SONY KV-BM212M10, KV-BM212P42 Service Manual

REVISION HISTORY BX1S

CHASSIS

MODEL

KV-BM212M10 KV-BM212P42

NO. SUFFIX DATE SUPP / CORR DESCRIPTION

1 -01 2004/7 _ _ 1st Issue

PA RT NO. : 9-872-460-01

SERVICE MANUAL BX1S

CHASSIS

MODEL COMMANDER DEST. CHASSIS NO.

KV-BM212M10 KV-BM212P42

RM-W101 Oceania SCC-V03H-A

RM-W101 Thailand SCC-V20C-A

MODEL COMMANDER DEST. CHASSIS NO.

RM-W101

TRINITRON

COLOR TV

KV-BM212M10/BM212P42

RM-W101

Section Title Page

SELF DIAGNOSTIC FUNCTION.............................. 3

1. DISASSEMBLY

1-1. Rear Cover Removal ................................................. 6

1-2. Speaker Removal ...................................................... 6

1-3. Chassis Assy Removal .............................................. 6

1-4. Service Position ........................................................ 6

1-5. Terminal Bracket Removal ....................................... 6

1-6. A Board Removal ...................................................... 6

1-7. Picture Tube Removal ............................................... 7

2. SET-UP ADJUSTMENTS

2-1. Beam Landing ........................................................... 8

2-2. Convergence .............................................................. 9

2-3. Focus Adjustment .................................................... 11

2-4. G2 (SCREEN) Adjustments ................................... 11

2-5 White Balance Adjustment ..................................... 11

2-6 Sub Bright Adjustment ........................................... 11

3. CIRCUIT ADJUSTMENTS

3-1. Adjustment With Commander ................................ 12

3-2. Adjustment Method ................................................ 13

3-3. Picture Quality Adjustment .................................... 29

3-4. Deflection Adjustment ............................................ 29

3-5. Picture Distortion Adjustment ................................ 30

Section Title Page

4. DIAGRAMS

4-1. Block Diagram ........................................................ 32

4-2. Circuit Boards Location .......................................... 33

4-3. Schematic Diagram Information ............................ 33

4-3-1. C Board Schematic Diagram ...................... 34

4-3-2. A Board — Processor (Block 001) .............. 35

4-3-3. A Board — Audio (Block 002) .................... 37

4-3-4. A Board — Power Supply (Block 003) ....... 39

4-3-5. A Board — Deflection (Block 004)............. 41

4-3-6. A Board — Tuner (Block 005) .................... 43

4-3-7. A Board — Jack (Block 006) ...................... 45

4-3-8. A Board — Heat Sink (Block 007).............. 47

4-4. Voltage Measurement and Waveforms ................... 48

4-5. Printed Wiring Boards and Parts Location ............. 51

4-6. Semiconductors ....................................................... 54

5. EXPLODED VIEWS

5-1. Chassis ..................................................................... 56

6. ELECTRICAL PARTS LIST .................................... 58

OPERATING INSTRUCTIONS

CAUTION

SHORT CIRCUIT THE ANODE OF THE PICTURE TUBE AND THE ANODE CAP TO THE METAL CHASSIS, CRT SHIELD, OR CARBON PAINTED ON THE CRT, AFTER REMOVING THE ANODE.

SAFETY-RELATED COMPONENT WARNING!!

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

– 2 –

KV-BM212M10/BM212P42

SELF DIAGNOSTIC FUNCTION

The units in this manual contain a self diagnostic function. If an error occurs, the STANDBY (1) indicator will automatically begin to flash. A description of the self-diagnosis function is explained in the instruction manual. The number of times the STANDBY (1) indicator flashes translates to a probable source of the problem. If an error symptom cannot be reproduced, the remote commander can be used to review the failure occurrence data stored in memory to reveal past problems and how often these problems occur.

1. DIAGNOSTIC TEST INDICATORS

When an errors occurs, the STANDBY (1) indicator will flash a set number of times to indicate the possible cause of the problem. If there is more than one error, the indicator will identify the first of the problem areas.

Result for all of the following diagnosis items are displayed on screen. No error has occured if the screen displays a "0".

RM-W101

Diagnosis

Item

Description

Power does not turn on

+B overcurrent (OCP)*

V-Protect

IK (AKB)

Power supply NG (+5V) for Video Processor

* If a +B overcurrent is detected, stoppage of the vertical deflection is detected simultaneously. The symptom that is

diagnosed first by the mirco controller is displayed on the screen.

** Refer to Screen (G2) Adjustment in this manual.

No. of timer

STANDBY (1)

indicator flashes

Does not light

2 times

4 times

5 times

8 times

Self-Diagnostic

display/

Diagnosis result

–

2:0

2:1 ~ 255

4:0

4:1 ~ 255

5:0

5:1 ~ 255

8:0

8:1 ~ 255

Probable Cause

Location

• Power cord is not plugged in.

• Fuse is burned out (F600) A board.

• H OUT (Q805) is shorted. (A board)

• IC751 is shorted. (C board)

• +13V is not supplied.

(A board)

• IC804 is faulty. (A board)

• Video OUT (IC1545) is

faulty. (A board)

• IC001 is faulty. (A board)

• Screen (G2) is improperly

adjusted.**

• IC604 faulty.

• IC602 faulty.

Detected

Symptoms

• Power does not turn on.

• No power is supplied on

TV.

• AC Power supply is faulty.

• Power does not turn on.

• Load on power line is

shorted.

• Has entered standby state after horizontal raster.

• Vertical deflection pulse is stopped.

• Power line is shorted or power supply is shorted.

• No raster is generated.

• CRT Cathode current

detection reference pulse output is small.

• No power supply to CRT ANODE.

• No RASTER is generated.

– 3 –

KV-BM212M10/BM212P42

RM-W101

2. DISPLAY OF STANDBY (1) INDICATOR

FLASH COUNT

Diagnostic Item Flash Count*

+B overcurrent 2 times V-Protect 4 times IK (AKB) 5 times Power Supply NG (+5V) 8 times for Video processor

Lamp ON 300ms

Lamp OFF 300ms

3. STOPPING THE

Lamp OFF 3 sec

STANDBY (1) INDICATOR FLASH

* One flash count is not used for self-diagnosis.

