 31 -

5-1. BLOCK DIA GRAMS (2)

J2 ( )

AV4

5

3

TO

A BOARD

3

11

25

26

31

33

34

46

45

19

36

10

9

7

42

41

14

18

CN3600

AV4-C-IN

TU3800 SUB TUNER

AV3L

AVFC

CVBS-TV-SUB

5

3

5

3

5

6

13

24

23

17

35

21

AV1

AV3

AV2

F-BLK-OUT

32

36

25

29

18

60

20

35

5

62

30

24

23

11

13

45

9

41

40

49

54

34

26

33

27

55

43

28

19

58

SWITCH

Q2302

SWITCH

Q2303

SWITCH

Q2300

SWITCH

Q2301

1

3

R OUT6L-IN

7

L OUT R-IN

HP-R-OUT

RGBSEL

5

2

15

4

3

6

7

8

14

13

12

11

10

IC3500

IC3400

48

16

18

47

45

17

46

44

5

32

22

2

20

19

13

14

7

9

4

42

40

39

37

33

29

23

3

1

26

25

6

12

11

CVBS-to-2149

J2300

L

R

STU-LR

SCL-DIG SDA-DIG

VIDEO FM/AM

SCL SDA

HP-L-OUT

IC2300

HP OUT

V-IN-1-B V-IN-1-G V-IN-1-R BLK-1

SEL V-IN-2-B V-IN-2-G V-IN-2-R BLK-2 BLK-OUT V-OUT-B V-OUT-G V-OUT-R

BLUE IN

GREEN IN

RED IN

BLANKING

AV3ROUT AV3LOUT

AV3C AV3Y

AV3VOUT

AV4R AV4L AV4C

AVFL

AV3OUT

AVFY

AV4R-IN

L-to-1855 R-to-1855

AV4Y

AV3R

AV3MODE R-FRONT R-SEL-OUTPUT L-SEL-OUTPUT C-AV Y-AV3 CVBS-SEL-(AV3) R-AV4 L-AV4 C-AV4 R-to-2149 L-to-2149-P26 L-FRONT R-to-2149-P33 C-SUB SCL SDA CVBS-from-2149 Y-FRONT

L-from-2149 R-from-2149

C-to-2149

Y-to-2149 L-to-2149

CVBS-to-2149

Y-AV4

CVBS-AV4

R-AV3 L-AV3

AV4MODE-1 AV4MODE-2

C-FRONT

LDO

CVBS-TV-SUB

IC3300

MAIN AUDIO/VIDEO SWITCH

STU-LR

Y-MAIN

C-MAIN

CVBS-TEXT CVBS-SUB

L-TO-2149

SUB-TUNER

L-AV1

R-HP-VAR-OUTPUT

MAIN-TV R-AV1 L-MAIN-TV

MODE 1

SUB-TV-(MOND)

CVBS-AV1

L-HP-VAR-OUTPUT

Y-MAIN-OUTPUT C-MAIN-OUTPUT

MODE 3

Y-OUTPUT-TEXT

CVBS-SUB-OUTPUT

L-to-1855 R-to-1855 C-to-2149 Y-to-2149

R-from-1855-P32

L-from-1855-P22

R-from-1855-P20

L-from-1855-P33 CVBS-from-1855

CVBS-to-1855

R-AV2

L-AV2

MODE 2

Y-AV2

RIGHT IN(4) AV4R LEFT IN(4) AV4L MODE(4) AV4MODE C IN(2) AV4C Y IN AV4Y

BLUE IN GREEN IN RED IN BLANKING

RIGHT OUT(1) RIGHT IN(1) LEFT OUT(1) LEFT IN(1) MODE(1) VIDEO OUT(1) VIDEO IN(1)

RIGHT OUT(3) RIGHT IN(3) LEFT OUT(3) LEFT IN(3) MODE(3) AV LINK C IN(1) VIDEO OUT VIDEO IN(3)

