Toshiba TLP450, TLP451, TLP650, TLP651 Schematic

FILE NO. 330-9904

S

SERVICE MANUAL

3LCD DATA PROJECTOR

TLP450E, TLP451E

TLP650E, TLP651E
TLP450U, TLP451U
TLP650U, TLP651U

TLP451, TLP651

PRINTED IN JAPAN, Oct., 1999

CONTENTS

SAFETY PRECAUTIONS .............................................................. I

IMPORTANT PRECAUTIONS .................................................... I

IMPORTANT SAFETY INSTRUCTIONS.............................. II

PART REPLACEMENT AND ADJUSTMENT PROCEDURES

SECTION 1

1 . LOCATION OF MAIN PARTS ......................................... 1 - 1

2 . LO CAT IO N OF PC BOA RD S ........................................... 1 - 1

3 . REPLACEMENT OF MECHANICAL PARTS ............ 1 - 2

3-1. Camera Arm Assembly (Only for TLP451/651) ........ 1- 2

3-2. Lamp Assembly ................................................................. 1 -2

3-3. Front Cover and Top Cover .......................................... 1 -3

3-4. Main PC Board ................................................................. 1-3

3-5. RGB PC Board .................................................................. 1 - 3

3-6. Handle and Fan Assembly............................................... 1-4

3-7. Power Supply Unit ............................................................ 1-4

3-8. Filter Assembly .................................................................. 1-5

3-9. Lamp House ....................................................................... 1- 5

3-10.Optical Engine .................................................................. 1 -5

SECTION 2

SERVICING DIAGRAMS

1 . PART CONFIGURATION AND THEIR SYMBOLS 2- 1

1-1. Replacing Subminiature “CHIP” Parts ....................... 2-1

1-2. Precoutions for Part Replacement ................................ 2- 2

1-3. Solid Resistor Indication.................................................. 2-2

1-4. Capacitance Indication .................................................... 2- 2

1-5. Inductor Indication........................................................... 2-3

1-6. Waveform and Voltage Measurement.......................... 2- 3

2 . EACH SIGNAL FLOW ........................................................ 2- 4

2-1. Operation at RGB Signal Input ..................................... 2- 4

2-2. Video Signal ....................................................................... 2- 4

2-3. Operation at Y/Pb/Pr Signal and HDTV Signal Input2-5

2-4. Camera Input Operation ................................................ 2-5

2-5. Camera Overlay Signal ................................................... 2 - 5

3. BLOCK DIAGRAMS ............................................................ 2 - 7

3-1. RGB Block Diagram ........................................................ 2-7

3-2. Input Block Diagram........................................................ 2-8

3-3. Main Block Diagram ........................................................ 2- 9

3-4. Digital Block Diagram ................................................... 2-11

4 . PRINTED WIRING BOARD AND

SCHEMATIC DIAGRAM ................................................. 2-12

3-11. Input PC Board ............................................................... 1 -6

3-12. Lens .................................................................................... 1 - 6

3-13. Mirror Box ....................................................................... 1-6

3-14. LCD Block and LCD Panel ........................................... 1 - 7

3-15. CAM SW PC Board (Only for TLP451/651) ............ 1- 9

3-16. Arm Assembly (Only for TLP451/651) ...................... 1- 9

3-17. Switch (Only for TLP451/651) .................................. 1-10

3-18. Camera PC Board (Only for TLP451/651) ............. 1-10

3-19. Lamp PC Board (TLP451/651) .................................. 1-10

4 . ELECTRICAL ADJUSTMENT ....................................... 1-11

4-1. LCD Drive Adjustment .................................................. 1-12

5 . LED DISPLAY ...................................................................... 1-16

5 . CIRCUIT DIAGRAMS ...................................................... 2-15

5-1. Drive Circuit Diagram (for TLP650, TLP651) ........ 2-15

5-2. Drive Circuit Diagram (for TLP450, TLP451) ........ 2-19

5-3. Main Circuit Diagram (for TLP650, TLP651) ......... 2-23

5-4. Main Circuit Diagram (for TLP450, TLP451) ......... 2-27

5-5. Micon Circuit Diagram ................................................. 2-31

5-6. RGB Circuit Diagram .................................................... 2-35

5-7. Input Circuit Diagram ................................................... 2-39

5-8. Power Supply Circuit Diagram .................................... 2-42

5-9. Camera Interface Circuit Diagram ............................ 2-45

5-10. ............................................ FAN Control Circuit Diagram

2-47

6. PC BOARDS ......................................................................... 2-49

6-1. Input PC Board ............................................................... 2-49

6-2. CAM Switch PC Board .................................................. 2-50

6-3. Main PC Board ............................................................... 2-51

6-4. RGB PC Board ................................................................ 2-55

6-5. LED PC Board ................................................................ 2-55

6-6. Sub Digital PC Board .................................................... 2-56

PARTS LIST

1. SAFETY PRECAUTION...................................................... 3 -1

2. NOTICE ..................................................................................... 3 -1

3 . ABBREVIATIONS.................................................................. 3- 1

3-1. Integrated Circuit (IC) .................................................... 3- 1

3-2. Capacitor (Cap) ................................................................ 3-1

3-3. Resistor (Res) ..................................................................... 3-1

SECTION 3

4 . EXPLODED VIEWS .............................................................. 3-2

4-1. Packing Assembly ............................................................. 3- 2

4-2. Remote Control Unit........................................................ 3-2

4-3. Chassis Assembly ............................................................... 3 -3

4-4. Arm Assembly (TLP451, TLP651) ................................ 3-4

5 . PARTS LIST ............................................................................. 3- 5

ADJUSTMENT PROCEDURES

PART REPLACEMENT AND

SECTION 1

PART REPLACEMENT AND

ADJUSTMENT PROCEDURES

1. LOCATION OF MAIN PARTS

E200 Optical Engine

B180 Lamp House

P800 Power Unit

Z101 Fan

SECTION 1

TLP451/651

PC300 Camera

Unit Assembly

SC01 Arm Position

Detection Switch

P100 Thermal Lead Switch

Projection Lens

2. LOCATION OF PC BOARDS

U007 Sub Digital

U001 Main PC Board

LCD Block

Filter

Fig. 1-1-1

TLP451/651

U0032 LED PC Board

U0031 CAM
Switch PC Board

Fig. 1-2-1

1-1

U0021RGB PC Board

U0022 Input PC Board

CAUTIONS BEFORE STARTING SERVICING

Electronic parts are susceptible to static electricity and may easily damaged, so do not forget to take a proper
grounding treatment as required.

Many screws are used inside the unit. To prevent missing, dropping, etc. of the screws, always use a magnetized
screwdriver in servicing. Several kinds of screws are used and some of them need special cautions. That is, take care
of the tapping screws securing molded parts and fine pitch screws used to secure metal parts. If they are used
improperly, the screw holes will be easily damaged and the parts can not be fixed.

3. REPLACEMENT OF MECHANICAL PARTS

3-1. Camera Arm Assembly

(Only for TLP451/651)

1. Remove six screws (1) and remove the camera arm

assembly (2).

2. Remove the connector (3) connecting to the main

unit.

Screws (1)

Camera arm
assembly (2)

Main unit

3-2. Lamp Assembly

1. Loosen two screws (1) and remove the cover (2).

2. Pull down the handle to remove the lamp assembly (3).

Lamp assembly (3)

Handle

Fig. 1-3-1

Cover (2)

Connector (3)

Screws (1)
(Loosen.)

Fig. 1-3-2

1-2

3-3. Front Cover and Top Cover

Connectors (2)

Main PC board (1)

Screws (4)

Connector on
RGB PC board (5)

RGB PC board (5)

FFC (3)

FFC (3)

FFCs (3)

1. Remove two screws (1) and remove the front cover (2)

by sliding the portion A pushed with a thin bar in the

arrow B direction.

2. Remove nine screws (3).

3. Push the handle (4) to one side and remove the top

cover (5) by rotating in the arrow C direction.

Screws (3)

Top cover (5)

Screws (1)

B

A

Push

C

Handle (4)

Screws (3)

Front cover (2)

Fig. 1-3-3

Screws (3)

Screw (3)

Fig. 1-3-4

3-5. RGB PC Board

1. Remove the FFC (1).

2. Remove four screws (2) and RGB PC board (3).

3. Remove four screws (4) and remove the cover (5) from

the RGB PC board (3).

Screws (2)

RGB PC board (3)

Cover (5)

3-4. Main PC Board

1. Remove four connectors (2) and five FFCs (3)

connected to the main PC board (1).

2. Remove seven screws (4).

3. Lift the main PC board (1) upward and remove the

main PC board (1) from the RGB PC board (5).

Screws (4)

FFC (1)

Fig. 1-3-5

1-3

3-6. Handle and Fan Assembly

1. Pull out the handle (1) upward.

2. Remove two screws (2) and fan assembly (3).

3. Remove two screws (4) and then remove the fan (5)

from the fan bracket (6).

