Sanyo PLC-XP46 Manuel utilisateur

FILE NO.

Notice

CORRECTION ●PRODUCTION CHANGE

SERVICE FLASH ADD INFORMATION

REVISION-4

Please add this notice to the Service Manual listed below.

Category : Multi-media Projector Issued Date : June / 2004

PLC-XP46 MA8-XP4602

Model : PLC-XP46L Effective from : Chassis No. MA8-XP46L01

Canada, U.S./Europe,

Destination : Asia, Africa, U.K. REF. NO. : SM5110329

NOTE: Match the Chassis No. on the unit’s back cover with the Chassis No. in the Service

Manual.

If the Chassis. No. does not match the unit’s, additional service literature is required.

Only the difference service information is given in this manual. For detailed service infor-

mation, refer to the original service manual SM5110329, issued in April 2002, for

Models PLC-XP46/46L.

PRODUCT CODE

PLC-XP46 PLC-XP46L

1 122 177 30 (MK3AA) 1 122 177 40 (MK3AM)

1 122 180 30 (PK3AA) 1 122 180 40 (PK3AM)

1 122 180 32 (PK3CA) 1 122 180 42 (PK3CM) REFERENCE NO. SM5110329-04

FILE WITH ORIGINAL SERVICE MANUAL (SM5110329)

Differences:

Outline

PLC-XP46 Power and Sub Power Board were changed.

PLC-XP46L LCD panels and Main Board were changed.

Power and Sub Power Board were changed.

-2-

■Specifications

●The specifications are subject to change without notice.

This symbol on the nameplate means the product is Listed by Underwriters

Laboratories Inc. It is designed and manufactured to meet rigid U.L. safety stan-

dards against risk of fire, casualty and electrical hazards.

Projector Type Multi-media Projector

Dimensions (W x H x D) 12.6” x 6.6” x 18.5” (319mm x 168mm x 470mm) (PLC-XP46)

12.6” x 6.6” x 16.8” (319mm x 168mm x 429.5mm) (PLC-X46L)

Net Weight 18.5 lbs (8.4 kg) (PLC-XP46)

15.7 lbs (7.1 kg) (PLC-X46L)

LCD Panel System 1.3” TFT Active Matrix type, 3 panels

Panel Resolution 1024 x 768 dots

Number of Pixels 2,359,296 (1024 x 768 x 3 panels)

Color System 6 color system (PAL, SECAM, NTSC, NTSC4.43, PAL-M and PAL-N)

High Definition TV SIgnals 480i, 480p, 575i, 575p, 720p. 1035i and 1080i

Scanning Frequency H-sync. 15 ~ 100kHz, V-sync. 50 ~ 100Hz

Projection Image Size (diagonal) Adjustable from 31” to 400”

Horizontal Resolution 800 TV lines (HDTV)

Projection Lens F 1.7 ~2.0 lens with f=48.2mm ~ 62.6mm with motor zoom and focus (PLC-XP46)

Throw Distance 4.6’ ~ 48.3’ (1.4m ~ 14.7m)(PLC-XP46)

Motorized Lens Shift Up and Down

Projection Lamp 275watts

Input 1 Jacks DVI Terminal (Digital), HDB 15-pin Terminal (Analog) and Stereo Mini Type

Jack (Audio)

Input 2 Jacks BNC Type x 5 (G or VIDEO/Y, B or Cb/Pb, R or Cr/Pr, H and V), Stereo

Mini Type Jack (Audio)

Input 3 Jacks RCA Type x 3 (VIDEO/Y, Cb/Pb, Cr/Pr), RCA Type x 2 (Audio R and L) and

DIN 4-pin (S-Video)

Other Jacks DIN 8-pin (Control port), USB port (Series B receptacle), Wired Remote

Jack and Network Board Connector Jack

Built-in Speakers 2 speakers Stereo (R and L), 2 watts RMS (T.H.D. 10%)