RIGHT OUT(2) RMONIT-OUT

RIGHT IN(2) LEFT OUT(2) LMONIT-O UT LEFT IN(2) BLUE IN MODE(2) GREEN IN RED IN BLANKING VIDEO(2) AV2V

AV-LINK MAIN-R-OUT MAIN-L-OUT AV4R-IN HP-L-OUT HP-R-OUT ATV-CV-IN/GNG SUB-Y CVBS-SUB HP-MUTE SCL-DIG SDA-DIG CVBS-TEXT

B-OUT G-OUT R-OUT MAIN-TV-R-IN MAIN-TV-L-IN AV4-L-IN AV4-Y-IN

SDA SCL SUB-C MAIN-C-OUT MAIN-Y-OUT

CN1001

RMONIT-OUT

LMONIT-OUT

AV1TVOUT

AVFL AVFY

AVFC

C-MAIN Y-MAIN

AV3Y

AV3YOUT

AV3ROUT

AV3L

AV3LOUT

AV3R

AV1TVOUT

MAIN-TV-L-IN

MAIN-TV-R-IN

AV SCART, I/O

SWITCHING AND SOCKETS

TO

VM BOARD

CN5602

TO

C BOARD

CN5400

TO

D1 BOARD

CN8500

TO ROT COIL

TO CY

TO

D1 BOARD

CN8616

TO

D2 BOARD

CN6801

CN1803

1

VM

4

QP-

CN1804

1

R-OUT

3

G-OUT

5

B-OUT

8

IK

CN1805

1

DF-PARA

2

MP-PARA

3

E/W

4

HC-PARA

5

H-DRIVE

6

AFC-PULSE

7

ABL

8

XRAY

CN1901

1

ROT-

3

ROT+

CN1902

1

CY+

3

CY-

CN1807

1

PRE-RGB

2

DF-DRIVE

3

H-CENTRE

CN1903

4

H-PROT

5

HDP-OVP

6

AFC-PULSE

7

DF-DRIVE

8

ABL

TO

A BOARD

CN1802

T0

A BOARD

CN1805

AC-RY-LATCH

CN8612

CN8500

2 3 5

TO

SHEET 1

MP-PARA EW H-DRIVE

14

VM-OUT

DPIC

12

DPDT-OFF

Y100

20

Y-IN

U100

21

CB-IN

V100

22

CR-IN

64

R-OUT

63

G-OUT

62

B-OUT

58

42

28

46

45

47

43

40

39

56

25

26

51

60

IK-IN VS-IN HS-IN DF-PARA MP-PARA EW-DRV HC-PARA H-DRV HP-IN APL-IN SDA SCL VSAW1

PRE-RGB

VSYNC100 HSYNC100

BACK END BLOCK RESPONSIBILITY

2

SCL

3

TV-R

TV-L ATV-R ATV-L DTV-L

DTV-R

MAIN-L

MAIN-R

AM

SDA POWER ON

21

RESET

33

SC2-OUT-R

34

SC2-OUT-L

36

SC1-OUT-R

37

SC1-OUT-L

53

SC2-IN-L

54

SC2-IN-R

56

SC1-IN-L

57

SC1-IN-R

60

MONO IN (AM)

AUDIO RESET

IC1402

VPROT

DF-DRIVE

35

XTAL OUT

XTAL IN

IF IN

72

71

69

30 3

28

27

AUDIO

FL1270

4 1

IC1270

OUTPUT AMP

5

7

IC1231

SUBWOOFER OUT

SPEAKER OUT L

SPEAKER OUT R

IC8801

29

18

8

1

HD1 OUT MP.PARA EW HD1N

HD2 OUT

LIN OUT

MP OUT

28

14

16

IC1801

7 5

3 6

VERTICAL

IC1701

1

QSS

BUFFER

Q8010 Q8011

BUFFER

Q8014 Q8015

BUFFER

Q8507 Q8508

BUFFER

Q8503 Q8504

DFPHASE

DQP-

AC-AMP

IC1804

2 1

3

AFC-PULSE

HC-PARA DF-PARA

ABL

IC1808

7 5

1

DQP-PHASE

26

IC1811

7

4

IC1806

14

6

5 2

DQP-DC-LEVEL

ROTROT+

CY+ CY-

H-CENTRE DQP-AC-AMP DQP-DC-LEV

DF-PHASE DQP-PHASE

MP-PARA

AUDIO DECODER AND AMPLIFIER, VERTICAL DEFLECTION,

A 2/2 ( )

PICTURE ROTATION, DYNAMIC CONVERGENCE

DY

ASSY

6

V+

5

V-

4

H-

3

HDT

T8100

HDT

T8101

LINEARITY

Q8106

INNER

Q8105

UPPER H OUT

Q8102

LOWER H OUT

Q8103

+B

D1 ( )

T8202

HDT

HORIZONTAL DEFLECTION

2

H+

1

TO

CN8614

5HEATER

C BOARD

CN5634

IC1811

4

1

IC1950

ROTATION (N/S)