STANDBY u indicator

Turn off the power switch on the TV main unit or unplug the power cord from the outlet to stop the STANDBY (1) indicator from flashing.

4. SELF-DIAGNOSTIC SCREEN DISPLAY

For errors with symptoms such as "power sometimes shuts off" or "screen sometimes goes off" that cannot be confirmed, it is possible to bring up past occurrences of failure on the screen for confirmation.

[To Bring Up Screen Test]

In standby mode, press buttons on the remote commander sequentially in rapid succession as shown below:

Display

/ Channel 5 / Volume / Power / TV

Note that this differs from entering the service mode (volume [+]).

The following screen will be displayed indicating the error count.

SELF DIAGNOSTIC

2 : 0 3 : N/A 4 : 0 5 : 1 8 : 0

101 : N/A

Numeral "0" means that no fault was detected. Numeral "1" means the number of a fault occurrence (1 ~ 255).

– 4 –

KV-BM212M10/BM212P42

5. HANDLING OF SELF-DIAGNOSTIC SCREEN DISPLAY

Since the diagnostic results displayed on the screen are not automatically cleared, always check the self-diagnostic screen during repairs. When you have completed the repairs, clear the result display to "0".

Unless the result display is cleared to "0", the self-diagnosis function will not be able to detect subsequent faults after completion of the repairs.

[Clearing the result display]

To clear the result display to "0", press buttons on the remote commander subsequent as shown below when the self-diagnostic screen is being displayed.

8 , -

[Quitting Self-diagnostic screen]

To quit the entire self-diagnostic screen, turn off the power switch on the remote commander or the main unit.

6. SELF-DIAGNOSTIC CIRCUIT

RM-W101

FROM

C BOARD

IC751 PIN 5

A BOARD

FROM

Q804

COLLECTOR

A BOARD

IC001

Y/CHROMA JUNGLE

EHTO

A BOARD

IC804

V.OUT

F.B-PLS

A BOARD

IC001

SYSTEM

SDA1

3 1384

V.GUARD

RED LED

122

DISPLAY

A BOARD

IC003

MEMORY

SDA

[+B overcurrent $OCP%] Occurs when an overcurrent on the +B(135V) line is detected by pin 32 of IC001 (A board).

If the voltage of pin 32 of IC001 (A board) is more than 4V, the unit will automatically go to standby.

[V-PROTECT] Occurs when an absence of the vertical deflection pulse is detected by pin 13 of IC001

(A board).

[IK $AKB%] If the RGB levels* do not balance within 15 sec after the power is turned on, this error will

be detected by IC001 (A board). TV will stay on, but there will be 5 times LED blinking.

POWER SUPPLY NG (+5V) for VIDEO PROCESSOR

Occurs when IC001 internal HV protect detects an abnormal H-Pulse (frequency) due to improper power supply to IC001. TV cuts off high voltage power of anode CRT. No picture will be detected. eg: IC602, IC604 go faulty.

* (Refers to the RGB levels of the AKB detection Ref pulse that detects IK.)

– 5 –

KV-BM212M10/BM212P42

RM-W101

SECTION 1

DISASSEMBLY

1-1. REAR COVER REMOVAL

1 Rear cover

2 Eight screws

(+BVTP 4 × 16)

1-2. SPEAKER REMOVAL

1-3. CHASSIS ASSY REMOVAL 1-4. SERVICE POSITION

1 Two screws

(+BVTP 3 × 12)

1-5. TERMINAL BRACKET REMOVAL 1-6. A BOARD REMOVAL

4 Terminal bracket

1 One screw (+BVTP 4 × 16)

2 FBT Bracket

3 Two screws

(+BVTP 4 × 16)

– 6 –

A Board

KV-BM212M10/BM212P42

1-7. PICTURE TUBE REMOVAL

Note:

• The picture tube is upside-down for KV-BM212M10 (OCE) only and the position for the anode cap and tension springs are changed accordingly.

• Please make sure the TV set is not in standing position before removing necessary CRT support located on bottom right and left.

1) Place the TV set with the CRT face down on a cushion jig.

2) Remove the rear cover.

3) Unplug all under connecting leads from the Deflection Yoke, Degaussing Coil and CRT grounding strap.

qf Top Switch Block

!£ Nut, Special, CRT (x4)

4 Anode Cap Removal

qs Earth Coating Assy

0 Degaussing Coil

5 C Board Removal

RM-W101

qa Spring Tension Removal

8 Support, CRT Removal (x2)

6 Loosen the Deflection Yoke

fixing screw and remove

7 Chassis Assy Removal

• REMOVAL OF ANODE-CAP

Note:

• After removing the anode, short circuit the anode of the picture tube and the anode cap to the metal chassis, CRT shield or carbon paint on the CRT.

• REMOVING PROCEDURES

1 Turn up one side of the rubber cap in the direction

indicated by the arrow A.

anode button

turning up the rubber cap and pulling it up in the direction of the arrow C.

• HOW TO HANDLE AN ANODE-CAP

1 Do not damage the surface of anode-caps with

sharp shaped objects.

2 Do not press the rubber too hard so as not to

damage the inside of anode-cap. A metal fitting called the shatter-hook terminal is built into the rubber.

3 Do not turn the foot of rubber over too hard.

The shatter-hook terminal will stick out or damage the rubber.

2 Using a thumb pull up the rubber cap firmly in the di-

rection indicated by the arrow B.

3 When one side of the rubber cap is separated from

the anode button, the anode-cap can be removed by

– 7 –

KV-BM212M10/BM212P42

Purity control

RM-W101

SECTION 2

SET-UP ADJUSTMENTS

• The following adjustments should be made when a complete realignment is required or a new picture tube is installed.

Perform the adjustments in the following order :

1. Beam Landing

2. Convergence

3. Focus Set the controls as follows unless otherwise noted:

VIDEO model ..................................................... Standard

PICTURE control .................................................. normal

BRIGHTNESS control .......................................... normal

4. Screen(G2)

5. White Balance

Note : Test Equipment Required.

1. Pattern Generator

2. Degausser

3. DC Power Supply

4. Digital Multimeter

5. Oscilloscope

......................................................................................................................................................................................................................

Preparation :

• In order to reduce the influence of geomagnetism on

the set's picture tube, face it east or west.

• Switch on the set's power and degauss with the

degausser.