Fan bracket (6)

Fan (5)

Screws (4)

Screws (2)

Fan assembly (3)

Handle (1)

3-7. Power Supply Unit

1. Remove two screws (1) and then remove the shield

plate (2) and the socket (3). (Do not lose the shield

plate (2).)

2. Remove two screws (4) and remove the power supply

unit (5).

3. Remove two screws (6) and one screw (7) and remove

the interlocking switch and plate (8).

Screws (4)

Power supply unit (5)

Screws (1)

Fig. 1-3-6

Socket (3)

Screw (7)

Screw (6)

Interlocking
switch (8)

Shield plate (2)

Screw(6)

Interlocking
switch plate (8)

1-4

Fig. 1-3-7

3-8. Filter Assembly

1. Remove the filter cover (1) from the suction fan

holder (2).

2. Remove the filters (3) and (4) from the filter cover (1).

(When replacing and/or cleaning the filter, note the

arrangement of the filters. Refer to Fig. A)

3. Remove two screws (5) and pull out the filter assem-

bly (6) upward.

4. Remove two screws (7) and remove the fan (8).

5. Remove the suction fan mouse piece (9) from the

suction fan holder (2).

Temperature
sensor switch (5)

Screw (2)

Screw (4)

Screw (1)

Lamp house (3)

Fan (7)

Screw (6)

Screws (7)

Suction fan
holder (2)

Filter
assembly (6)

Fan (8)

Screws (5)

Suction fan
mouse piece (9)

Filter (4)

Filter (3)

Filter
cover (1)

Replacement
filter

Fig. A

Fig. 1-3-9

3-10. Optical Engine

1. Remove four screws (1).

2. Remove the optical engine (2) by lifting upward.

Screws (1)

Fig. 1-3-8

3-9. Lamp House

1. Remove one screw (1) and (2) and then remove the

lamp house (3).

2. Remove one screw (4) and then remove the tempera-

ture sensor switch (5).

3. Remove one screw (6) and then remove the fan (7).

Optical engine (2)

Fig. 1-3-10

1-5

3-11. Input PC Board

1. Remove five screws (1).

2. Remove the input PC board (2) by turning the arrow

direction.

Screws (1)

Input PC board (2)

3-13. Mirror Box

1. Remove three screws (1) and then remove the mirror

box (2).

Screws (1)

Mirror box (2)

Fig. 1-3-11

3-12. Lens

1. Remove four screws (1) and then remove the lens (2).

Screws (1)

Lens (2)

Fig. 1-3-12

Fig. 1-3-13

1-6

3-14. LCD Block and LCD Panel

Holder support

Adjusting screws S (x2)

Z rotation plate

L lower adjusting screw (x1)

L upper adjusting
screw (x2)

XY shifting plate

Panel

1. Remove three screws (1) and remove the LCD block (2).

2. Remove three screws (3) and remove the LCD panel (4).

Screws (3)

LCD panel (4)

LCD panel (4)

LCD block (2)

Screws (3)

LCD
panel (4)

Screws (3)

3. Mount a holder support for the service holder at the

location of the panel holder removed. (Use screws

removed in step 2.) (Refer to Fig. 1-3-16 for the

following steps.)

4. Mount a new panel on the XY shifting plate with the

Z rotation plate placed between them. (Use L upper

and lower adjustment screws.) At this time, fix them so

that two holes on the panel lower side are matched

with the holes on the Z rotation plate.

5. Mount the Z rotation plate on the holder support.

(Use S adjustment screws.) Tighten the S adjustment

screws lightly.

3-14-1. Panel Replacement and Adjustment

< Replacement procedures >

1. Remove the prism block from the optical engine.

2. Remove the panel and the panel holder from the

prism block. (Refer to Fig. 1-3-15.)

Screws (1)

Fig. 1-3-14

Procedures

Prism block

Panel holder

Panel

Fig. 1-3-15 Prism block exploded views

Fig. 1-3-16 Mounting view of a holder for service

< Panel adjustment procedures >

– carried out with a cross hatch signal (RGB input)

received.

(1) Panel focus adjustment

– carried out with a single color (panel color replaced)

status.

1. Shift the Z rotation plate by holding its handles

located on the upper sides with fingers or a long-nose

pliers, etc. and adjust to obtain the best focus at the

whole screen. At this time, adjust the screen center

focus by shifting the Z rotation plate entirely back

and forth, the left/right screen focus balance by

shifting the rotation plate to left/right rotation

directions and the upper/lower screen focus balance

by shifting it to upper/lower rotation directions.

1-7

2. Tighten the S adjusting screws with a wrench for

servicing and fix the Z rotation plate. (Refer to Fig. 1-

3-17.) If the focus adjusted is upset when fixing,

loosen the S adjusting screws and perform the

adjustment in step 1 again.

Fig. 1-3-17 Service wrench

3. Repeat the steps 1 and 2 until the Z rotation plate is

fixed in the best focus condition. Finally, fix the Z

rotation plate perfectly by tightening the S adjusting

screws further with a long-nose plier, etc.

< Holder fixing >

1. Apply screw lock to the S adjusting screws.

2. Fix the Z rotation plate and the holder support, and

the Z rotation plate to the XY shifting plate by using

a silicone bond at the appropriate locations.

3-14-2. Mirror Adjustment Procedures

(After polarizing plate replacement)

1. Loosen screws fixing three mirror holder (WM, RM,

BM).

WM fixing screw

(2) Picture element adjustment

(Convergence adjustment)

– Superimposing pictures on R and B panels with a

picture on G panel.

1. Loosen the upper and lower L adjusting screws fixing

the panel.

2. Shift the XY shifting plate by holding its upper

portion with fingers or a long-nose plier, etc. and

adjust to superimpose the picture on the panel

replaced on that of the G panel.

For the relation between the picture and the XY

shifting plate shifting directions, the picture shifts to

the left when the XY shifting plate shifts to the left

seeing from the incident side of the panel (the picture

shifts to the right when the XY shifting plate shifts to

the right direction.), and the picture shifts to the lower

direction when the XY shifting plate shifts to the

upper direction (the picture shifts to the upper

direction, when the XY shifting plate shifts to the

lower direction.).

3. Fix the panel by tightening the upper/lower L

adjusting screws with a wrench for servicing. If a

focus is upset when fixing the panel, loosen the

upper/lower L adjusting screws and perform the step 2

again.

4. Repeat the steps 2 and 3 until the panel is fixed with

the picture superimposed in the best condition.

RM fixing screw

BM fixing screw

Fig. 1-3-18

2. Set G single color screen. Move the WM fixing screw

along the long hole and fix it where the upper and

lower edges of the screen does not show the dark

band.

3. Set R single color screen. Fix the RM fixing screw in

the same way as shown in step 2.

4. Set B single color screen. Fix BM fixing screw in the

same way as shown in step 2.

5. Apply screw lock to each fixing screw. (For the screw

lock position, refer to the figure shown below.)

Fig. 1-3-19

1-8

3-15. CAM SW PC Board

(Only for TLP451/651)

1. Remove one screw (1) and remove the cover (2).

2. Remove four connectors (4) connected to the CAM

SW PC board (3).

3. Remove two screws (5) and remove the CAM SW PC

board (3).

Base cover

CAM SW
PC board (3)

3-16. Arm Assembly

(Only for TLP451/651)

1. Remove three screws (1) and remove the arm assem-

bly (2).

2. Pull out three connectors (3) connected from the arm

assembly (2) from the base cover (4).

Connectors (4)

Screws (5)

Connector (4)

Cover (2)

Fig. 1-3-20

Screw (1)

Screws (1)

Arm assembly (2)

Connectors (3)

Base cover (4)

Fig. 1-3-21

1-9

3-17. Switch (Only for TLP451/651)

1. Remove two screws (1) and remove the base plate (2).

2. Remove one screw (3) and remove the switch (4).

Screws (1)

3-19. Lamp PC Board (TLP451/651)

1. Remove the lamp cover (1).

2. Pull out the lamp PC board (2) in the arrow direction.

3. Unplug the connector (3).

Lamp PC board (2)

Lamp
cover (1)

Base plate (2)

Switch (4)

Screw (3)

Fig. 1-3-22

3-18. Camera PC Board

(Only for TLP451/651)

1. Remove four screws (1) and remove the cover (2).

2. Remove two connectors (3).

3. Remove two screws (4) and remove the camera

block (5).

4. Remove the focus ring (6) by releasing the claws (A).

5. Remove two screws (7) and remove the camera base

(9) from the camera PC board assembly (8).