2

4

IC1809

6

3

IC1803

10

8

12

3

7

9

4

21

20

H-LINEAR

SDA

SCL

- 32 -

5-1. BLOCK DIA GRAMS (3)

2

4

SWITCH

Q2161

STBY 5V

TO H BOARD

CN301

CN2161

RESP LED

SWITCH

Q2160

OUT

IC2160

GR

1

5

POWER

S2650

CN2652CN2650

2

1

F4( )

POWER SWITCH, SIRCS

RECEIVER AND STAND-

BY LED INDICATOR

TO

G BOARD

CN6001

D2172

VCC

3

SIRCS

AC IN

AC OUT

CN6801

1/2

6

TO

A BOARD

CN1903

7

8

AFC PULSE

2 3

DF DRIVE

ABL

AFC PULSE

DETECT

Q6802, Q6803

IC6807

12

VG(L)

VG(H)

1

V SENSE

IC6800

BUFFER

Q6803

1

3

2

5

6

IC6801

Q8909

Q6804,

15

VS

Q6805

16

9

2

F/B

CATHODE

IC6803

1

7

9

8

200V

7

5

10

200V

6

4

3

11

43

REF

T6800

POWER ON SWITCH

HV

OVERSHOOT

17

PROJECT

Q6816, Q6817

13

15

14

G2

16

FV

1

18

19

12

IC6802

7

5

6

SS RESET

Q6814,

Q6813

6

DYNAMIC

3

FOCUS

T8901

1

ABL

PROTECT

Q6807

UNDER VOLTAGE PROTECT

Q6808

D2 ( )

DYNAMIC

FOCUS

Q8918

HPROT

HOP OV

DYNAMIC PICTURE

STABILISING CIRCUIT

CN6801

2/2

4

5

TO

A BOARD

CN1903

TO A BOARD

CN1804

CN5400

R

1

G

3

B

5

IK

8

VOLTAGE DET

+12V

Q5375, 5376

+12V

Q5350

STANBY SW

Q5300

STANBY SW

Q5325

STANBY SW

Q5351

IC5300

VIDEO OUT (RED)

1

VB

3

VI

9

VDF

VO

5

IK

IC5325

VIDEO OUT (GREEN)

1

VB

3

VI

9

VDF

VO

5

IK

IC5350

VIDEO OUT (BLUE)

1

VB

3

VI

9

VDF

VO

5

IK

8

FV

G4

R

10

G

9

B

8

H1

5

H1

5

J5375

CN5634

TO D2 BOARD

FV (T6800)

PICTURE TUBE

HV

TO D1 BOARD

CN8614

TO D2 BOARD

HV (T6800)

TO F4 BOARD

CN2652

FOR CHECK

TO A BOARD

CN1602

CN6001

CN6002

CN6003

CN6004

CN6008

R, G, B OUT

C (

)

T6003

4

AC IN

1

5

AC IN

CHECK

1

2

CHECK

1

DGC

2

3

DGC

1

PFC

3

PFC

MAIN RY

1

2

DGC RY

3

2

1

T6101

1

2

3

4

RELAY

RY6001

MAIN RECT

D6001

RELAY RY6002

7

8

RECT

D6102

9

RELAY

SWITCH

Q6103

RELAY

SWITCH

Q6101

MAIN BRIDGE

1

V SENSE

2

F/B

3

CT

4RT

TIMER

6

7

SS

8

VC 1

9

OCP

IC6001

RECTIFIER

VG (L)

18

VD

16

VG

15

VS

14

VB

12

VC 2

10

D6004

MOSFET

TRANSISTOR

USED BY

SWITCHING

CIRCUIT Q6006

MOSFET

TRANSISTOR

USED BY

SWITCHING

CIRCUIT Q6007

T6002

10

11

RECT D6010

12

6

8

7

9

13

14

15

16

17

18

1

RECT

2

D6016

3

PH6001

4

3

1

2

+200V

+135V

+11V

+6V

CN6006

AU (+)

5

TO A BOARD

AU (+)

6

CN2000

IC6003

1

2

Q6104

Q6105

G ( )

- 33 -

POWER SUPPLY

DB09

DQ3 DQ2 DQ1 DQ0

ADDR11

DQ7 DQ6

DQ5

DQ4

XCAS

XRAS

153

152

154

150

151

139

138

136

137

135

133

129

134

128

149

148

140

147

126

125

127

124

123

192

193

195

196

194

199

201

202

200

203

122

189

191

190

DQ11 DQ10

DQ9 DQ8

ADDR9

ADDR0

DQ15 DQ14 DQ13 DQ12

ADDR2 ADDR1

204

205

206

10

11

9

14

13

19

20

36

35

46

48

49

47

25

15

16

18

17

27

28

26

29

30

39

40

42

41

31

32

38

37

7

8

TO

SHEET 1/2 (B)