2-1. BEAM LANDING

Picture Mode: DYNAMIC

1. Input a white signal with the pattern generator.

Contrast Brightness

}

normal

2. Set the pattern generator raster signal to a green

raster.

3. Move the deflection yoke to the rear and adjust with

purity control so that the green is at the center and the blue and the red take up equally sized areas on each side. (See Figures 2-1 through 2-4.)

4. Move the deflection yoke forward and adjust so that

the entire screen is green. (See Figure 2-1.)

5. Switch the raster signal to blue then to red and verify

the condition.

6. When the position of the deflection yoke has been

decided fasten the deflection yoke with the screws and DY spacers.

7. If the beam does not land correctly in all the corners,

use a magnet to adjust it. (See Figure 2-4.)

Purity control corrects this area.

Fig. 2-2

Blue

Red

Green

Fig. 2-3

Disk magnets or rotatable disk magnets correct these

areas (a-d).

Deflection yoke positioning corrects these areas.

Fig. 2-1 Fig. 2-4

– 8 –

KV-BM212M10/BM212P42

RM-W101

2-2. CONVERGENCE

• Before starting this adjustment, adjust the focus, horizontal size and vertical size.

• Receive dot/hatch signal.

• Pic mode: Standard.

(1) Horizontal and Vertical Static Convergence

Center dot

R G B

H. STAT VR

V. STAT

Magnet

RV750 H. STAT

C Board

Operation of V.STAT magnet

If the V.Stat magnet is moved in the “A” and “B” arrows, the red, green and blue dots moves as shown below.

Moved RV750 H.STAT.

the red, green and blue dots move as shown below.

RGGBB

4. BMC (Hexapole) Magnet. If the red, green and blue dots are not balanced or aligned, then use the BMC magnet to adjust in the manner described below.

RG B R G B R GB

1. (Moving vertically), adjust the V.STAT magnet so that the red, green and blue dots are on top of each other at the center of the screen.

2. (Moving horizontally), adjust the H.STAT control so that the red, green and blue dots are on top of each other at the center of the screen.

3. If the H.STAT variable resistor cannot bring the red, green and blue dots together at the center of the screen, adjust the horizontal convergence with the H.STAT variable resistor and the V.STAT magnet in the manner given below. (In this case, the H.STAT variable resistor and the V.STAT magnet influence each other, so be sure to perform adjustments while tracking.)

BMCPurity

BMC (Hexapole)

Purity

DY pocket

V.STAT

– 9 –

KV-BM212M10/BM212P42

RM-W101

(2) Convergence Rough Adjustment

Preparation:

• Before starting this adjustment, adjust the horizontal static convergence and the vertical static convergence

TLH

YCH

TLH Insert TLH Correction Plate to DY Pocket

(Left or Right)

YCH Insert YCH VOL on DY

TLV Rotate TLV VOL on DY

XCV Rotate XCV Adj core on DY

(3) Screen corner Convergence

1. Affix a Piece A (90), conv. correct corresponding to the misconverged areas.

R B

ON DY:

TLV

XCV

YCH

TLV

XCV

TLV

DY pocket

TLH Plate

XCV

a-d : screen-corner misconvergence

– 10 –

DY pocket

Piece A (90), conv. correct

KV-BM212M10/BM212P42

RM-W101

2-3. FOCUS ADJUSTMENT

FOCUS adjustment should be completed before the W/B adjustment:

1. Receive digital monoscope pattern.

2. Set picture mode: DYNAMIC.

3. Adjust focus VR to obtain a just focus at the center of the screen.

4. Change receiving signal to white pattern and blue back.

5. Confirm MAGENTA RING is not noticeable. Incase magenta ring is obvious, then adjust FOCUS VR to balance magenta ring and FOCUS.

FOCUS

SCREEN

2-5. WHITE BALANCE ADJUSTMENT

1. Set to Service Mode (Refer Section 3-1: ADJUSTMENTS WITH COMMANDER)

2. Input white raster signal.

3. Set Picture to <DYNAMIC mode>.

4. Select RDRV (002) with value to 37 (Dec) with

5. Adjust WHBL GDRV (003) and BDRV (004) with

1 and 4 and fixed the

3 and 6.

and 4 and adjust the data with 3 and 6 for best white balance in Highlight condition.

6. Write into the memory by pressing [MUTING] then

7. Adjust WHBL BKOR (000) and BKOG (001) with

and 4 and adjust the level with 3 and 6 for best white balance cut-off condition.

8. Write into memory by pressing [MUTING] then

9. US model need to apply only for colour temperature in Neutral.

2-6. SUB BRIGHT ADJUSTMENT

1. Set to service mode.

2. Brightness set to 50%, Picture....Minimum

3. Select WHBL SBRT (010) with SBRT (010) data with

3 and 6 so that the third

stripe from right dimly lit.

4. Write into the memory by pressing [MUTING] then

5. GA models C/O: 20 IRE

S/G: 30 IRE

1 and 4 and adjust

FLYBACK TRANSFORMER (T802-14") FLYBACK TRANSFORMER (T801-21")

2-4. G2 (SCREEN) ADJUSTMENTS

1. Set the PICTURE & BRIGHTNESS to STANDARD.

2. Put the Video input mode signal.

3. Connect R,G,B of the C board cathode to oscilloscope.

4. Adjust Brightness to obtain the cathode value to value below.

5. Adjust G2 (screen) on the FBT until picture shows the point before cut off.

165 ± 2VDC

– 11 –

KV-BM212M10/BM212P42

RM-W101

SECTION 3

CIRCUIT ADJUSTMENTS

3-1. ADJUSTMENTS WITH COMMANDER

Service adjustments to this model can be performed using the supplied remote commander RM-W101.

a. ENTERING SERVICE MODE

With the unit on standby t [DISPLAY] t 5 t [VOL $+% ] t [POWER]

This operation sequence puts the unit into service mode. This screen display is:

category in decimal item name in decimal NG service command frequency video input name

GEOM 006 HSIZ 031 x SERVICE 60 S VIDEO 1

item no. service data NVM field channel no./

release ID version in binary for factory color system (decimal)