Feet Adjustment 0˚ to 10.5˚

Voltage and AC 100 ~ 120V (4.8A Max. Ampere), 50/60Hz (The U.S.A and Canada)

Power Consumption AC 200 ~ 240V (2.4A Max. Ampere), 50/60Hz (Continental Europe)

Operating Temperature 41 ˚F ~ 95 ˚F (5˚C ~ 35˚C)

Storage Temperature 14 ˚F ~ 140 ˚F (-10˚C ~ 60˚C)

Remote Control Transmitters Wireless/Wired Remote Control, batteries AA, UM3 or R06 Type x 2

-3-

Condenser lens adjustment ❍●

Relay lens adjustment ❍●

Contrast Adjustment

R-Contrast adjustment ●

G-Contrast adjustment ●

B-Contrast adjustment ●

Output voltage adjustment

+16 V adjustment ●●

Video center adjustment ●

PSIG adjustment ●

PC pedestal adjustment ●

Black level adjustment ●

PC gain adjustment ●

PC gamma shift adjustment ●

HDTV pedestal adjustment ●

HDTV A/D input adjustment ●

HDTV Gain adjustment ●

Video pedestal adjustment ●

Video A/D input adjustment ●

A/D offset adjustment ●

Video gain adjustment ●

Video gamma shift adjustment ●

Common center adjustment ● ●

White balance adjustment ❍ ❍

Disassembly / Replaced Parts

LCD/

Prism

Ass’y

Condenser

Lens

Polarized glass

RGB

Optical Adjustments

Electrical Adjustments

● :Adjustment necessary ❍ :Check necessary

Sub Power

Board Main Board

Relay

Lens

■Adjustments after Parts Replacement

Power

Board

-4-

■Electrical Adjustments

To enter the service mode

To enter the “Service Mode”, press and hold the MENU and IMAGE button on the projector at the same time for

more than 3 seconds. The service menu appears on the screen as follows.

To adjust service data

Select the adjustment group no. by pressing the MENU (+) or IMAGE (-) button, and select the adjustment item

no. by pressing the pointer UP or DOWN button, and change the data value by pressing the VOLUME – or VOL-

UME + button.Refer to the “Service Adjustment Data Table” for further description of adjustment group no., item

no. and data value.

To exit the service mode

To exit the service mode, press the POWER ON-OFF button on the projector or remote control unit.

●Service Adjustment Menu Operation

Service Mode

Input 1

Group No. Data

0032

Ver. 1.00 .00

IC808 on the main board stores the data for the serv-

ice adjustments, and should not be replaced except for

the case of defective device.

If replaced, it should be performed the re-adjustments

following to the “Electrical Adjustments”.

The data of lamp replacement monitor timer is stored

in the IC808.

Please note that the lamp replace counter is reset

when the memory IC (IC808) is replaced.

(Lamp replace counter can not be set to the previous

value.)

● Caution to memory IC replacement

When IC808 is replaced with new one, the CPU writes

down the default data of the service adjustments to the

replaced IC, refer to the service adjustment table. As

these data are not the same data as factory shipped

data, it should be required to perform the re-adjust-

ments following to the “Electrical Adjustments”.

Please note that the lamp replace counter is reset.

● Caution of Main Board replacement (in the case

IC808 is not defective)

When the main board is replaced, IC808 should be

replaced with the one on previous main board. After

replacement, it should be required to perform the re-

adjustments following to the “Electrical Adjustments”.

In this case, the lamp replace counter can be kept the

value as before.

● Memory IC Replacement

Group No. Data value

Item No.

-5-

[Adjustment Condition]

●Input signal

Video signal .......................... 1.0Vp-p/75Ωterminated, 16 steps gray

scale (Composite video signal)

Computer signal .................... 0.7Vp-p/75Ωterminated, 16 steps gray

scale pattern (XGA)

Component Video signal ...... 0.7Vp-p/75Ωterminated, 16 steps gray

scale (Component video signal with

480p or 1080i format)

●Picture control mode .............. “STANDARD” mode unless otherwise

noted.