TO

SHEET 1/2 (A)

DB08 DB07 DB06 DB05 DB04 DB03 DB02 DR09 DR08 DR07 DR06 DR05 DR04 DR03 DR02 DY09 DY08 DY07 DY06 DY05 DY04 DY03 DY02 DIC00 DIC01 DIC02 DIC03 DIC04 DIC05 DIC06 DIC07 DIY00 DIY01 DIY02 DIY03 DIY04 DIY05 DIY06 DIY07

XWE DOM

XCS

ADDR10

ADDR3

ADDR8 ADDR7 ADDR6 ADDR5 ADDR4

17

15

16

18

14

6

5

2

3

19

21

22

20

23

12

11

8

9

49

48

24

46

45

32

31

29

28

30

27

43

42

39

40

DQ(3) DQ(2) DQ(1) DQ(0)

ADDR(11)

DQ(7) DQ(6) DQ(5)

DQ(4)

XCAS

XRAS

DQ11 DQ10

DQ9 DQ8

ADDR9

ADDR(0)

DQ15 DQ14 DQ13 DQ12

ADDR(2) ADDR(1)

XWE DOM

XCS

ADDR(10)

ADDR(3)

ADDR8 ADDR7 ADDR6 ADDR5 ADDR4

DQ(3) DQ(2) DQ(1) DQ(0)

ADDR(11)

DQ(7) DQ(6) DQ(5)

DQ(4)

XCAS XRAS

DQ11 DQ10

DQ9 DQ8

ADDR9

ADDR(0)

DQ15 DQ14 DQ13 DQ12

ADDR(2)

ADDR(1)

XWE DOM

XCS

ADDR(10)

ADDR(3)

ADDR8 ADDR7 ADDR6 ADDR5 ADDR4

DQ3 DQ2 DQ1 DQ0 ADDR11

DQ7 DQ6 DQ5 DQ4

CAS RAS

DQ11 DQ10 DQ9 DQ8 ADDR9

ADDR0 DQ15 DQ14 DQ13 DQ12

ADDR2 ADDR1

WE LDGM CS

ADDR10 ADDR3

ADDR8 ADDR7 ADDR6 ADDR5

ADDR4

IC4203

IC4201

B5 (2/2) ( )

PICTURE DECODER, DRC,

DIGITAL NOISE REDUCTION

IOPORT7 IOPORT6

7

8

6

11

132

131

129

130

128

124

123

125

122

12

135

133

134

120

119

121

118

116

111

110

109

115

114

112

113

4

5

TO

SHEET 1/2 (C)

DRCCBIN0

IP7

IC4304

IOPORT5 IOPORT4 IOPORT3 IOPORT2

IOPORT1 IOPORT0

IP6 IP5

IP4 IP3 IP2 IP1 IP0

57

58

59

69

80

93

81

60

IP7 IP6 IP5

IP4 IP3 IP2 IP1 IP0

FV FH PXI FFSW GAME SO S1

VSTILL1

DB03 DB04 DB05 DB06 DB07

DB02

150

151

153

152

154

134

135

133

136

147

149

148

138

139

137

140

122

127

128

129

123

124

126

125

DB08 DB09

DSB(3) DSB(4) DSB(5) DSB(6) DSB(7)

DSB(2)

DSR(4)

DSR(2) DSR(3)

DSB(8) DSB(9)

DR03 DR04 DR05 DR06 DR07

DR02

DR08 DR09

DY03 DY04 DY05 DY06 DY07

DY02

DY08 DY09

DSR(5) DSR(6) DSR(7) DSR(8) DSR(9)

DSY(4)

DSY(2) DSY(3)

DSY(5) DSY(6) DSY(7) DSY(8) DSY(9)

DSB(3) DSB(4) DSB(5) DSB(6) DSB(7)

DSB(2)

DSR(4)

DSR(2) DSR(3)

DSB(8) DSB(9)

DSR(5) DSR(6) DSR(7) DSR(8) DSR(9)

DSY(4)

DSY(2) DSY(3)

DSY(5) DSY(6) DSY(7) DSY(8) DSY(9)