SUS01 0.69U 0001 1111 FF FF NTSC3 65535

111 11 11 1 7 11 FG xy 111 000000 000000

S : for Sony A : Aiwa

U S : US/Latin/Taiwan E U : Europe G A : General Area J P : Japan

software service data reserved power on time

Status Byte Status Byte

Flash DCXO #1 SSD #2 SSD

VDSP_C Flag

CO_LOCKED

VDSP

Detected Stereo Type (Direct Value from CZ_ Stereo_Mode)

111 Needed for Nicam DCXO aligment Purpose

xy Value of x = 0 - Unknown, 1 - BTSC, 2 - A2, 3 - NICAM,

4 - KOREAN, 5 - Japan, 6 - AV Stereo Value of y = 0 - Mono, 1 - Stereo, 2 - Bilingual, 4 - SAP/Single

0 1 : serial no. of the M/P release

for each destination

b. METHOD OF CANCELLATION FROM SERVICE MODE

Set the standby condition (Press [POWER] button on the commander), then press [POWER] button again, hereupon it becomes TV mode.

c. METHOD OF WRITE INTO MEMORY

1. Set to Service Mode.

2. Press 1 (UP) and 4 (DOWN), to select the adjustment item.

3. Change item by pressing 3, 6.

4. Press [MUTING] button to indicate WRITE on the screen.

5. Press - button to write into memory.

1, 4 Select the adjustment item.

3, 6 Raise/lower the data value.

[MUTING] Writes.

- Executes the writing.

d. MEMORY WRITE CONFIRMATION METHOD

1. After adjustment, pull out the plug from AC outlet, and then plug into AC outlet again.

2. Turn the power switch ON and set to Service Mode.

– 12 –

KV-BM212M10/BM212P42

3. Call the adjusted items again to confirm adjustments were made.

e. OTHER FUNCTION VIA REMOTE COMMANDER

7, - All the data becomes the values in memory. 8, - All user control goes to the standard state. Display, - Service data initialization (Be sure not to use usually.) 2, 5 Select Device or Category

3-2. ADJUSTMENT METHOD

Item Number 000 HPOS This explanation uses H POSITION as an example.

1. Select "000 HPOS" with the 1 and 4 buttons, or 2 and 5.

2. Raise/lower the data with the 3 and 6 buttons.

3. Select the optimum state. (The standard is IF for PAL reception.)

4. Write with the [MUTING] button. (The display changes to WRITE.)

5. Execute the writing with the - button. (The WRITE display will be changed to red color while excuting, and back to SERVICE.)

Example on screen display :-

GREEN

RM-W101

GEOM 000 HPOS 039 SERVICE 50 VIDEO 1

Adjusted with [3] and [6] buttons.

GREEN

GEOM 000 HPOS 039 WRITE 50 VIDEO 1

write with [MUTING].

RED

GEOM 000 HPOS 039 WRITE 50 VIDEO 1

Write executed with [0].

The WRITE display then returns to green SERVICE

Use the same method for all Items. Use 1 and 4 to select the adjustment item, use 3 and 6 to adjust, write with [MUTING], then execute the write with -.

Note : 1. In [WRITE], the data for all items are written into memory together.

2. For adjustment items that have different standard data between 50Hz or 60Hz, be sure to use the respective input signal after adjustment.

– 13 –

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MOEG000SOPH130360TSUJDA)SH(tfihSlatnoziroH06w/05w/06/05rossecorP-VT

13/0413/2413/2413/54

100RAPH130360TSUJDAmargolellaraPlatnoziroH06w/05w/06/05

13131313

200WOBH130360TSUJDAwoBlatnoziroH06w/05w/06/05

13131313

300NILV130360TSUJDAytiraeniLlacitreV06w/05w/06/05

13131313

400RCSV130360TSUJDAllorcSlacitreV06w/05w/06/05

13131313

500ZISH130360TSUJDA)WE(htdiWWE06w/05w/06/05

13/6213/5213/5213/82

600WPWE130360TSUJDA)WP(htdiW/alobaraPWE06w/05w/06/05

42131313

700POCU710360TSUJDAalobaraPrenroCreppUWE06w/05w/06/05

71/1371/1371/1371/13

800POCL710360TSUJDAalobaraPrenroCrewoLWE06w/05w/06/05

71/1371/1371/1371/13

900ZTWE130360TSUJDAmuizeparTWE06w/05w/06/05

13131313

010PLSV130360TSUJDA)SV(epolSlacitreV06w/05w/06/05

13131313

110ZISV510360TSUJDAedutilpmAlacitreV06w/05w/06/05

42515162

210ROCS410360TSUJDA)CS(noitcerroC-S06w/05w/06/05

41/5241/5241/5241/52

310SOPV130360TSUJDA)HSV(tfihSlacitreV06w/05w/06/05

93131382

410MOZV130360XIF)ZV(mooZlacitreV 9:61<>06w/05w/06/05neercS3:4<

>)Z/F/N/ZW(*)06/05(neercS

510LBH000100XIFedoMgniknalBBGR06w/05w/06/05

10101010

610FBW700510XIF)FBW(gniknalBediWfognimiT06w/05w/06/05 70707070

710RBW700510XIF)RBW(gniknalBediWfognimiT06w/05w/06/05

01010101

810LBS000100XIFgniknalBecivreSenon00

910YPOC000100XIFaeraMVNzH06/05llaotatadOEGehtypoCenon00/

Adjustment Item Table

NOTE

a) In the initial value (detailed)column, the data after the slash mark ("/") refers to NTSC model data.

No("/") means data is common for multi and NTSC model. b) Item remarked "*" and "**", please refer page 25~26 for the data. c)

shaded items are no data. d) Standard data listed on the Adjustment Item Table are reference values, therefore it may be different for each model and for each mode. e) Note for the Different Data those are the standard data values written on the microprocessor. Therefore, the data values of the models are stored respectively in the memory.