Camera PC board
assembly (8)

Camera
base (9)

Screws (7)

Focus
ring (6)

Cover (2)

Screws (4)

Connectors (3)

Connector (3)

Fig. 1-3-24

Claws (A)

Camera block (5)

Screws (1)

Fig. 1-3-23

1-10

Normal Adjust

AMP

DLY

CNT

GAIN

NRSH

WMS NRSL DIRX DIRY WMC WMD VRL VRH

CALR BLKLIM CLPLEV BCOM GCOM RCOM SIGCEN

Setting Shading Contents Bus Cont Screen Data SpecialDrive

Drive

Gamma

Drive

GAM

/ TEST

W1D

POS­CONT1

POS­CONT2

DIR
/ INV

AMP BIAS

GAM WHP GAM B1P GAM B2P GAM WHG GAM B1G GAM B2G SUB CONT

Reset

Reset

R

G

B

R

G

B

R

G

B

R

G

B

R

G

B

R

G

B

R

G

B

R

G

B

R

G

B

W1E W1F

Send CMD Receive CMD

4. ELECTRICAL ADJUSTMENT

< Test Equipments and Test Jigs >

• Oscilloscope

• Digital voltmeter

• Adjustment software TLP65CTLS.EXE

• Color luminance meter (BM-5)

• Personal computer

• Signal generator

• Multi-point luminance meter

< Connection and Setting of Personal Computer >

(1) Connection of personal computer

1) Connect a computer as shown in Fig. 1-4-1, and

then perform the adjustment using the adjustment

software TLP65CTLS.EXE. (When using a drive C,

type C: ¥TLP65CTLS.EXE and press enter key.)

(2) Adjustment software usage

The electrical adjustment is carried out by using the

adjustment software. For the adjustment command items

in the adjustment procedures, set the command by

referring the following contents.

First, start the software and select the "Drive" tab. Then

the following display appears.

RS-232C

CONTROL

AMP_GAIN

R

G

B

DLY_CNT

W18

NRSH

WM0

GAM/TEST

W00

W01

W02

W19

CALR

WM1

RS-232C

Fig.1-4-1

AMP_BIAS

W03

W04

W05

POS_CONT1

W1A

BLKLIM

WM2

RGB AUDIO

MONITOR OUTPUT

GAM_WHP

W06

W07

W08

POS_CONT2

W1B

CLPLEV

WM3

GAM_B1P

W09

W0A

W0B

DIR/INV

W1C

BCOM

WM4

Fig. 1-4-2

The adjustment command setting enables to be carried

out by clicking radio button(s) on this screen. The

following list shows the adjustment command setting. By

referring to the list, set the adjustment command.

GAM_B2P

W0C

W0D

W0E

GCOM

WM5

GAM_WHG

W0F

W10

W11

RCOM

WM6

GAM_B1G

W12

W13

W14

SIGCEN

WM7

GAM_B2G

W15

W16

W17

NRSL

WM9

SUB_CONT

VGR

VGG

VGB

DIRX

WMA

1-11

DIRY

WMB

4-1. LCD Drive Adjustment

• Save the data in each step.

Adjust Items

1. Input level check

1-1. Input level

adjustment of
RGB signals

1-2. Input level

adjustment of
video signal

1-3. Input level

adjustment of
Y/Pb/Pr signal

2. NRS adjustment

2-1. Vertical stripe

adjustment

2-2. NRS level

confirmation

3. Center voltage
adjustment

Input Signal

16-stairstep

waveform

Gray scale or

stairstep

waveform

Gray scale or

stairstep

waveform

Window

signal with all

white 50% in

peripherals

and all black

at center.

Window

signal with all

white 50% in

peripherals

and all black

at center.

16-stairstep

waveform

Test

Equip-

ment

Oscillo-

scope

Oscillo-

scope

Oscillo-

scope

Oscillo-

scope

Oscillo-

scope

Oscillo-

scope

Table 1-4-1

Test Point

TP701 (R)

TP702 (G)

TP703 (B)

TP701
TP702
TP703

TP701 (R)

TP702 (G)

TP703 (B)

TP403 (R)

TP503 (G)

TP603 (B)

TP403 (R)

TP503 (G)

TP603 (B)

TP402 (R)

TP502 (G)

TP602 (B)

Adjust

mode

VGR
VGG
VGB

VGR
VGG
VGB

VGR
VGG
VGB

WM0

(WM9)

WM7

Adjust Value

• 1.2V ± 20 mV
between pedestal
and white level of
16th stairstep
waveform.

• 1.15V ± 20 mV
between pedestal
and white peak
level.

• 1.15V ± 20 mV
between pedestal
and white peak
level.

• Adjust so that the
vertical stripe
disappears.
Adjust at TP503.

• Confirm the base
level of the
amplitude should
be approx. 1.6V.

• Adjust for A = B
as shown in
illustration right.

( ) : confirmation only.

Note

• RGB input.

• Trigger the scope at TP901

(H period).

• Video input.

• Trigger the scope at TP901

(H period).

• Trigger the scope at TP901
(H period).

• Select “Y/Pb/Pr” in “RGB
input” on “Setting” menu of
the adjustment software.

B

GND

A

A = Approx. 1.6V
B = 5.5V to 8.0V

• Trigger the scope at TP901
(H period).

4. Gamma adjustment

4-1. RGB bias

adjustment

4-2. RGB black gamma

adjustment

4-3. Ghost adjustment

16-stairstep

waveform

16-stairstep

waveform

SMPTE signal

Oscillo-

scope

Oscillo-

scope

––––

TP402 (R)

TP502 (G)

TP602 (B)

TP402 (R)

TP502 (G)

TP602 (B)

––––

W03
W04
W05

W0C
W0D
W0E

(W1A)

• Adjust the 16th
stairstep wave­form for following
values:

5.65 ± 20 mV

• Adjust the 2nd
stairstep wave­form for following
values:

2.6V ± 20 mV

• If ghost is high,
adjust in W1A
mode.

A

B

7.0V DC
(center)

TLP451/651

E200 Optical Engine

B180 Lamp House

P800 Power Unit

Z101 Fan

P100 Thermal Lead Switch

Projection Lens

PC300 Camera

Unit Assembly

SC01 Arm Position

Detection Switch

LCD Block

Filter

• Trigger the scope at TP901
(H period).

2nd stairstep

1-12

Table 1-4-2

Adjust Items

5. Gamma correction at
video input

5-1. Video bias

adjustment

5-2. Video black

gamma adjustment

5-3. Ghost adjustment

6. Common voltage
adjustment

6-1. Common voltage

adjustment 1

6-2. Common voltage

adjustment 2

Input Signal

10-stairstep

waveform

10-stairstep

waveform

Retma signal

Adjustment

signal

Adjustment

signal

Test

Equip-

ment

Oscillo-

scope

Oscillo-

scope

––––

Oscillo-

scope,

confirm

on the

screen.

Oscillo-

scope,

confirm

on the

screen.

Test Point

TP402 (R)
TP502 (G)

TP602 (B)

TP402 (R)
TP502 (G)

TP602 (B)

––––

––––

––––

Adjust

mode

W03
W04
W05

W0C
W0D
W0E

(W1A)

WM4
WM5
WM6

WM4
WM5
WM6

Adjust Value

• Adjust the 10th
stairstep wave­form for following
values:

5.3 ± 20 mV

• Adjust the second
stairstep wave­form for following
values:

2.75 ± 20 mV

• If ghost is high,
adjust in W1A
mode.

• Select “Standard”
in Projection
mode on “Setting”
menu.

• Adjust so that the
flicker for each R,
G, B signal
becomes
minimum.

• Invert Up/Down
contents
displayed on the
screen.

• Select “Rear
Ceiling” in
Projection mode
on “Setting”
menu.

• Adjust so that the
flicker for each R,
G, B signal
becomes
minimum.

• After adjustment,
click the standard
button (PJ0) on
the setting screen
and return to the
standard status.

Note

10th stairstep

• Trigger the scope at TP901
(H period).

Second stair step

• Trigger the scope at TP901
(H period).

1-13

Table 1-4-3

Adjust Items

7. White balance
adjustment

Input Signal

All white 50%

signal

10-stairstep
video signal

16-stairstep

RGB signal

1. Lay the unit in a dark room and input all white 50% signal, video 10-stairstep signal or RGB 16-stairstep
signal.

2. Affix the standard white board WS-2 on the top center of screen, or suspend it adjacent to the screen
from above.

3. Set the color luminance meter (BM-5) with more than 30 min. heat-run operation performed, so that color
temperature on the WS-2 can be measured.

4. Measure the color temperature by using the BM-5 and adjust with W03 and W05 in the adjustment menu
to obtain the value within the range of X = 0.285 ± 0.01 and Y = 0.310 ± 0.01.

Adjustment standard

a. Adjust Y by using in W05 mode.

b. Adjust X by using in W03 mode.

Color temperature: 8500

duv...less than 0.005

Test

Equip-

ment

Color

lumi-

nance

meter

(BM-5)

Test Point

Shown

below

Adjust

mode

W03
W04
W05

Adjust Value

• Shown below.

Note

8. White level adjust­ment at RGB input

5. Input all white 100% signal.

Measure the luminance and the color temperature and record them.

6. Perform the steps 1 to 4 for the video input.

7. Enter 16 steps at RGB input and 10 steps at Video input. Then check the color temperature on black
side and adjust W0C and W0E if required. (Adjustment range should be within ±3 steps.)