DRCCBIN1 DRCCBIN2

DRCCBIN3 DRCCBIN4

DRCCBIN5 DRCCBIN6 DRCCBIN7

DRCCRIN0 DRCCRIN1 DRCCRIN2 DRCCRIN3 DRCCRIN4

DRCCRIN5 DRCCRIN6 DRCCRIN7

DRCCYIN0 DRCCYIN1 DRCCYIN2 DRCCYIN3 DRCCYIN4

DRCCYIN5 DRCCYIN6 DRCCYIN7

48

49

51

50

52

56

57

53

58

44

47

46

60

61

59

62

63

69

70

71

64

65

68

67

DSPCRIN0 DSPCRIN1 DSPCRIN2 DSPCRIN3 DSPCRIN4

DSPCRIN5 DSPCRIN6 DSPCRIN7

DSPCBIN0 DSPCBIN1 DSPCBIN2 DSPCBIN3 DSPCBIN4

DSPCBIN5 DSPCBIN6 DSPCBIN7

DSPCYIN0 DSPCYIN1 DSPCYIN2 DSPCYIN3 DSPCYIN4

DSPCYIN5 DSPCYIN6 DSPCYIN7

RP(1) RP(2) RP(3) RP(4) RP(5)

RP(0)

BP(2)

BP(0)

RP(6) RP(7)

BP(3) BP(4) BP(5) BP(6) BP(7)

GP(2)

GP(0)

GP(3) GP(4) GP(5) GP(6) GP(7)

BP(1)

GP(1)

TO

SHEET 1/2 (D)

99

98

96

97

95

93

92

94

89

104

100

103

87

86

88

85

82

76

75

74

80

79

77

78

DY(5)

DY(7)

DY(4) DY(3) DY(2) DY(1) DY(0)

DY(6)

DRCCYOUT0

DRCCYOUT1

DRCCYOUT2

DRCCYOUT3

DRCCYOUT4

DRCCYOUT5

DRCCYOUT6

DRCCYOUT7

DRCCROUT0

DR(5)

DR(7)

DR(4) DR(3) DR(2) DR(1) DR(0)

DR(6)

DRCCROUT1

DRCCROUT2

DRCCROUT3

DRCCROUT4

DRCCROUT5

DRCCROUT6

DRCCROUT7

DB(5)

DB(7)

DB(4) DB(3) DB(2) DB(1) DB(0)

DB(6)

DRCCBOUT1

DRCCBOUT2

DRCCBOUT3

DRCCBOUT4

DRCCBOUT5

DRCCBOUT6

DRCCBOUT7

DRCCBOUT0

5-1. BLOCK DIAGRAMS (4)

A BOARD

CN7109

CN4472(1/2)

TO

11

12

23

24

38

42

44

46

48

50

31

34

VP100 OUT

HP100 OUT

SCL

SDA

FBIN

BIN

GIN

RIN

CV/Y MAIN IN

C MAIN IN

SUB CVBS

C SUB IN

IC4403 VP-100

442

OUT

HP-100

OUT

IC4402

BUFFER

Q3119

BUFFER

Q3116

BUFFER

Q3110

BUFFER

Q3120

BUFFER

Q3108

BUFFER

Q3106

2

CN4472(2/2)

14

IC4602

Y 100 OUT

U 100 OUT

V 100 OUT

16

18

AMP Q4903

PDACY

AMP Q4904

PDACU

AMP Q4905

PDACV

RP(0)

71

DSPCR0

RP(1)

70

DSPCR1

RP(2)

69

DSPCR2

RP(3)

68

DSPCR3

RP(4)

65

DSPCR4

RP(5)

64

DSPCR5

RP(6)

63

DSPCR6

RP(7)

62

DSPCR7

35

AIN6

29

AIN4

24

AIN3

32

AIN5

16

AIN2

12

AIN1

IC4602

IC3100

CLKO

COUT2

COUT3

COUT4

COUT5

COUT6

COUT7

COUT8

COUT9

YOUT2

YOUT3

YOUT4

YOUT5

YOUT6

YOUT7

YOUT8

YOUT9

LIEN

VSO

HSO

154

153

152

151

144

143

142

137

136

135

134

133

126

125

124

119

118

117

116

115

CGEN

CLKO

VSO

HSO

DCOBC(0)

DCOBC(1)

DCOBC(2)

DCOBC(3)

DCOBC(4)

DCOBC(5)

DCOBC(6)

DCOBC(7)

DCOBY(0)

DCOBY(1)