In the case of a device replacement, adjustment by rewriting the data value is necessary for some items.

f) Multi ver5.18, NTSC ver5.23

– 14 –

KV-BM212M10/BM212P42

RM-W101

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131313131313131313

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131313131313131313

200VRDR730360XIFRtnioPetihW )srehtO/BGR/VU(*)lamroN/WOL/HGIH(pmetlocrossecorP-VT

737373737373737373

300VRDG730360TSUJDAGtnioPetihW )srehtO/BGR/VU(*)lamroN/WOL/HGIH(pmetloc

73/1373/1373/1373/1373/1373/1373/1373/1373/13

400VRDB730360TSUJDABtnioPetihW )srehtO/BGR/VU(*)lamroN/WOL/HGIH(pmetloc

73/1373/1373/1373/1373/1373/1373/1373/1373/13

500GPL000100XIFteserPniaGBGR enon10

600RGP130721XIF)RGP(RniaGteserP enon*

700GGP130721XIF)GGP(GniaGteserP enon*

800BGP130721XIF)BGP(BniaGteserP enon*

900FONG000510XIFtesffOniaGteserP enonpoolCCC51

010TRBS130360TSUJDAssenthgirB-buS VUY/BGR/srehtO

131313

110ORBS000300XIF)ciPtnegilletnI(tesffOssenthgirB-buS enon00

210LGE000100XIFmetsySCCCnipooLniaGelbanE enon00

310LGS000300XIFmetsySCCCnitnerruChgiHfonoitceleS enon00

410BKA000100XIFnoitazilibatStnerruCkcalB enon00

510SBC000100XIFgnitimiLtnerruCmaeBfoecneuqeSlortnoC enon00

610BBGR000300XIFgniknalBBGR enon00

710GBLB000100XIFtuptuOneerG&eulBfogniknalB enon00

810BFO000100XIFeulBtesffOleveLkcalB enon10

910RBSN000510XIFtesffOssenthgirBdradnatSnoN enon00/50

020PBW000300XIF)woL:3,2,lamroN:1,hgiH:0(gnitteSpmeTroloC edoMerutciP

00102000/10

– 15 –

KV-BM212M10/BM212P42

RM-W101

KV-BM212M10/BM212P42

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC )deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD

VUYlap05

)VT(

lap05

)oediV(

maces05

)VT(

maces05 )oediV(

VT06oediV06VUY05VUY06BGR05BGR06edomciP

edomciP

VToediVVT

ediW

oediV ediW

MVA

)npJ(

ediWVA

)npJ(

JDAS000XAMP360360TSUJDAmumixaMerutciP >ediW/lamroN</)ediW/lamroN(*)oediV/VT( rossecorP-VT

737373730000

100EUHS700510TSUJDAeuH-buS oediV/VT

7070

200PHSS510360XIFssenprahS-buS VUY/oediV/VT

300OHSS000300XIF)ciPtnegilletnI(tesffOssenprahS-buS enon60

400LOCS130360TSUJDAroloC-buS /)oediv(maces05/)vt(maces05/)oediv(lap05/)vt(lap05

BGR06/BGR05/VUY06/VUY05/oediv06/VT06

00/131300/1313131300/131300/1313

500OOCS000300XIF)ciPtnegilletnI(tesffOroloC-buS enon20

600CIP130721XIF;)dilavni(001>,)dilav(001-0:AG[lortnoCerutciP

])dilavni(6tiberongi;)dilav(36-0:srehtO

)ataDteseRresU=lanosreP:AG(ledoMerutciP

36/00105/0814/5636/001

700LOC130721XIF;)dilavni(001>,)dilav(001-0:AG[lortnoCroloC

])dilavni(6tiberongi;)dilav(36-0:srehtO

)ataDteseRresU=lanosreP:AG(ledoMerutciP

53/6523/0552/0483/05

800TRB130721XIF,)dilav(001-0:AG[lortnoCssenthgirB

tiberongi;)dilav(36-0:srehtO;)dilavni(001>

])dilavni(6

)ataDteseRresU=lanosreP:AG(ledoMerutciP

23/0523/0583/0623/05

900EUH130721XIF;)dilavni(001>,)dilav(001-0:AG[lortnoCeuH

otdneS*(])dilavni(6tiberongi;)dilav(36-0:srehtO

)ledomSUhtiw)0-5(hE1#TNIT

)ataDteseRresU=lanosreP:AG(ledoMerutciP

13/0513/0513/0513/05

010PHS130721XIF,)dilav(001-0:AG[lortnoCssenprahS

tiberongi;)dilav(36-0:srehtO;)dilavni(001>

])dilavni(6

)ataDteseRresU=lanosreP:AG(ledoMerutciP

53/0623/0523/0523/05

RM-W101

– 16 –

– 17 –

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC )deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD srehtOVUY)VT(LAP)VT(CSTN)VT(MACES)oediV(LAP)oediV(CSTN)oediV(MACESTUPNI-SMACESCSTNVT

CY000QRFP000300XIFyaleDdnaycneuqerFretneCgnikaeP rossecorP-VT

100APR100300XIFtoohSrevO&erPoitaR rehto/VT

30/20

200OPR200300XIFskaePevitageN&evitisoPfooitaR rehto/VT

10/20

300YLDY210510XIFyaleD-Y TUPNI-S/VUY+)OEDIV/VT(*)MACES/CSTN/LAP(

** * * * * * *

400TAMC000300XIFxirtaM)ASU/napaJ(CSTNroMACES-LAP 00

500LCA100100XIFgnitimiLroloCcitamotuA 10

600BC000100XIFycneuqerFretneCssapdnaBamorhC )xif0:oediV*(VThtiwylnodilav00/10

700OBS100300XIFtesffOkcalBMACES 00

800ESHC100300XIFytivitisneStnedICSTN/LAP 20

900OLC000100XIFretliF)lleB(ehcolCfoycneuqerFretneC 00

010PRTC000100XIFedoMparTamorhC srehto/MACES

00/10

110SPB000100XIFeniLyaleDdnab-esaBamorhCfossapyB srehto/CSTN

210OCF000100XIFnOroloCdecroF 00

310TNIT130360XIFlortnoCtniTdnaB-esaB srehto/VUY

1313

410VUT000100XIFslangiSVUnolortnoCtniT 00

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC)deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD 0506srehtoVUYVToediVtxeteleTpi-VTlangisoN

CNYS000SYS000100XIFtupnICNYSYnonoitazinorhcnyS 00

100OF000300XIFtnatsnoCemiT1esahP )FR(langisoNrogninuTotuA/txeteleT/oediV/FFOPIVT/NOPIVT