Note:

* Please refer to “Service Adjustment Menu Operation” for entering to the service mode and adjusting the service

data.

White 100% Black 100%

After replacing the Power Board readjust the Output

voltage adjustment as follows.

1. Connect a digital voltmeter to pin 1 (+) of K6A and

pin 3 (-) of K6A.

2. Adjust the voltage by using VR601 on the power

board as following.

AC Input Reading

230V 370 ±2Vdc

or 120V 340 ±2Vdc

Caution:

Be sure to connect the lamp when taking this adjust-

ment.

●Circuit Adjustments

CAUTION: The each circuit has been made by the fine adjustment at factory. Do not attempt to adjust the follow-

ing adjustments except requiring the readjustments in servicing otherwise it may cause loss of per-

formance and product safety.

Electrical Adjustments

Output Voltage adjustment

1. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

2. Connect a digital voltmeter to pin 3 (+) of CN6A and

chassis ground (-).

3. Adjust the voltage to be 15.8 ±0.1Vdc by using

VR681 on the power board.

+16V adjustment

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Connect a digital voltmeter to test point “TP531”(+)

and chassis ground (-).

4. Select group no. “5”, item no. “1”and change data

value to adjust the voltage to be 7.50 ±0.1Vdc.

5. Connect a digital voltmeter to test point “TP501”(+)

and chassis ground (-).

6. Select item no. “0”and change data value to adjust

the voltage to be 7.50 ±0.1Vdc.

7. Connect a digital voltmeter to test point “TP561”(+)

and chassis ground (-).

8. Select item no. “2”and change data value to adjust

the voltage to be 7.50 ±0.1Vdc.

Video Center adjustment

16 steps gray scale pattern

Note:

The above adjustments are carried out at the spare

parts shipment, therefore it is not required when replac-

ing the power board.

-6-

Electrical Adjustments

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+) and

chassis ground (-).

4. Select group no. “5”, item no. “16”and change data

value to adjust the pedestal level and black level to be

the same level.

5. Connect an oscilloscope to test point “TP501”(+) and

chassis ground (-).

6. Select item no. “15”and change data value to adjust

the pedestal level and black level to be the same

level.

7. Connect an oscilloscope to test point “TP561”(+) and

chassis ground (-).

8. Select item no. “17”and change data value to adjust

the pedestal level and black level to be the same

level.

Pedestal Lebel = Black Lebel

PC Pedestal adjustment

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+)

and chassis ground (-).

4. Select group no. “5”, item no. “4”and change data

value to adjust amplitude “a” to be 10.0 ±0.1V.

5. Connect an oscilloscope to test point “TP501”(+)

and chassis ground (-).

6. Select item no. “3”and change data value to adjust

amplitude “a” to be 10.0 ±0.1V.

7. Connect an oscilloscope to test point “TP561”(+)

and chassis ground (-).

8. Select item no. “5”and change data value to adjust

amplitude “a” to be 10.0 ±0.1V.

(a)

black level

Black Level adjustment

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+)

and chassis ground (-).

4. Select group no. “4”, item no. “4”and set data value

to “600”, and then decrease data to adjust waveform

“a” to be minimum amplitude.

5. Connect an oscilloscope to test point “TP501”(+)

and chassis ground (-).

6. Select item no. “5”and set data value to “600”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

7. Connect an oscilloscope to test point “TP561”(+)

and chassis ground (-).

8. Select item no. “3”and set data value to “580”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

White Level

(a)

PC Gain adjustment

1. Receive the a6-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “2551”(+) and

chassis ground (-).

4. Select group no. “5”, item no. “6”and change data

value to adjust amplitude “a” to be 3.8 ±0.1V.

5. Select item no. “8”and change data value to adjust

amplitude “b” to be 3.1 ±0.1V.

(a)

(b)

PSIG adjustment

-7-

Electrical Adjustments

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Select group no. “4”, item no. “6”and change data

value to reproduce the proper gray scale picture on

the screen.