DCOBY(2)

DCOBY(3)

DCOBY(4)

DCOBY(5)

DCOBY(6)

DCOBY(7)

23

CrOUT

IC3200

CbOUT

YOUT

22

21

48

1

CVBS/Y1

C1

TO SHEET 2 (C)

51

CGEN

52

CLKINB

53

VDINB

54

HDINB

26

CINB0

27

CINB1

30

CINB2

31

CINB3

32

CINB4

33

CINB5

34

CINB6

35

CINB7

38

YINB0

39

YINB1

40

YINB2

41

YINB3

42

YINB4

43

YINB5

IC4602

44

YINB6

45

YINB7

IC4401

COUT0

COUT1

COUT2

COUT3

COUT4

COUT5

COUT6

COUT7

YOUT0

YOUT1

YOUT2

YOUT3

YOUT4

YOUT5

YOUT6

YOUT7

DICO(0)

96

DICO(1)

95

DICO(2)

94

DICO(3)

93

DICO(4)

92

DICO(5)

91

DICO(6)

90

DICO(7)

89

DIYO(0)

85

DIYO(1)

84

DIYO(2)

83

DIYO(3)

82

DIYO(4)

79

DIYO(5)

78

DIYO(6)

77

DIYO(7)

76

AMP Q3206

AMP 3205

AMP 3204

TO

SHEET 1/2 (D)

TO SHEET 2 (B)

BP(0)

BP(1)

BP(2)

BP(3)

BP(4)

BP(5)

BP(6)

BP(7)

GP(0)

GP(1)

GP(2)

GP(3)

GP(4)

GP(5)

GP(6)

GP(7)

CB(7)

CB(6)

CB(5)

CB(4)

CB(3)

CB(2)

CB(1)

CB(0)

CR(7)

CR(6)

CR(5)

CR(4)

CR(3)

CR(2)

CR(1)

CR(0)

Y(7)

Y(6)

Y(5)

Y(4)

Y(3)

Y(2)

Y(1)

Y(0)

61

60

59

58

57

56

53

52

51

50

49

48

47

46

45

44

11

12

13

14

15

16

17

20

21

22

23

24

26

27

28

29

31

32

33

34

35

39

40

41

208

210

215

DSPCB0

DSPCB1

DSPCB2

DSPCB3

DSPCB4

DSPCB5

DSPCB6

DSPCB7

DSPY0

DSPY1

DSPY2

DSPY3

DSPY4

DSPY5

DSPY6

DSPY7

DRCCBIN7

DRCCBIN6

DRCCBIN5

DRCCBIN4

DRCCBIN3

DRCCBIN2

DRCCBIN1

DRCCBIN0

DRCCRIN7

DRCCRIN6

DRCCRIN5

DRCCRIN4

DRCCRIN3

DRCCRIN2

DRCCRIN1

DRCCRIN0

DRCYIN7

DRCYIN6

DRCYIN5

DRCYIN4

DRCYIN3

DRCYIN2

DRCYIN1

DRCYIN0

ANCRIN

ANCBIN

ANYGIN

DRCCRIN0

DRCCRIN1

DRCCRIN2

DRCCRIN3

DRCCRIN4

DRCCRIN5

DRCCRIN6

DRCCRIN7

DRCCBIN0

DRCCBIN1

DRCCBIN2

DRCCBIN3

DRCCBIN4

DRCCBIN5

DRCCBIN6

DRCCBIN7

IC4600

SDDAT31

SDDAT30

SDDAT29

SDDAT28

SDDAT27

SDDAT26

SDDAT25

SDDAT24

SDDAT23

SDDAT22

SDDAT21

SDDAT20

SDDAT19

SDDAT18

SDDAT17

SDDAT16

SDDAT15

SDDAT14

SDDAT13

SDDAT12

SDDAT11

SDDAT10

SDDAT9

SDDAT8

SDDAT7

SDDAT6

SDDAT5

SDDAT4

SDDAT3

SDDAT2

SDDAT1

SDDAT0

SDADR0

SDADR1

SDADR2

SDADR3

SDADR4

SDADR5

SDADR6

SDADR7

SDADR8

SDADR9

SDADR10

SDADR11

SDADR12

DRCYIN0

DRCYIN1

DRCYIN2

DRCYIN3

DRCYIN4

DRCYIN5

DRCYIN6

DRCYIN7

D(31)

99

D(30)

100

D(29)

103

D(28)

104

D(27)

105

D(26)