Window

signal with
center 98%
and periph-

eral 100%.

–––– –––– W03

W04
W05

• Adjust W03, W04
and W05 in the
same way
(modifying the
same data
amount) so that
98% white
appears a little.

1-14

30

°

• Perform the following adjustment when replacing the main PC board (PB9061) and/or the microprocessor QXXX.

Table 1-4-4

Adjust Items

9. Slantness sensor
correction data
setting

Input Signal

––––

Test

Equip-

ment

––––

Test Point

––––

Adjust

mode

––––

30

°

Adjust Value

––––

Note

Fig. 1 Fig. 2 Fig. 3

1. Leave the unit for more than 3 hours to cool down enough.

2. Connect TLP450/451/650/651 to a personal computer by using a RS-232 cable. Set TLP450/451/650/
651 in the standby status.

3. Start the slantness sensor correction data setting software (menu) on the personal computer.

P

Save Help

ort

Normal

Special

Adjust

All data read (X command) Timer

Read

Setting Drive Data Read

Initialize

Special

Send CMD

Option

Off

On Off On

Keystone format (Deg)

0

+30 -30

0 (High-temp)

Receive CMD

TOSHIBA logo

Fig. 4

4. Place TLP450/451/650/651 to be adjusted horizontally on a flat table and click “0” of keystone format
(Deg) on the menu and store the data at the horizontal position. (Refer to Fig. 1.)

5. Place TLP450/451/650/651 to be adjusted on a table with 30 degrees slanted and its projection lens
directed upward. Then click “+30” of keystone format (Deg) on the menu and store the data of +30
degrees position. (Refer to Fig. 2.)

6. Place TLP450/451/650/651 to be adjusted on a table with 30 degrees slanted and its projection lens
directed downward. Then click “–30” of keystone format (Deg) on the menu and store the data of –30
degrees position (Refer to Fig. 3.). At this time, the data is written on the flash ROM of the TLP450/
451/650/651.

7. After heat-running for more than 1 hour with the power turned on, place TLP450/451/650/651 horizontally
and click “0 (High-temp)” of keystone format (Deg) to save the horizontal position data at high tempera­ture.

8. Stretch the height adjusting legs on the front side of TLP450/451/650/651 fully, turn on the projector and
start projecting on the screen.
Adjust the focus roughly and push the automatic keystone button on the remote controller. Check to see
the image projected is more rectangular with less trapezoidal in comparison with the shape before
pushing the keystone button.

1-15

5. LED DISPLAY

X: Lighting off, Color: Contents shown by lighting in the color, (Color): Contents shown by blinking in the color

Table 1-5-1 Normal operation

Status

Normal

Normal

Normal

Normal

Normal

Normal

Status

Error

Error

Error

Error

Error

Error

Error

Error

Power

Orange

Green

Green

Green

Orange

Orange

Power

Red

Red

Red

Red

Red

Red

Red

Red

Lamp

X

X

(Green)

Green

Green

(Green)

Lamp

X

Red

Orange

X

X

X

X

X

Temp

X

X

X

X

X

X

Contents

Standby status

Power on

Lamp is heating up.

Lamp lighting

Power off

Lamp is cooling
down.

Table 1-5-2 Error operation

Temp

X

X

X

(Red)

(Orange)

(Green)

Red

Orange

Contents

Main power error

Lamp not lighting

Lamp fan stop

Suction fan stop

Exhaust fan stop

Filter open

Temperature sensor
1 abnormality

Temperature sensor
2 abnormality

Remarks

At normal power off

Various power on

Lamp power is being
confirmed.

At normal power on

Various power off

For approx. 1 min.
(Impossible to light on
again.)

Remarks

Only at power on.

Only at power on.

Only at power on.

Only at power on.

Only at power on.

Only at power on.

Only at power on.

Only at power on.

Additional notice

Additional notice

Operation is carried
out below 30 °C in the
old control.

Operation is carried
out below 30 °C in the
old control.

Operation is carried
out below 30 °C in the
old control.

Not used in the
current control.

1-16

SECTION 2

TWEEZERS

SERVICING DIAGRAMS

1. PART CONFIGURATION AND THEIR SYMBOLS

1-1. Replacing Subminiature "CHIP" Parts

1-1-1. Required Tools:

1. Fine tipped, well insulated soldering “pencil”, about

30 Watts.

2. Tweezers.

3. Blower type hair dryer.

1-1-2. Soldering Cautions:

1. Do not apply heat for more than 3s.

2. Avoid using a rubbing stroke when soldering.

3. Discard removed chips; do no reuse them.

4. Supplementary cementing is not required.

5. Use care not to scratch or otherwise damage the chips.

1-1-3. Removal (Resistors, Capacitors, etc.):

1. Melt the solder at one side.

1-1-4. Removal (Transistors, Diodes, etc.):

1. Melt the solder of one lead.

Fig. 2-1-4

2. Lift the side of that lead upward.

Fig. 2-1-5

3. Simultaneously heat solder the two remaining leads

and lift part to remove.

SERVICING DIAGRAMS

SECTION 2

Fig. 2-1-1

2. Grasp the part with tweezers and melt the solder at the

other side.

TWEEZERS

Fig. 2-1-2

3. Remove the part with a twisting motion.

Fig. 2-1-6

1-1-5. Preheating (Except for semiconductors):

Immediately before installing new resistors or capacitors,

use a blower type hair dryer and preheat the part for about

two min. at approximately 150°C.

1-1-6. Replacement:

1. Presolder the contact points of the circuit pattern.

Fig. 2-1-7

2. Press the part downward with tweezers and apply the

soldering pencil as indicated in the figure.

TWEEZERS

Fig. 2-1-3

2-1

Fig. 2-1-8

1-2. Precautions for Part Replacement

100k

Rated Wattage Type Tolerance

100µ

Temperature
response

Rated
voltage

Tolerance

• In the schematic diagram, parts marked (ex.

F801) are critical part to meet the safety regulations,

so always use the parts bearing specified part codes

(SN) when replacing them.

1-3. Solid Resistor Indication

Unit None ........... Ω

k ...........kΩ

M ........... MΩ

Tolerance None ........... ±5%

B ........... ±0.1%

C ........... ±0.25%

D ...........±0.5%

F ...........±1%

G ...........±2%

K ...........±10%

M ........... ±20%

Rated Wattage (1) Chip Parts

None .........1/16W

(2) Other Parts

None .........1/6W

Other than above, described in the Circuit Diagram.

Type None ........... Carbon film

S ...........Solid

R ........... Oxide metal film

W ........... Metal film

W ........... Cement

FR ...........Fusible

• Using the parts other than those specified shall

violate the regulations, and may cause troubles such

as operation failures, fire etc.

Fig. 2-1-9

1-4. Capacitance Indication

Symbol

Unit None ........... F

Rated voltage None ........... 50V

Tolerance (1) Ceramic, plastic, and film capacitors of which

Temperature characteristic None ........... SL

(Ceramic capacitor) For others, temperature characteristics are

+

........... Electrolytic, Special electrolytic

NP

........... Non polarity electrolytic

........... Ceramic, plastic

M

........... Film

........... Trimmer

µ ........... µF

p ...........pF

For other than 50V and electrolytic capacitors,
described in the Circuit Diagram.

capacitance are more than 10 pF.

None ........... ±5% or more

B ........... ±0.1%

C ........... ±0.25%

D ...........±0.5%

F ........... ±1%

G ...........±2%

(2) Ceramic, plastic, and film capacitors of which

capacitance are 10 pF or less.

None ........... more than ±5% pF

B ........... ±0.1 pF

C ........... ±0.25 pF

(3) Electrolytic, Trimmer

Tolerance is not described.

described. (For capacitors of 0.01 µF and

no indications are described as F.)

Fig. 2-1-10

2-2

1-5. Inductor Indication

Unit None ........... Η

µ ........... µH

m ........... mH

Tolerance None ........... ±5%

B ........... ±0.1%

C ........... ±0.25%

D ........... ±0.5%

F ........... ±1%

G ........... ±2%

K ........... ±10%

M ........... ±20%

Type PL ........... Peaking

For other, model name is described.

1-6. Waveform and Voltage Measurement

• Measurement of waveform and voltage at each

section in the color circuits was conducted with

sufficient service color bar signal being received and

reproduced in normal conditions.

• Waveforms and voltage values for the remaining

circuit were measured with a broadcasting signal

normally received, so they may vary slightly accord-

ing to the programs being received. Use them as a

measure for servicing.

• All voltage values except the waveforms are ex-

pressed in DC and measured by a digital voltmeter.

10µ

Type Tolerance

Fig. 2-1-11

2-3

2. EACH SIGNAL FLOW

2-1. Operation at RGB Signal Input

The RGB signal is entered from PB001 on the RGB PC

board and sent to the main PC board after passing

through the MUTE circuit and the low pass circuit. The

low pass circuit is provided to prevent a moire from

occurring when the real sampling operation is not

executed. Usually, a selector selects a signal not passed

through the low pass filter, but selects the signal passed

through the low pass filter since the real sampling is not

carried out for a signal higher than SXGA85 Hz. The

RGB signal entered passes through a buffer and develops

PB003.