30/**3000/1000/**00

200DIV000100XIFedoMtnedIoediV 06/05

0000

300LSF000100XIFcnySlacitreVrofleveLgnicilSdecroF 00

400LSS000100XIFrotarapeScnySleveLgnicilS 06/05

0000

500DIVS100700XIFnoitacifitnedIoediVrofnoitceleSecruoS srehtO/VUY

0070

600FROF000300XIFycneuqerFdleiFdecroF 10/30

700KVM000100XIFgniyeKnoisiVorcaM 10

800TCFA000300XIF)611niP:SU,AG(lortnoChctiwSgnimiTCFA 30

KV-BM212M10/BM212P42

RM-W101

KV-BM212M10/BM212P42

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC )deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD

srehtOBGReviLVT

)nyD(

)srehtO(

oediV

)nyD(

oediV

)srehtO(

pmeTroloC

)HGIH(

pmeTroloC

)srehtO(

roloC

)WOL(pmeT

pmeTroloC )LAMRON(

TCIP000LDAC700510XIFleveLevirDedohtaC **/00

100AFC000300XIFedoMretliFbmoC *

200COS200300XIFleveLgnippilCtfoS 00

300LWP100100XIFhctiwSgnitimiLetihWkaeP 10

400LTHW600510XIFgnitimiLetihWkaeP *

500MAG100100XIFammaG 00

600STW100300XIFhctertSetihWdnalortnoCammaGsrehtO/eviL

700RFT000100XIFlangiSecnanimuLfooitaRrefsnarTCDsrehtO/eviL

100010

800ROC300300XIFgniroC )srehto/anyD(*)oediV/VT(

00000000

900OROC000100XIF)ciPtnegilletnI(tesffOgniroC 20

010SKB300300XIFhctertSkcalBsrehto/BGR

2020

110SAA100100XIFhctertSkcalBehtffohctiwSotaerAkcalB 10

210KSD000100XIFlortnoCnikScimanyD 00

310SLB000100XIFhctertSeulB )SREHTO/HGIH(pmetloc

0000

410SLBN000100XIFtiucriChctertSeulBnoitarepO 00

510RRN000100XIFnoitcudeRdeRnoN )LAMRON/WOL/HGIH(pmetloc

1010

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC)deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD VUYVToediV

WS0002VC000100XIFnoitceleSlangiStupnI2SBVC 00

100OVS100300XIF84@niPISBVC/OVS/OVFIfonoitcnuFVUY/oediV/VT

201010

200LFD000100XIFnoitcetorPhsalF 10

RM-W101

– 18 –

– 19 –

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC

yrogetaC.oNemaNceDceD

FIV000DFIO630360XIFrotaludomeDFItesffO rossecorP-VT63

100TCGA130360XIFrevo-ekaTCGA 13

200MTS000100XIFedoMgninuThcraeS 10

300DG000100XIFlangiS1SBVCnoyaleDpuorG 00

400SCGA100300XIFdeepSCGAFI 10

500IFF000100XIFLLPFIretliFtsaF 00

600IANL100100XIFeulavlaitinitibANLpmAFR 00

700TANL591522XIFleveLdlohserhTpmAFR 00/591

800NSNL400700XIFdlohserhTleveLNSpmAFR 00/30

900DSNL200700XIFdlohserhTporDleveLNSpmAFR 00/10

010XENL610360XIFgnimiTporDNSkcehcpmAFR 00/03

110RTHC840721XIFedoMresUpmAFRtesotgrPotuAretfadlohserhTlennahC 00/52

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC)deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD 0edomciP1edomciP2edomviP3edomciP

MV000DBGR300700XIFtuptuOMVottuptuOBGRfoyaleDenonrossecorP-VT40

100AMV300300XIFtuptuOMVfoedutilpmAenon*

200PAMV200300XIF)FFO:3,2,woL:1,hgiH:0(gnittesMVedoMerutciP

00102000

300OMMV300300XIFedoMMV 10

KV-BM212M10/BM212P42

RM-W101

KV-BM212M10/BM212P42

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC

yrogetaC.oNemaNceDceD

MEDS000SWMF000300XIFrotaludomeDMFrofnoitceleSwodniW rossecorP-VT20

100SSQ100100XIF )metsysMitlumAGrofA/N(edoMreifilpmA)SSQ(dnuoStilpSisauQ 10/**

200BPB000100XIFretliFssapdnaBdnuoSfossapyB 00

300OLMA000100XIFdnuoSMAroflangiStuptuOoiduA 00

400CVPH000100XIFlortnoCemuloVenohPdaeH 00

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC

yrogetaC.oNemaNceDceD

TXT000VXT930360XIFspilihProfnoitisoPlacitreVtxeteleT redoceDtxeT00/93

100DHT500721XIFtfihSegdEevitcAcnys-HtxeteleT 00/01

200RBT400510XIFssenthgirBBGRtxeteleT 00/11

300BCL000100XIF)XETSAFrofgnittes(elbane:1elbasid:0BCLtxeteleT 00/00

RM-W101

– 20 –

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFetoN&elbaTemaNeciveDnommoC )deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD )oruE(L-VTVToediVffOWOW/SRSdnuorrusurToeretsIonomI

PSDS000MVA200700XIFedoMLVA DSS20

100VVA500510XIFleveLecnerefeRLVA 90

200LBB000510XIFruotnoCEBB *

300HBB000510XIFssecorPEBB

400WLBB000510XIFtesffOruotnoCEBB

60/**

500FOVS000510XIFtesffOemuloVedoMtceffE/dnuorruS onomI/oeretsI/dnuorrusurT/)WOW/SRS(ffO