PC Gamma Shift adjustment

[480p-PEDESTAL ADJUSTMENT]

1. Receive the 16-step gray scale component signal

[480p] with Input 3 [COMPONENT] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP21G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “1”and change data

value to adjust the pedestal level and black level to be

the same level.

5. Connect an oscilloscope to test point “TP21B”(+)

and chassis ground (-).

6. Select group no. “5”, item no. “14”and change data

value to adjust the pedestal level and black level to be

the same level.

7. Connect an oscilloscope to test point “TP21R”(+)

and chassis ground (-).

8. Select item no. “13 and change data value to adjust

the pedestal level and black level to be the same

level.

[1080i-PEDESTAL ADJUSTMENT]

1. Receive the 16-step gray scale component signal

[1080i] with Input 3 [COMPONENT] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP21G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “1”and change data

value to adjust the pedestal level and black level to be

the same level.

5. Connect an oscilloscope to test point “TP21B”(+)

and chassis ground (-).

6. Select group no. “5”, item no. “14”and change data

value to adjust the pedestal level and black level to be

the same level.

7. Connect an oscilloscope to test point “TP21R”(+)

and chassis ground (-).

Pedestal Lebel = Black Lebel

HDTV Pedestal adjustment

8. Select item no. “13 and change data value to adjust

the pedestal level and black level to be the same

level.

[480p-A/D INPUT ADJUSTMENT]

1. Receive the 16-step gray scale component signal

[480p] with Input 3 [COMPONENT] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP21G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “0”and change data

value to adjust amplitude “a” to be 0.9 ±0.1V.

5. Connect an oscilloscope to test point “TP21B”(+)

and chassis ground (-).

6. Select item no. “4”and change data value to adjust

amplitude “a” to be 0.9 ±0.1V.

7. Connect an oscilloscope to test point “TP21R”(+)

and chassis ground (-).

8. Select item no. “2and change data value to adjust

amplitude “a” to be 0.9 ±0.1V.

[1080i-A/D INPUT ADJUSTMENT]

1. Receive the 16-step gray scale component signal

[1080i] with Input 3 [COMPONENT] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP21G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “0”and change data

value to adjust amplitude “a” to be 0.9 ±0.1V.

5. Connect an oscilloscope to test point “TP21B”(+)

and chassis ground (-).

6. Select item no. “4”and change data value to adjust

amplitude “a” to be 0.9 ±0.1V.

7. Connect an oscilloscope to test point “TP21R”(+)

and chassis ground (-).

8. Select item no. “2and change data value to adjust

amplitude “a” to be 0.9 ±0.1V.

Note: This adjustment should be done after HDTV

Pedestal adjustment.

(a)

HDTV A/D Input adjustment

-8-

1. Receive the 16-step gray scale component signal

[1080i] with Input 3 [COMPONENT] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+)

and chassis ground (-).

4. Select group no. “4”, item no. “4”and set data value

to “600”, and then decrease data to adjust waveform

“a” to be minimum amplitude.

5. Connect an oscilloscope to test point “TP501”(+)

and chassis ground (-).

6. Select item no. “5”and set data value to “600”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

7. Connect an oscilloscope to test point “TP561”(+)

and chassis ground (-).

8. Select item no. “3”and set data value to “600”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

White Level

(a)

HDTV Gain adjustment

1. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP4151G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “1”and change data

value to adjust the pedestal level and black level to be

the same level.

5. Connect an oscilloscope to test point “TP4151B”(+)

and chassis ground (-).

6. Select group no. “5”, item no. “14”and change data

value to adjust the pedestal level and black level to be

the same level.

7. Connect an oscilloscope to test point “TP4151R”(+)

and chassis ground (-).

8. Select item no. “13 and change data value to adjust

the pedestal level and black level to be the same

level.

Pedestal Lebel = Black Lebel

VIDEO Pedestal adjustment

1. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP4151G”(+)

and chassis ground (-).

4. Select group no. “3”, item no. “0”and change data

value to adjust amplitude “a” to be 0.8 ±0.1V.