In the main PC board, the RGB input signal is converted

to a digital signal in A/D+PLL (QD300). The A/D

converter is used in the parallel mode, so the output

becomes 16 bits per 1 channel and its clock rate is a half

of the sampling clock. The digital RGB signal is enlarged

or reduced by the scaller (QD500) and converted into a

format of fv=60Hz, panel resolution (TLP65x: 1024 x

768, TLP45x: 800 x 600). The scaller output signal is a

RGB signal of 10 bits per 1 channel, converted into the

analog signal by the D/A converter and fed to the drive

circuit. The scaller (QD500) also performs the contrast/

brightness control and keystone correction in addition to

the enlargement or reduction process for the video signal

entered.

The clock signal for the input system is generated in the

A/D+PLL (QD300) and that for LCD panel drive system

is in the 2nd PLL (QD402) circuit.

In the drive circuit, the pre-driver circuit amplifies the

signal and performs a gamma correction. The correction

signal sent from the color uniformity correction IC

(Q971) enters the BIAS control terminal of the pre-driver

(Q701) and the color uniformity is corrected by entering

the correction signal corresponding to the screen position

of the input signal. The signal corrected in the gamma is

inverted its polarity and sampled & held in six phase

signals by the sample & hold IC (Q401, Q501, Q601) and

then fed to the LCD panel. The XGA panel used for

TLP650/651 employs 12 phase driving system, so two

sample & hold ICs are used per one channel. (Since

TLP450/451 employs 6 phase driving system, one

sample & hold IC is used per one channel.)

The panel driving timing signal is generated in the

timing generator IC (Q203) with a clock signal and HD/

VD signal supplied from the digital circuit. The Up/Down

and Left/Right display inversion on the LCD panel (for

ceiling mounting and rear projection status) is carried out

by changing the timing signal generated by the timing

generator. The timing signal used for this LCD panel

requires a 15V in the amplitude, so the signal is con-

verted into the timing signal of 15V amplitude by the

level shifter and drives the LCD panel. The drive circuit

operation is carried out in the same way regardless of the

kinds of input signals. So the operation description for

other input signals is omitted.

2-2. Video Signal

The video signals, S-video and composite video signals,

are sent to the main PC board in passing through the

input PC board through the connector and the buffers.

The signal sent to the main PC board enters the video

decoder IC (QD200) and the decoder develops 8 bit

signal (27 MHz clock) multiplexed with the Y/Cb/Cr

components. The signal switching between S-video and

composite video signals is carried out by a selector built-

in the video decoder. The Y/Cb/Cr signal input for the

scaller IC are 8 bit Y signal + 8 bit Cb/Cr signal. The 8 bit

Y/Cb/Cr signal (27 MHz) in QD405 is converted into a

16 bit Y signal + Cb/Cr signal (13.5 MHz) and enters the

scaller IC. In the scaller IC, the digital matrix circuit

converts the Y/Cb/Cr signal into the R/G/B signals.

After that, the signal process is carried out in the same

way as those for the RGB signal input. That is, the key

stone correction, enlargement/reduction process and

contrast/brightness control are carried out and fed to the

drive circuit.

The process relating to the sync is also carried by the

video decoder IC and the clock signal for input system is

also generated.

Furthermore, when the video signal of fv=50Hz, such as

PAL signal, etc. enters, the panel drive operation is

carried out by using the signal of fv=50Hz.

2-4

2-3. Operation at Y/Pb/Pr Signal and

HDTV Signal Input

Y/Cb/Cr signal (DVD player output) or HDTV signal

enters from PB001 and reaches the A/D converter

(QD100) for Y/Cb/Cr (Y/Pb/Pr) signal after passing

through the low pass circuit. The A/D converter develops

16 bit signal of 8bit Y signal + 8bit Cb/Cr (Pb/Pr) and

enters the scaller IC through the selector for the signal

and that from the video decoder inside QD405. The

process following to the scaller IC is the same as that of

the video signal process.

The process relating to the sync process at Y/Cb/Cr signal

(DVD player output) input (clock generation) is carried

out by the video decoder and the clock generation at

HDTV signal input is by the A/D+PLL (QD300).

2-4. Camera Input Operation

A camera input enters the A/D converter for Y/Cb/Cr (Y/

Pb/Pr) signal through an exclusive connector and is

processed as a Y/Cb/Cr signal input. The camera signal is

a Y/Cb/Cr signal of fh=11.8 kHz and fv=15 Hz.

The clock generation is carried out in the A/D+PLL

(QD300).

2-5. Camera Overlay Signal

The camera overlay signal usually enters the A/D

converter for Y/Cb/Cr signal (Y/Pb/Pr) through an

exclusive connector in the same way as that of camera

input.

The A/D converter output enters QD405 and the red and

blue components of the signal are extracted by the level

slice circuit. Thus processed signal is converted into the

signal synchronizing with the LCD panel output timing

by using a memory (QD46). Then the signal is over-

lapped with the on-screen signal and the signal over-

lapped is fed to the on-screen signal input of the scaller

IC, and overlapped with the main video output signal. At

this time, the clock generation for overlay signal input

system is carried out by the PLL circuit exclusive for the

overlay.

As described above, the A/D converter for Y/Cb/Cr (Y/Pb/

Pr) signal is used for the overlay signal input, so the

signal which is usually processed by the A/D converter

for Y/Cb/Cr (Y/Pb/Pr) signal, that is, Y/Cb/Cr signal (DVD

player output), cannot be overlaid at the HDTV signal

input.

2-5

This page is not printed.

2-6

3. BLOCK DIAGRAMS

3-1. RGB Block Diagram

RGB In
(PB001)

RGB Out
(PB003)

Sound in
(PB002)

QB005

Buffer

HD, VD

G Channel only

QB001-3

Mute

QB017

Interface

QB016

Sync

Process

Low Pass Filter

Sync Status

HD, VD

Control Bus

QB008

Selector

QB007

Selector

QB026

Selector

Video Sisnal

HD,VD

RGB out
(To Main)

YPbPr/YUV out
(To Main)

Camera in
(From Input)

Camera
Sync out
(To Main)

Main Sync out
(To Main)

Control Bus

Sound out
(PB004)

RS-232C
(PB007)

Fig. 2-3-1

2-7

3-2. Input Block Diagram

Audio

Video

S-Video

S-Y

S-C

QA01

QA02

QA03

Video

QA06

Selector

QA09

Vol. & Tone

QA10

Power Amp

Speaker

To main board

To main board

QA14

QA15

QA16

(Emitter Follower)

Y

Cb

Cr

Camera

Audio (PC)
from RGB board

Fig. 2-3-2

2-8

3-3. Main Block Diagram

3-3. Digital Block Diagram

Video
S - Video

Camera
HDTV
DVD

RGB
SYNC

QL020

TEMP SENSOR

QL021

TEMP SENSOR

24.567 MHz

QD200
VIDEO

DECODER

QD100

A/D

(YPbPr)

Overlay Clock

Video Clock

EXT Clk in

QD300

A/D+PLL

(RGB)

Control BUS Signals

Video Data (8bit)

YPbPr Data (16bit)

Camera, HDTV, DVD

Main Clock (input)

RGB Data (48bit)

ZD004

80MHz OSC

QD407
PLL for
Overlay

QD405

Timing GEN

Timing Generator

Data SW(YUV/YPbPr)

Form Convert(8bit 16bit)

Overtay Control

Tilt Sensor interace

Camera, HDTV, DVD, Vide o

YUV/Ypbpr Data (16bit)

QD500

SCALER

Enlarge Shrink

YUV RGB convert

Contrast Bright Control

Keystone Cortect

QD501-3

SD-RAM (16M)

QD406

Memory for

Overlay

QD001

Tilt

Sensor

QD401

OSD
GEN

QD402

2nd
PLL

HD, VD for LCD Panel

Panel Clock (TTL)
65X:65MHz 45X:40MHz

RGB Data (30bit)

QD600

D/A

RGB Signal

Q203

Timing GEN

for LCD

Panel Clock (PECL)
65X:32.5MHz 45X:40MHz

Q971

Shading

Correct

Q701

Pre-Driver

Gamma

Amp

1H 1H

Timing Signal for LCD Panel

Q407

Timing Signal

Level Shift

5V 15V

Q401, (402)*

Sample & Hold

Invert

Q507

Timing Signal

Level Shift

5V 15V

Q501, (502)*

Sample & Hold

Invert

Q607

Timing Signal

Level Shift

5V 15V

Q601, (602)*

Sample&Hold

Invert

1H

RED

Panel

GREEN

Panel

BLUE
Panel

Video signal
(Y/Pb/Pr 8bit)

Y/Pb/Pr, HDTV signal
(Y,Pb/Pr 16bit)

RGB signal
(Each RGB 16bit : 48bit)

8bit 16bit

conv.