** * **

600FOVI000700XIFtesffOevitisoPemuloVretsaM 60

700FOVE000700XIFtesffOevitageNemuloVretsaM 60

800DAL000130XIFtsujdAleveLredoceD 50

900MAL000130XIFtsujdAleveLonoM 50

010NAL000130XIFtsujdAleveLmaciN 22

110SAL000130XIFtsujdAleveLPAS 80

210AAL000130XIFtsujdAleveLCDA oediV/Lnon-VT/L-VTI)oruEnoN(oediV/vT

000000

310FES300700XIFtceffEoeretS/onoMelbidercnI onomI/oeretsI

5030

410L1A000552XIFtfeLemuloV1XUA 00

510R1A000552XIFthgiRemuloV1XUA 00

610SAB000510XIFtesffOssaBniaM *

710ERT000510XIFtesffOelberTniaM *

8101QE000510XIFtesffO)zH001(dnaBlennahCniaMrezilauqE *

9102QE000510XIFtesffO)zH003(dnaBlennahCniaMrezilauqE *

0203QE000510XIFtesffO)zH0001(dnaBlennahCniaMrezilauqE *

1204QE000510XIFtesffO)zH0003(dnaBlennahCniaMrezilauqE *

2205QE000510XIFtesffO)zH0008(dnaBlennahCniaMrezilauqE *

320TCFB500700XIFlortnoCEBBdnaBUD,EBD *

420NECS100510XIFlortnoCretneCD3SRS 40

520APSS000510XIFlortnoCecapSD3SRS 10

620WHBB000510XIFedomWOWnitesffossecorpEBB 00/**

720ERTS200700XIFedomdnuorrusroftesffOelberT 10/**

820THBB000510XIFedomVTnitesffOEBB 00

920AWD000000XIF???AWD 00

030ERTT200700XIFedoMVTnitesffOelberT 20

– 21 –

KV-BM212M10/BM212P42

RM-W101

JVTytilanoitcnuF.tinIegnaRataDnoitcnuF etoN&elbaTemaNeciveDnommoC

yrogetaC.oNemaNceDceD

CEDS000UTPM300510XIF)CSTB(noitcetedtolipXPMrofdlohserhTreppU DSS20

100LTPM900510XIF)CSTB(noitcetedtolipXPMrofdlohserhTrewoL 50

200UTPS300510XIFnoitcetedreirracPASrofdlohserhTreppU 50/80

300LTPS600510XIFnoitcetedreirracPASrofdlohserhTrewoL 51

400HT1C000130XIF1CSfonoitcetedrofdlohserhTlamroN 00

500PA1C000130XIF1CSfonoitcetedrofdlohserhTmargorPotuA 00

600HTPS000130XIFPASfoetumotuarofdlohserhTesioN 50/00

700YHPS400510XIFPASfoetumotuarofezissiseretsyH 30

800HTMF000130XIFdradnats2AMFni2CSfoetumotuarofdlohserhTesioN 00/81

900YHMF400510XIFdradnats2AMFni2CSfoetumotuarofezissiseretsyH 40/70

010HTTB000130XIFreirracoeretsCSTBfoetumotuarofdlohserhTesioN 00

110YHTB400510XIFoeretsCSTBfoetumotuarofezissiseretsyH 30

210HTJE000130XIFreirracbusMFJAIEfoetumotuarofdlohserhTesioN 00

310YHJE400510XIFreirracbusMFJAIEfoetumotuarofezissiseretsyH 40

410YLNO000100XIFtuptuoCEDnoMACINdetalerylnoecudorpeR 00

510MAXE000100XIF)PEDD(LdradnatsnietumotuafoesacniecruoskcabllaF 00

610TMIN000100XIF)PEDD(etarrorretibnodnepednoitcnufetumotuaMACIN 00

710ELIN001552XIF)PEDD(timilrorrerewolMACIN 50

810EUIN002552XIF)PEDD(timilrorrereppuMACIN 002

910DMPE100300XIF)PEDD(gnimmargorPysaECEDMED

1=tiB3POdna0=SDTSdna0=DMPEfI

revoekatlliwyrogetacCKDSdnaelbasiDsiyrogetacCEDS

10/20

020SDTS910130XIFsedomSSSdnaDSArofdexelpitlumstiB **/13

120AMVO100100XIFnoitpadanoitaludomrevoMF 00

220WBLF000300XIFhtdiwdnabretlifrotaludomedMA/MF **/30

320DMDI000300XIFedomSSSnideepstnediMF 10/00

420LAPF000100XIFgnidocedCSTBrofycneuqefeniL 00

520TMVO100200XIFlanimonotevitalerdlohserhtlevelnoitaludomrevO 30

620IXCD000100XIFretrevnIlortnoCgnilacSOXCDMACIN 00/**

720GXCD000700XIFniaGlortnoCgnilacSOXCDMACIN 00/**

820LLCD110510XIF)L(timiLlortnoCgnilacSOXCDMACIN 00

920HLCD000130XIF)H(timiLlortnoCgnilacSOXCDMACIN 00/**

030UEDI100300XIFDTS2AnaeporuErofgnittesDOMDI 00

130RKDI100300XIFDTSMnaeroKrofgnittesDOMDI 00

230PJDI100300XIFDTSJAIErofgnittesDOMDI 10

– 22 –

KV-BM212M10/BM212P42

RM-W101

– 23 –

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFemaNeciveDnommoC)deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD 0506

MTPO000THSA600700XIF)nim5*atad(remitffotuhsotuA 00

100BDSO000510XIFssenthgirbDSO h06orciM/RMM50

200HDSO500510XIFnoitisoPlatnoziroHDSO h06orciM/ATADX50/80

300VDSO730360XIFnoitisoPlacitreVDSO h06orciM/RMM

93/3693/13

400ETUM000100XIF)delbane=1(hctiwSetuMlangiSoN 00

500LUFR510510XIF)hf0nehwelbasiD(dekcolnUretfaretnuoCegnahClangiSFR 40

600KLFR510510XIF)hf0nehwelbasiD(dekcoLretfaretnuoCegnahClangiSFR 00

700GNAL000300XIFnoitidnocgnippihsegaugnalDSO *

800TXTH000100XIFwsrotarepescnyS rossecorP-VT00

900SSMC000100XIFwscnyS rossecorP-VT10

010OXCD060592XIFeulaVOXCD PSD/h06orciM/RFS*

110LBXE000510XIFesioNetihWetanimilEotremiTgniknalBdednetxE 40/70

210SYST000300XIF )ledoMAG(]M:3,K/D:2,I:1,G/B:0[teseRtseTtaMVNnisySVTeziromeM 00/**

310WSNL100100XIF)ffO:0,otuA:1(noitidnocteseRtseT/gnippihSretsooBlangiS 00/**

410LBL100100XIFnoitidnoclangiSoNtAnoitcudeRssenthgirB 00

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFemaNeciveDnommoC)deliateD(eulaVlaitinI

yrogetaC.oNemaNceDceD srehtOVUY

SUPO000FFOS000100XIF)noCAhtiwybdnats:1,noCAhtiwyromemtsalwollof:0(ffoyatS **/00

100RBCC000510XIFssenthgirBDSOCC h06orciM/RMM00

200HCPS100721XIFnoitidnoCgnippihSretfarebmuNlennahC 70/00

300ACPS100100XIF)nOelbaC=1(noitidnoCgnippihSretfanoitceleSelbaC **/00

400VUO000100XIF)SUrofylno(slangiStupniVUnolortnoCtesffO

0000

5002AFC000100XIF)SUrofylno(nOretliFbmoCdecroF 00

(For NTSC model only)