106

D(25)

108

D(24)

109

D(23)

110

D(22)

111

D(21)

112

D(20)

113

D(19)

116

D(18)

117

D(17)

118

D(16)

119

D(15)

158

D(14)

159

D(13)

160

D(12)

161

D(11)

164

D(10)

165

D(9)

166

D(8)

167

D(7)

148

D(6)

149

D(5)

151

D(4)

152

D(3)

153

D(2)

154

D(1)

155

D(0)

157

A(0)

131

A(1)

130

A(2)

129

A(3)

120

A(4)

121

A(5)

122

A(6)

123

A(7)

124

A(8)

125

A(9)

128

A(10)

132

A(11)

133

A(12)

134

Y(0)

41

Y(1)

40

Y(2)

39

Y(3)

35

Y(4)

34

Y(5)

33

Y(6)

32

Y(7)

31

CR(0)

29

CR(1)

28

CR(2)

27

CR(3)

26

CR(4)

24

CR(5)

23

CR(6)

22

CR(7)

21

CB(0)

20

CB(1)

17

CB(2)

16

CB(3)

15

CB(4)

14

CB(5)

13

CB(6)

12

CB(7)

11

D(31)

55

DQ31

D(30)

54

DQ30

D(29)

53

DQ29

D(28)

51

DQ28

D(27)

50

DQ27

D(26)

48

DQ26

D(25)

47

DQ25

D(24)

45

DQ24

D(23)

42

DQ23

D(22)

40

DQ22

D(21)

39

DQ21

D(20)

37

DQ20

D(19)

36

DQ19

D(18)

34

DQ18

D(17)

33

DQ17

D(16)

31

DQ16

D(15)

85

DQ15

D(14)

83

DQ14

D(13)

82

DQ13

D(12)

80

DQ12

D(11)

79

DQ11

D(10)

77

DQ10

D(9)

76

DQ9

D(8)

75

DQ8

D(7)

13

DQ7

D(6)

11

DQ6

D(5)

10

DQ5

D(4)

8

DQ4

D(3)

7

DQ3

D(2)

5

DQ2

D(1)

4

DQ1

D(0)

3

DQ0

A(0)

25

A0

A(1)

26

A1

A(2)

27

A2

A(3)

60

A3

A(4)

61

A4

A(5)

62

A5

A(6)

63

A6

A(7)

64

A7

A(8)

65

A8

A(9)

66

A9

A(10)

24

A10

A(11)

23

A11

A(12)

22

A12

TO SHEET 2 (A)

B5 (1/2)

PICTURE DECODER, DRC,

DIGITAL NOISE REDUCTION

( )

- 34 -

5-1. BLOCK DIA GRAMS (5)

5-2. CIRCUIT BOARD LOCATION

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.

• : B - bus.

• : RF signal path.

• : earth - ground.

• : earth - chassis.

Reference Information

RESISTOR RN

: METAL FILM

RC

: SOLID

FPRD

: NON FLAMMABLE CARBON

FUSE

: NON FLAMMABLE FUSIBLE

RS

: NON FLAMMABLE METAL OXIDE

RB

: NON FLAMMABLE CEMENT

RW

: NON FLAMMABLE WIREWOUND : ADJUSTMENT RESISTOR

COIL LF-8L

: MICRO INDUCTOR

CAPACITOR TA

: TANTALUM

PS

: STYROL

PP

: POLYPROPYLENE

PT

: MYLAR

MPS

: METALIZED POLYESTER

MPP

: METALIZED POLYPROPYLENE

ALB

: BIPOLAR

ALT

: HIGH TEMPERATURE

ALR

: HIGH RIPPLE

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

Note :

CVM Board

A Board

S1 Board

VM

C

H

D1

A

J

A2

N

D

A1

D2

C

A

VM Board

C Board

A Board

M2 Board

G Board

H Board

H3 Board

D2 Board

D1 Board

B5 Board

J2 Board

F4 Board

CN100/1

1

CS DISABLE

4

KEY2/SCL3.3

6

KEY1/SCL3.3 INT-COL RESET

AVL-INT

CVBS IN (TXT) RESET TXT BLK TXTB PROT AC-ON/OFF VP100 HP100 P2(13)