Various kinds of

timing signal

generation circuit

Y, Pb/Pr 16bit

Y/Pb/Pr RGB

Digital matrix

Level

slice

PLL circuit for

overlay

Overlay signal

process

On-screen

signal

process

On-screen signal

superimposing

QD406

Memory

On-screen

character

generation

circuit

QD401

QD500

RGB signal
(Each RGB 10bit : 30bit)

KEY SWITCH

LED

REMOTE

CONTROL

RECEIVER

(FRONT/REAR)

I/F

QL005

MICRO

CONTROLLER

QL018

RAM

QL011

EEPROM

POWER

ON

QL015

RS232C

INTERFACE

QL016

RS232C

INTERFACE

LAMP ON CAMERA

UNIT

EXTERNAL

CONNECTOR

PF006

PF014

11V

7V

QF001

FAN CONTROL

QF003

FAN CONTROL

OPTICAL
ENGINE FAN

LAMP FAN

EXHAUST
FAN

INTAKE FAN

Fig. 2-3-3

Keystone

correction

Contrast / Brightness

control

Enlargement / Reduction

process

Memory

QD501-3

Fig. 2-3-4

4. PRINTED WIRING BOARD AND SCHEMATIC DIAGRAM

UHP-LAMP

THERMAL-SW

LCD-R

LCD-G

LCD-B

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

P401

16

DY

-CLY

CLY

NRG

VDDY

VDDX

-CLX

CLX

DX

ENB2

ENB1

DIRX

VSSX

VID1

VID2

DY

-CLY

CLY

NRG

VDDY

VDDX

-CLX

CLX

DX

ENB2

ENB1

DIRX

VSSX

VID1

VID2

DY

-CLY

CLY

NRG

VDDY

VDDX

-CLX

CLX

DX

ENB2

ENB1

DIRX

VSSX

VID1

VID2

for for

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

P501

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

P601

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

TLP650/651 TLP450/451

1

DY

2

CLY

3

-CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

-CLX

13

DX

14

VDDX

15

N.C.

1

DY

2

CLY

3

-CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

-CLX

13

DX

14

VDDX

15

N.C.

1

DY

2

CLY

3

-CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

-CLX

13

DX

14

VDDX

15

N.C.

P402

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

P502

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

P602

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

N.C.

VSSX

VID1

VID2

VID3

VID4

VID5

VID6

VSSX

LCCOM

NRS1

NRS2

VSSY

VSSY

DY

N.C.

VSSX

VID1

VID2

VID3

VID4

VID5

VID6

VSSX

LCCOM

NRS1

NRS2

VSSY

VSSY

DY

N.C.

VSSX

VID1

VID2

VID3

VID4

VID5

VID6

VSSX

LCCOM

NRS1

NRS2

VSSY

VSSY

DY

FLASH(WRITER)

GND

TXD

RXD

RES

VIN

VPP

MOD

GND

SEL

123456789

PL001

EXHAUST-FAN

+13.4V

FAN(G )

N.C.

123

PF001

PB9061

INTAKE-FAN

+13.4V

FAN(G )

123

PF002

U001
MAIN

LAMP-

INTAKE-FAN

N.C.

N.C.

4

+7V

123

PF003

U007

OPTICAL-

INTAKE-FAN

+11V

FAN(G )

N.C.

FAN(G )

12345

PF005

DIGITAL
DRIVE

MICON
FAN-CONTROL

SENCOR

N.C.

N.C.

SW1

1

PD004

SW2

2

PD001

1

S6V

2

S6V

3

S6V

4

S6V

5

S6V

6

S6V

7

GND

8

GND

9

GND

10

GND

11

GND

12

GND

13

S15V

14

S15V

15

GND

16

GND

S18V

17

S18V

18

19

GND

20

GND

-7V

21

GND

22

23

FAN-P OW ER

24

LAMP-POWER

25

GND

26

LAMP-ERROR

CN201

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

FAN-P OW ER

24

LAMP-POWER

25

26

LAMP-ERROR

S6V

S6V

S6V

S6V

S6V

S6V

GND

GND

GND

GND

GND

GND

S15V

S15V

GND

GND

S18V

S18V

GND

GND

-7V

GND

GND

CN202

1

LAMP-PW

2

GND

3

LAMP-ER

CN101

1

350V(LAMP)

2

1

LAMP-PW

2

GND

3

LAMP-ER

1

350V(LAMP)

2

GND

GND

LAMP-DRIVER

INTERLOCK-SW

SUB-DIGITAL

PB9268

1

2

3

P901

N.C.(GND)

N.C.(GND)

N.C.(GND)

MAIN-POWER

P800

APS-128A

AC-INLET

PC300

CAMERA-UNIT

CONTROL

AUDIO-OUTPUT

RGB-OUTPUT

AUDIO-INPUT

RGB-INPUT

PB007

PB004

PB003

PB002

PB001

S6V

S6V

GND

GND

GND

CAM-HD

6

2

Y

Y-G N DPBPB-GNDPRPR-GND

345

1

S6V

S6V

GND

10

789

111213

GND

GND

CAM-HD

10

PD003

PB005

PR

PB

Y

PR-GND

PB-GND

Y-G N D

123456789

11121314151617181920212223242526272829303132333435363738394041

U0021

PB9062-1

N.C.

N.C.

FWP

GND

GND

CAM-VD

24

22

18

14

GND

GND

GND

GND

GND

Y-SYNC

23

192021

151617

N.C.

N.C.

FWP

GND

GND

CAM-VD

GND

GND

GND

GND

GND

Y-SYNC

RGB

RXD232

R

252627

RXD232

R

N.C.

-7V

-7V

N.C.

RTS232

D-HD

373839

RTS232

D-HD

GND

GND

50

48

44

40

SDA

SCL

V.Y

V.C

+18V

S6V

S6V

S6V

GND

GND

MAIN-HD

MAIN-VD

STS-SCL

STS-SDA

49

454647

414243

PB006 PA03

+9V

N.C.

-7V

-7V

GND

44

42

GND

GND

MAIN-HD

MAIN-VD

4546474849

43

1

N.C.

GND

50

STS-SCL

STS-SDA

+9V

2

GND

3

GND

4

AUDIO/LOUT

5

GND

6

AUDIO/ROUT

7

GND

8

GND

9

RGB/LIN

10

GND

11

RGB/RIN

12

GND

13

GND

14

GND

15

GND

16

GND

17

CAMERA/Y

18

GND

19

CAMERA/B-Y

20

GND

21

CAMERA/R-Y

22

GND

23

CAMERA/H

24

GND

25

CAMERA/V

26

GND

27

GND

28

N.C.

29

N.C.

30

+9V

1

+9V

2

GND

3

GND

4

AUDIO/LOUT

5

GND

6

AUDIO/ROUT

7

GND

8

GND

9

RGB/LIN

10

GND

11

RGB/RIN

12

GND

13

GND

14

GND

15

GND

16

GND

17

CAMERA/Y

18

GND

19

CAMERA/B-Y

20

GND

21

CAMERA/R-Y

22

GND

23

CAMERA/H

24

GND

25

CAMERA/V

26

GND

27

GND

28

N.C.

29

N.C.

30

S6V

PD002

123456789

S6V

S6V

S6V

S6V

PA 0 5

123456789

INPUT(VIDEO)

+18V

GND

GND

GND

GND

GND

GND

GND

GND

101112131415161718192021222324252627282930

+18V

+18V

GND

GND

GND

GND

101112131415161718192021222324252627282930

U0022

PB9062-2

PA 0 1

CVBS

GND

GND

GND

GND

CAMERA-ON

CAMERA/TX

V.Y

V.C

CVBS

GND

GND

GND

GND

CAMERA-ON

CAMERA/TX

PA 0 2

S15V

N.C.

GND

GND

CAMERA/RX

REMOCON

CAMERA/RX

REMOCON

POWER-ON

PA 0 4

CAMERA/Y

1

GND

SDA

SCL

S15V

N.C.

GND

GND

POWER-ON

2

3

CAMERA/R-Y

CAMERA/B-Y

4

GND

5

CAMERA/V

6

CAMERA/H

7

N.C.(GND)

8

REMOCON REMOCON

9

GND

10

SDA SDA

11

GND

12

SCL SCL

13

GND

14

POWER-ON POWRE-ON

15

GND

16

CAMERA/RXD

17

S6V

18

CAMERA/TXD

19

S6V

20

21

CAMERA-ON

+18V

22

GND

23

S15V

24

GND

25

S15V

26

SP(+)

SP(-)

N.C.