KV-BM212M10/BM212P42

RM-W101

KV-BM212M10/BM212P42

JVTytilanoitcnuF.tinIegnaRataDnoitcnuFemaNeciveDnommoC

yrogetaC.oNemaNceDceD

BTPO000LLAI000100XIF)MVNnideziromemton(hctiwSetirWdradnatS x

1001BPO000552XIF)detalermetsyS(1noitpO esaelP

2002BPO000552XIF)detalerlangiSoediV(2noitpO refer

3003BPO000552XIF)detalergnidoceDoeretS(3noitpO ot

4004BPO000552XIF)suoenallecsiM(4noitpO tiBnoitpO

5005BPO000552XIF)suoenallecsiM(5noitpO hcaerof

6006BPO000552XIF)detaleregaugnaLDSO(6noitpO ledom

RM-W101

– 24 –

Data Variant depend on models

Category No Name Model Data

WHBL 006 PGR With VM 50

Without VM 45

007 PGG With VM 50

Without VM 45

008 PGB With VM 50

Without VM 45

Category No Name Model Data

VM 001 VMA With VM 03

Without VM 00

KV-BM212M10/BM212P42

RM-W101

3-3. PICTURE QUALITY ADJUSTMENTS

PMAX/CONTRAST ADJUSTMENT

1. Select Video Mode.

2. Input PAL CB to TV set (others), Input NTSC 75% CB to TV set (NTSC model).

3. Set PICT 003 "PWL" to 00h and WHBL 017 "BLBG" to 01h.

4. Set the following condition: PICTURE 100%, COLOR 0%, BRIGHTNESS 50%.

5. Connect an oscilloscope to pin 4 (R output) of CN004.

6. Set to Service Mode "PWL" to 00h, "BLBG" to 01h.

7. Select SADJ 000 "PMAX" with commander then adjust VR within spec with

Black

1 and 4 of the

3 and 6.

8. Select "WIDE" Mode for TV and Video Mode, write the "PMAX DATA-8 steps" (For models with V-Compression features only).

9. Then press [MUTING] t

- to write the data.

10. Set "PWL" and "BLBG" back to initial data repectively. (PWL: 01h and BLBG: 00h)

SUB COLOR ADJUSTMENT

1. Select Video and set Picture mode.

2. Input PAL 100% CB to TV set (others), Input NTSC 75% CB to TV set (NTSC model).

3. Set PICT 006 "WTS" to 00h, and Intelligent Picture to "OFF".

4. Set the following condition: PICTURE 100%, COLOR 50%, BRIGHTNESS 50%, HUE (OTHER, SHP 50%).

5. Connect an oscilloscope to pin 2 (B output) of CN004.

6. Select to Service Mode and adjust SADJ 004 "SCOL" with

1 and 4 of commander then adjust to

VB2 = VB3 = VB4 with data as +10 step with +5 step offset.

VB1

3 and 6, and write in the

VB2 VB3 VB4

SUB HUE ADJUSTMENT

1. Select Video.

2. Input NTSC 3.58 Color Bar to TV set.

3. Set the following condition: PICTURE 100%, COLOR 50%, BRIGHTNESS 50%, HUE Center, SHP 50%.

4. Connect an oscilloscope to pin 2 (B output) of CN004.

5. Set to service mode and select SADJ 001 "SHUE"

1 and 4 of commander then adjust to

with VB1=VB2=VB3=VB4 with

6. Then press [MUTING] t

3 and 6.

- to write the data.

7. Select TV channel with 3.58 and repeat 3-6.

8. Select TV channel with 3.58 repeat 3-5, +1 step data offset (applied to GA NTSC models) then press [MUTING] t

- to write the data.

VB1

VB2

VB3

VB4

110mV

The highest level of VB1, VB2, VB3, VB4 must be aligned at the same time. The ideal difference between VB2 and VB3 is within ±110mV.

9. Single systems models with NTSC 4.43 select TV channel with NTSC 4.43 repeat item 4-6.

SUB HUE ADJUSTMENT FOR YUV INPUT (FOR HW & AR SERIES ONLY)

1. Select YUV input.

2. Input a NTSC 3.58 Color Bar into YUV mode.

3. Connect an oscilloscope to pin 2 (B output) of CN004.

4. Set the service mode and select YC 013 "TINT" with

1 and 4 of the commander then adjust to

VB1=VB2=VB3=VB3 with

5. Then press [MUTING] t

VB1

VB2

VB1 = VB2 = VB3 = VB4

3 and 6.

- to write the data.

VB3

VB4

The highest level of VB1, VB2, VB3, VB4 must be aligned at the same time. The ideal difference between VB2 and VB3 is within ±80mV.

3-4. DEFLECTION ADJUSTMENT

VB2 = VB3 = VB4

(Difference is within 70mV)

7. Then press [MUTING] t

- to write the data.

8. Set "WTS" back to original data, and set Intelligent Picture to "ON".

H-TRAPEZOID ADJUSTMENT

1. Receive cross hatch/dotsignal.

2. Adjust on to make H-Trapezoid distortion best.

NORMAL MODE (50Hz)

1. Set to Service Mode.

2. Input SPCB Signal.

3. Using the

1 and 4 button select GEOM (Service

Mode).

– 29 –

+ 81 hidden pages

SONY KV-BM212M10, KV-BM212P42 Service Manual

REVISION HISTORY BX1S

SERVICE MANUAL BX1S

TABLE OF CONTENTS

SELF DIAGNOSTIC FUNCTION

DISASSEMBLY

SET-UP ADJUSTMENTS

CIRCUIT ADJUSTMENTS

3-1. ADJUSTMENTS WITH COMMANDER

3-2. ADJUSTMENT METHOD

3-3. PICTURE QUALITY ADJUSTMENTS

3-4. DEFLECTION ADJUSTMENT