5. Connect an oscilloscope to test point “TP4151B”(+)

and chassis ground (-).

6. Select item no. “4”and change data value to adjust

amplitude “a” to be 0.8 ±0.1V.

7. Connect an oscilloscope to test point “TP4151R”(+)

and chassis ground (-).

8. Select item no. “2and change data value to adjust

amplitude “a” to be 0.8 ±0.1V.

Note: This adjustment should be done after VIDEO

Pedestal adjustment.

(a)

VIDEO A/D Input adjustment

Electrical Adjustments

-9-

1. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+) and

chassis ground (-).

4. Select group no. “6”, item no. “11”and change data

value to adjust the pedestal level and black level to be

the same level.

5. Connect an oscilloscope to test point “TP501”(+) and

chassis ground (-).

6. Select item no. “12”and change data value to adjust

the pedestal level and black level to be the same

level.

7. Connect an oscilloscope to test point “TP561”(+) and

chassis ground (-).

8. Select item no. “10 and change data value to adjust

the pedestal level and black level to be the same

level.

Pedestal Lebel = Black Lebel

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Project only green light component to the screen.

4. Select group no. “5”, item no. “11”and change data

value to obtain the minimum flicker on the screen.

5. Project only blue light component to the screen.

6. Select item no. “12”and change data value to obtain

the minimum flicker on the screen.

7. Project only red light component to the screen.

8. Select item no. “10”and change data value to obtain

the minimum flicker on the screen.

A/D Offset adjustment

Common Center adjustment

[PC WHITE BALANCE ADJUSTMENT]

1. Receive the 16-step gray scale computer signal with

Input 1 [COMPUTER] mode.

2. Enter the service mode.

3. Select group no. “4”, item no. “7”(Red) or “8”(Blue),

and change data values respectively to make a prop-

er white balance.

[AV WHITE BALANCE ADJUSTMENT]

4. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

5. Enter the service mode.

6. Select group no. “4”, item no. “7”(Red) or “8”(Blue),

and change data values respectively to make a prop-

er white balance.

Confirm that the same white balance is obtained in

video and computer input.

White Balance adjustment

If you find the color shading on the screen, please

adjust the white uniformity by using the proper comput-

er and “Color Shading Correction” software supplied

separately. The software can be ordered as follows;

COLOR SHADING CORRECTION SOFTWARE

Service Parts No.645 051 2308

NOTE ON WHITE UNIFORMITY

ADJUSTMENT

1. Receive the 16-step gray scale video signal with Input

3 [VIDEO] mode.

2. Enter the service mode.

3. Connect an oscilloscope to test point “TP531”(+)

and chassis ground (-).

4. Select group no. “4”, item no. “4”and set data value

to “600”, and then decrease data to adjust waveform

“a” to be minimum amplitude.

5. Connect an oscilloscope to test point “TP501”(+)

and chassis ground (-).

6. Select item no. “5”and set data value to “600”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

7. Connect an oscilloscope to test point “TP561”(+)

and chassis ground (-).

8. Select item no. “3”and set data value to “580”, and

then decrease data to adjust waveform “a” to be mini-

mum amplitude.

White Level

(a)

Video Gain adjustment

1. Receive the 16-step gray scale video signal with

Input 3 [VIDEO] mode.

2. Enter the service mode.

3. Select group no. “4”, item no. “6”and change data

value to reproduce the proper gray scale picture on

the screen.