PA 0 6

123

PH002

1

2

3

4

5

6

7

8

9

10

11

12

13

14

+18V

15

16

17

18

S15V

19

S15V

20

GND

GND

GND

GND

RXD

S6V

TXD

S6V

GND

N.C.(GND)

N.C.(+18V)

GND

GND

GND

GND

GND

TXD232

CTS232

36

32

28

G

B

R-GND

G-GND

B-GND

333435

293031

GND

GND

GND

TXD232

CTS232

G

B

R-GND

G-GND

B-GND

IK-K81LC

GND

GND

CAMERA/Y

CAMERA/R-Y

CAMERA/B-Y

CAMERA/V

P102

1234567

CAMERA/H

U0031

CAMERA

INTERFACE

PB9063-1

+9V

P101

12345

+9V

PH004

12345

TXD

GND

+4V

N.C.

6RXD

+4V

6

+13.5V +13.5V

1

GND GND

2

3

PH003

RXD

TXD

GND

GND

PH700

1

2

3

GNDGND

U0032
LED

PB9063-2

PH001

ARM-SW

1

GND

2

ARM-SW

S-VIDEO

CVBS

(For TLP451, TLP651)

Fig. 2-4-1

TLP650 WIRING

AUDIO-L

AUDIO-R

2-12 2-13 2-14

A

B

C

D

E

F

G

H

J

K

L

M

N

123456789 1710 11 12 13 14 15 16 18 19 20

Q404

R409

100

2SC4116Y

42

41

DGND

ENBY2IN

DIRXIN

19

20

R509

100

2SC4116Y

42

41

DGND

ENBY2IN

DIRXIN

19

20

R609

100

2SC4116Y

42

41

DGND

ENBY2IN

DIRXIN

19

20

2SA1586Y

R410

Q405

3.3k

2SC3265Y

TP403

R412

3.3

R413

2SA1298Y

Q504

2SA1586Y

R510

3.3k

Q604

2SA1586Y

R610

3.3k

Q406

PDIRYR

PNRGR

PENBX1R

PENBX2R

PDIRXR

PDXR

PCLXR

PXCLXR

PCLYR

PXCLYR

PDYR

C438

0.1 `

Q506

2SA1298Y

PDIRYG

PNRGG

PENBX1G

PENBX2G

PDIRXG

PDXG

PCLXG

PXCLXG

PCLYG

PXCLYG

PDYG

C538

0.1 `

Q606

2SA1298Y

PDIRYB

PNRGB

PENBX1B

PENBX2B

PDIRXB

PDXB

PCLXB

PXCLXB

PCLYB

PXCLYB

PDYB

C638

0.1 `

3.3

Q505

2SC3265Y

R512

3.3

R513

3.3

Q605

2SC3265Y

R612

3.3

R613

3.3

PDYR

PXCLYR

PCLYR

PNRGR

PXCLXR

PCLXR

PDXR

PENBX2R

PENBX1R

PDIRXR

RVSIG1

RVSIG2

RVSIG3

RVSIG4

RVSIG5

RVSIG6

RVSIG7

RVSIG8

RVSIG9

RVSIG10

RVSIG11

RVSIG12

PDIRYR

P401

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

PDYR

PCLYR

PXCLYR

PNRGR

PDIRYR

PENBX1R

PENBX2R

PDIRXR

PCLXR

PXCLXR

PDXR

RVSIG1

RVSIG3

RVSIG5

RVSIG7

RVSIG9

RVSIG1 1

P402

KETSU

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

TP503

P502

PDYG

PXCLYG

PCLYG

PNRGG

PXCLXG

PCLXG

PDXG

PENBX2G

PENBX1G

PDIRXG

GVSIG1

GVSIG2

GVSIG3

GVSIG4

GVSIG5

GVSIG6

GVSIG7

GVSIG8

GVSIG9

GVSIG10

GVSIG11

GVSIG12

PDIRYG

P501

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

PDYG

PCLYG

PXCLYG

PNRGG

PDIRYG

PENBX1G

PENBX2G

PDIRXG

PCLXG

PXCLXG

PDXG

GVSIG1

GVSIG3

GVSIG5

GVSIG7

GVSIG9

GVSIG11

KETSU

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

TP603

BVSIG1

BVSIG3

BVSIG5

BVSIG7

BVSIG9

BVSIG11

P602

KETSU

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

PDYB

PXCLYB

PCLYB

PNRGB

PXCLXB

PCLXB

PDXB

PENBX2B

PENBX1B

PDIRXB

BVSIG1

BVSIG2

BVSIG3

BVSIG4

BVSIG5

BVSIG6

BVSIG7

BVSIG8

BVSIG9

BVSIG10

BVSIG11

BVSIG12

PNRS1B

PDIRYB

P601

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

PDYB

PCLYB

PXCLYB

PNRGB

PDIRYB

PENBX1B

PENBX2B

PDIRXB

PCLXB

PXCLXB

PDXB

Q403

R411

3.3k

VDD1

DGND

DIRY

DIRY

NRG

ENBX1

ENBX2

DIRX

DIRX

DX

CLX

CLX

CLY

CLY

DY

ENBY1

ENBY2

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

VDD2

VDD2

DGND

21 22 23 24

ENBY1IN

Q503

R511

3.3k

VDD1

DGND

40

DIRY

DIRY

38 39

NRG

ENBX1

36 37

ENBX2

DIRX

34 35

DIRX

DX

32 33

CLX

CLX

30 31

CLY

CLY

28 29

DY

ENBY1

26 27

ENBY2

25

VDD2

24

VDD2

DGND

22 23

21

ENBY1IN

Q603

R611

3.3k

VDD1

DGND

40

DIRY

DIRY

38 39

NRG

ENBX1

36 37

ENBX2

DIRX

34 35

DIRX

DX

32 33

CLX

CLX

30 31

CLY

CLY

28 29

DY

ENBY1

26 27

ENBY2

25

VDD2

24

VDD2

DGND

22 23

21

ENBY1IN

SVGA MODEL

Fig. 2-5-1

5. CIRCUIT DIAGRAMS

C408

5-1. Drive Circuit Diagram (for TLP650, TLP651)