OUT IC101

7

8 10 17 20 21 22 26 28 33 35 40

TO

BOARD A

CN1000

11

P2.14

100

P6.5

97

RESET AUDIO P3.7

P6.2

5

P2.8 INT. COL

12

P2.15 AVL INT

121

CVBSIA

105

BLANK/CORBLA

7

P2.10

8

P2.11 PROT

9

P2.12 AC ON/OFF

102

V SYNC

103

H SYNC

10

P2.13 VIPER WRITE

37

36

35

34

33

27

26

24

23

25

28

29

30

38

39

A14/RAS

40

A15/CAS

22

P4.3/A16

19

P4.1/A17

18

P4.2/A18

17

P4.3/A19

MICRO PROCESSOR AND TEXT DECODER

IC103

AGC DEFEAT P3.2

AUDIO MUTE P3.5

124

P5.0

RESET 100 P3.6

114

B

STDBY P3.4

113

G

112

R

3.12 P6.3

P6.4 P3.11 P3.10

D0 D1 D2 D3 D4 D5 D6 D8

D9 D10 D11 D12 D13 D14 D15

UDQM

MEMCLK

CLKEN

/WE

LDQM

CSROM

RD

CS DISABLE

A(0) A(1) A(2) A(3) A(4) A(5) A(6) A(7) A(8)

A(9) A(10) A(11) A(12) A(13) A(14) A(15) A(16)

A(17) A(18) A(19)

M2( )

AGC-MON AGC-DEFEAT

76

81

80

78

79

90

98

99

RXDO

89

TXDO

88

D(0)

55

D(1)

59

D(2)

65

D(3)

71

D(4)

70

D(5)

64

D(6)

58

D(8)

57

D(9)

63

D(10)

67

D(11)

72

D(12)

66

D(13)

62

D(14)

56

D(15)

51

48

43

45

50

49

46

47

D(0) D(1) D(2) D(3) D(4) D(5) D(6) D(8) D(9) D(10) D(11) D(12) D(13) D(14) D(15) D(7)

D(7)

MS SHUT DOWN

RESET AUDIO

RESET 100

7

WP

6

SCL1

5

SDA1

AUDIO-MUTE

IC104

2

IC105

DQ0

4

DQ1

5

DQ2

7

DQ3

8

DQ4

10

DQ5

11

DQ6

42

DQ8

44

DQ9

45

DQ10

47

DQ11

48

DQ12

50

DQ13

51

DQ14

53

DQ15

13

DQ7

39

DQM

38

CLK

37

CKE

IC107

31

Q7

15

Q0

17

Q1

19

Q2

21

Q3

25

Q4

27

CLKINB

Q5

29

Q6

16

Q8

18

Q9

20

Q10

22

Q11

26

Q12

28

Q13

30

Q14

32

Q15

23

NC

12

/E1

14

/G

BA0/A12 BA1/A13

/RAS /CAS

LDQM

23

A0

24

A1

25

A2

26

A3 A4

29

30

A5

31

A6 A7

32

33

A8

34

A9

A10

22

35

A11

20

21

18

17

16

/WE

15

A(0)

11

A0

A(1)

10

A1

A(2)

9

A2

A(3)

8

A3

A(4)

7

A4

A(5)

6

A5

A(6)

A6

5

A(7)

4

A7

A(8)

43

A8

A(9)

42

A9

A(10)

41

A10

A(11)

40

A11

A(12)

39

A12

A(13)

38

A13

A(14)

37

A14

A(15)

36

A15

A(16)

35

A16

A(17)

3

A17

A(18)

2

A18

A(19)

44

A19

TXTB ST.BY TXTG TXTR

RXDO TXDO BOOT

5 15 19 23 24 25 27 39

3

4

5

CN100/2

CN104

TO

BOARD A

CN1000

- 35 -

ABCDE F

1

2

3

4

G

HIJKLMN

5

6

7

8

9

10

11

~ A Printed Wiring Board Conductor side A ~

- 36 -

Sony KV-36FS76B Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

SERVICE MANUAL

TABLE OF CONTENTS

CAUTION

21 pin connector

Rear Connection Panel Front Connection Panel

Error Detection Monitor

convergence

HAMP Adjustment

YCH Adjustment

TLV Adjustment

HTIL Adjustment

H-TRAP Adjustment

Layout of each control

G2 adjustment

White balance adjustment for TV mode

SECTION 4 CIRCUIT ADJUSTMENTS

Programming the Remote Commander for Operation in Service Mode

Setting the TV into Service Mode

Initialising Menu

Model Setting

Basic Setting

Feature Setting

Device Register Setting

Deflection System Adjustment

Sub Colour Adjustment

H3 BOARD

D1 BOARD

G BOARD

M2 Board