Video Gamma Shift adjustment

Electrical Adjustments

-10-

Group: 0 TC90A26

0Y-EQ_GAIN 3 0 ~ 3

1Y-EQ_N_C_LIM 3 0 ~ 3

2V-ENH_GAIN 4 0 ~ 7

3V_ENH_CORING 2 0 ~ 3

4NTSC443_SW 1 0 ~ 1 Input signal setting 0:NTSC4.43 1:PAL60 (Only effective for NTSC4.43 signal inputs)

Group: 1 uPD64082

0NRMD 0 0 ~ 3

1HDP 4 0 ~ 7

2CDL 4 0 ~ 7

3DYCOR 4 0 ~ 15

4DYGAIN 15 0 ~ 15

5DCCOR 2 0 ~ 15

6DCGAIN 13 0 ~ 15

7YNRK 0 0 or 1

8YNRINV 0 0 or 1

9YNRLIM 0 0 ~ 3

10 CNRK 0 0 or 1

11 CNRINV 0 0 or 1

12 CNRLIM 0 0 ~ 3

13 VAPGAIN 2 0 ~ 15

14 VAPINV 2 0 ~ 15

15 YPFT 3 0 ~ 3

16 YPFG 9 0 ~ 15

17 V1PSEL 3 0 ~ 3

18 VEGSEL 3 0 ~ 3

19 CC3N 0 0 or 1

20 SELD2FH 1 0 or 1

21 SELDFL 1 0 or 1

22 YHCOR 1 0 ~ 3

23 HPLLFS 1 0 or 1

24 PLLFG 1 0 or 1

25 KILR 3 0 ~ 15

26 HSSL 12 0 ~ 15

27 VSSL 3 0 ~ 15

28 BGPS 7 0 ~ 15

29 BGPW 3 0 ~ 15

Group: 2 TB1274

0TINT 32 0 ~ 63

1SHP_EQ 2 0 ~ 3

2SHP_FO 2 0 ~ 3

3SHP_GAIN 8/8/8/8/8/8/8 0 ~ 15 VideoNT/ PAL,PALM,PALN/SECAM,BW60,BW50/ NT443/ PAL60/ S-Video/YCbCr

4Y_OUT_LEVEL 31/32/32/32/32 0 ~ 63 VideoNT/ NT443/ PAL,PALM,PALN/ PAL60/ SECAM,BW

0.7V 32/32/32/32/32/32 S-VideoNT,BW/ NT443/ PAL,PALM,PALN/ PAL60/ SECAM/ YCbCr

5C_OUT_LEVEL 12/12/15/15/22 0 ~ 63 VideoNT/ NT443/ PAL,PALM,PALN/ PAL60/ SECAM,BW

0.6V 12/12/15/15/22/18/20 S-VideoNT,BW/ NT443/ PAL,PALM,PALN/ PAL60/ SECAM/480i/575i

6Y_DELAY 5/5/4/4/4 0 ~ 15 Video NT,BW60/ PAL,PALM,PALN,BW50/ SECAM/NT443/PAL60

4/4/3/3/4 S-Video NT,BW60/PAL,PALM,PALN,BW50/ SECAM/ NT443/ PAL60

7COL_SYS - -

8X’TAL - -

9NOISE_DET - - Read Only

10 V_FREQ - -

11 Vert. Std - -

12 CID - -

13 VSIG - -

14 MVM 0 0 or 1

15 AFC_GAIN 1 0 ~ 3

16 SECAM_GP 7 0 ~ 7

Group: 3 CXA2101

0PICTURE 15/25/25 0 ~ 63 NT,PAL,SECAM,NT443,PALM,PALN,480i,575i/ 480p,575p/ 1080i,1035i,720p ✻A/D input Adj.[G]

1BRIGHT 50/50/50 0 ~ 63 NT,PAL,SECAM,NT443,PALM,PALN,480i,575i/ 480p,575p/ 1080i,1035i,720p ✻Pedestal Adj.[G]

2R_DRIVE 31/31/31 0 ~ 63 NT,NT443,PAL,PALM,PALN,480i,575i/ 480p,575p/ 1080i,1035i,720p ✻A/D input Adj.[R]

3G_DRIVE 31 0 ~ 63

No. Adjustment Item Initial Value Range Input source / Description

Electrical Adjustments

●Service Adjustment Data Table These initial values are the reference data written from the CPU

ROM to memory IC when replaced new memory IC. The adjust-

ment items indicated with “✻”are required to readjust following

to the “Electrical adjustments”. Other items should be used with

the initial data value.

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