PQ20VZ1U

1

IN OUT

2

CTL Vref

PQ20VZ1U

1

IN OUT

2

CTL Vref

Q950

GND

5

Q951

GND

5

C951

1 `

T

C950

10 ` 25V

DUMMY12

1

S18V

2

3

S6V

4

5

+5VS

6

D-POWER-ON

123

VDD

GND

R964

100k

Q955

TC7S08F

C955

0.1 `

C954

33 ` 25V

C970

0.1 `

45

OMCLK OXMCLK

B.BIAS

G.BIAS

R.BIAS

BGND

R.BIAS

G.BIAS

R976

1.5k

L975

L974

330 `

330 `

C983

C984

C981

330p

680p

330p

L977

L978

150 `

150 `

R975

R973

100

100

VRH

47

46

45

44

43

42

48

DVSS2

AOUT0

DACI0

DACO0

AVDD

VRH

AOUT1

3

4

3

R952

4

R954

1k

+5VDRIVE

R950
3k

C952

C953

33 ` 10V

1 `

R951
1k

10k

R953

1.5k

+15.5V

C956

C957

33 ` 25V

1 `

G026

T10 ` 10V

C971

T10 ` 10V

L971

T

33 `

L972

T

33 `

C973

C974

1 `

R977

T

C985

10 ` 10V

49

N.C

50

N.C

51

C972

1 `

10k

3WBENB4

3WBCLK

3WBDTO

PHSYNC

SHDCLK

N.C

52

N.C

53

N.C

54

N.C

55

DVDD2

56

SCTR

57

SCLK

58

SDAT

59

HSYNC

60

XCLR

61

DVSS3

62

CKI

63

SLCK

64

DACI1

Q971

CXD3503R

N.C

N.C

VST

HST

DWN

RGT

CTRL

1

2

3

4

5

6

7

B.BIAS

R974

R972

1.5k

1.5k

L973

330 `

C980

C982

C979

680p

680p

330p

L976
150 `

R971

100

VRL

36

35

41

DACO1

TEST0

8

34

40

VRL

TEST1

9

33

39

37

38

OLIM

DACO2

AVSS

DVSS1

AOUT2

DVDD1

DACI2

DACK1

DACK0

DOUT25

DOUT24

DOUT23

DOUT22

DOUT21

DOUT20

DVDD0

DOUT15

DOUT14

DOUT13

DOUT12

DOUT11

DOUT10

DVSS0

DOUT03

DOUT05

DOUT02

DOUT04

TEST2

DOUT00

DOUT01

13

16

14

15

12

10

11

D701

1SS226

D702

1SS226

D703

1SS226

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

BIN

GGND

GIN

RGND

RIN

DRIVE-SCL

DRIVE-SDA

TG701

Q701

CXA2111R

GAMG-B2P

GAMB-B2P

GAMR-WHG

GAMG-WHG

GAMB-WHG

GAMR-B1G

GAMG-B1G

GAMB-B1G

GAMR-B2G

GAMG-B2G

GAMB-B2G

SCL

SDA

40

41

42

43

44

45

46

47

48

49

50

51

52

C715

0.1 `
R711

R712

3.3k

GAMR-B2P

GAMB-B1P

GAMG-B1P

GAMR-B1P

GAMB-WHP

38

37

36

39

CLAMP AMP DRIVER

CLAMP AMP DRIVER

CLAMP AMP DRIVER

CLAMP

Cont

DAC/Control

Input

I/F

Output

I/F

1

2

3

4

DLY-CNT

DIR-CNT

INV-CNT

POS-CNT1

POS-CNT2

POS1

DLY

POS2

35

.AMP ADJ

I2CBus

5

R709

3.3k
C714

AMPBBAIS

PRG/SID

V33

V33

0.1 `

R715
KETSU

AMPGBAIS

AMPRBIAS

AMPBGAIN

29

32

31

30

8

9

11

10

PRGLEV

SIDLEV

PRGPLS

BIN

GIN

RIN

BGND

GGND

KETSU

R710

1.5k

KETSU

R702

R701

AMPGGAIN

AMPRGAIN

1 `

28

27

C703

C702

BIN

26

CLPLEV

25

GIN

24

ATT

23

RIN

22

Vcc

21

CLPPLS

20

GND

19

ROUT

18

PVcc

17

GOUT

16

PGND

15

BOUT

14

13

12

R706

BLKLIM

GAMOFF

10k

C712 0.1 `

C711 0.1 `

C710 0.1 `

BLKLIM

CLP2

RGND

R703 KETSU

1 `

1 `

C701

C704

1 `

C706

1 `

C709

C713

0.1 `

0.1 `

TP703

TP702

R705

TP701

10k

T

C705

T10 ` 10V

T

C707

T10 ` 10V

TP705

TP706

CLPLEV

R714
KETSU

1.5k

R713
KETSU

GAMG-WHP

GAMR-WHP

34

33

6

7

SIDOUT

DATEST

VST

+5VDRIVE

Q906

TA78L12F

INOUT

123

C913

1 `

CALR

BLKLIM

CLPLEV

NRSH

C900

0.1 `
C901

0.1 `
C902

0.1 `
C903

0.1 `

C908

1 `

11

R900
100

12

R901
100

13 8

R902
100

14

R903
100

15

16

17

18

19

20

Q900

M62399

10

Vnef U2

GND

9

AD1

Vref U1

Vref L

AD2

AD3

AD4

VCC

VDD

CS2

CS1

CSO

R904
100

7

AD8

R905
100

6

AD7

R906
100

5

AD6

R907
100

4

AD5

DRIVE-SDA

3

SDA

DRIVE-SCL

2

SCL

1

R

SIGCEN

C904

0.1 `

RCOM

C905

0.1 `

GCOM

C906

0.1 `

BCOM

C907

0.1 `

L901

T

C909

T10 ` 10V

R908

G013

10kR909

4.7k

33 `

V33

+5VDRIVE

L401
33 `

CALR

C433

OMCLK

OXMCLK

33 `

L701

0.1 `

C427

0.1 `

TP704

CLP1

POS1

POS2

OMCLK

OXMCLK

DLY

POS1

POS2

L406

33 `

R431

0

CLP1

T22 ` 10V

C430

C429

0.1 `

0.1 `

C414

1 `

C413

T

C434

0.1 `

C432

C431

0.1 `

0.1 `

TP401

C407

0.01

C406

47

48

T22 ` 10V

T

C405
1 `

KETSU

N.C

VIDI

CALR

49

CALO

50

CALI

51

VCC

52

DGND

53

54

MCLK

55

MCLK

56

GND

57

GND

58

DLY

59

CLKOUT

60

CLKOUT

61

N.C

CLKIN

62

CLKIN

63

64

N.C

CLPPOL

CLP

1

2

R421

0

47

48

N.C

VIDI

CALR

49

CALO

50

CALI

51

VCC

52

DGND

53

MCLK

54

MCLK

55

GND

56

GND

57

DLY

58

CLKOUT

59

CLKOUT

60

N.C

61

CLKIN

62

CLKIN

63

N.C

64

CLPPOL

R423

R422

CLP

0

1

2

FRP

DUMMY13

1

RIN

2

RGND

3

4

GIN

5

GGND

6

7

BIN

8

BGND

9

10

PCLK+

11

PCLK-

12

CLKTTL

13

SHDCLK

14

PHSYNC

15

PVSYNC

16

DRIVE-SCL

17

DRIVE-SDA

18

3WBENB4

19

3WBENB3

20

3WBDTO

21

3WBCLK

Z704

TEM2027D

G021

I

L950

33 `

T

C966

10 ` 25V

C967
1 `

Q904

TC74ACT04F

OMCLK

OXMCLK

SHDCLK

PQ20VZ1U

1

IN OUT

2

CTL Vref

G010

G011

G012

G023

DMCLK

G024G022

VDD

1234567

DMCLK

Q954

GND

5

L903

33 `

T

C914

C915

TA10 ` 10V

1 `

891011121314

GND

3WBENB3

3WBDTO

3WBCLK

PVSYNC

PHSYNC

22 ` 6.3V

+3.3V

C968

C969
1 `

3

R961

1.5k

4

R962

150

R963

G025

1k

TP901

FRP

R927

33

60

59

C920

FRP

VSS

1 `

VCC1

61626364

IMODE

ADJDX0

ADJDX1

ADJDX2

65666768697071727374757677787980

ADJDX3

ADJDX4

ADJY0

ADJY1

ADJY2

ADJY3

CMPOS

STRB

DATA

DCLK

STATE

VSYNC

RESET

TEST2

VSS

VCC2

SRESET

1

2

0

R967

R969

R965

KETSU

0

R970

R966

R968

KETSU

0

KETSU

TP902

DXG

CLXG

DY

CLXB

R928

58

CLXOUTB

FHIN

3

R934

R932

R933

R931

R930

R929

33

33

33

33

33

33

57

56

55

54

53

52

DXOUTB

DXOUTG

DXOUTR

CLYOUT

CLXOUTG

CLXOUTR

Q903

ET2081F0A

OSCI

VMODE1

VMODE2

PMODE

EXTSW

SETSW

4

5

6

7

8

9

CLY

CLXR

DXB

DXR

ENB2G

ENB2B

NRG

ENB1B

R938

R935

R939

R937

R936

33

33

33

33

33

51

50

49

48

47

46

NRG

VCC1

DYOUT

ENBX1B

ENBX2B

ENBX2G

ADJEN3

ADJEN4

TEST1

ADJEN0

ADJEN1

ADJEN2

10

11

12

13

14

15

C924

1 `

C921

1 `

ENB1G

ENB1R

ENB2R

R940

R941

R942

33

33

33

33

45

44

43

42

41

VCC2

ENBX1G

ENBX2R

ENBX1R

MSKOUT

VSS

SHCLK7

SHCLK6

SHCLK5

SHCLK4

SHCLK3

SHCLK2

SHCLK1

R943

VSS

33

SHENB

CLP2

CLP1

VRESET

HRESET

OFH

SHSEL

SHSW2

SHSW1

SHENSW

VCC1

ADJEP3

VSS

ADJEP0

ADJEP1

ADJEP2

16

17

18

19

20

SHENB

R925

CLP2

33

CLP1

R926

33

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

21 22 23 24

C922

C923

1 `

1 `

TG901

R910

KETSU

C911

0.1 `

NRSL

C912

0.1 `

DIRX

C916

DIRY

0.1 `
C917

0.1 `

R911
100

R912
100

R913
100

R914
100

C929

1 `

Q905

M62393

11

Vnef U2

GND

12

AD1

Vref U1

Vref L

13 8

AD2

14

AD3

AD8

15

AD7

AD4

16

AD6

VCC

17

VDD

AD5

18

CS2

SDA

19

CS1

SCL

20

CSO

R

10

9

7

6

5

4

3

2

1

DRIVE-SCL

CALR

OMCLK

OXMCLK

DLY

V33

L501

+5VDRIVE

33 `

C533

0.1 `

C527

0.1 `

C977

0.1 `

R917

VRH

100

VRL

R918
100

C978

0.1 `

A

R919

100

C918 0.1 `

B

R920

C919 0.1 `

100

R915

10k

R916 10k

DRIVE-SDA

CLP1

POS1

POS2

+5VDRIVE

OMCLK

OXMCLK

L506

33 `

C513

T22 ` 10V

C530

C529

0.1 `

0.1 `

C514

1 `

T

DLY

C534

0.1 `

CLP1

POS1

POS2

C532

C531

0.1 `

0.1 `

TP501

C507

0.01

C506

47

48

T22 ` 10V

T

C505
1 `

R523

R522
KETSU

N.C

VIDI

CALR

49

CALO

50

CALI

51

VCC

52

DGND

53

54

MCLK

55

MCLK

56

GND

57

GND

58

DLY

59

CLKOUT

60

CLKOUT

61

N.C

CLKIN

62

CLKIN

63

64

N.C

CLPPOL

CLP

1

2

R521

0

47

48

N.C

VIDI

CALR

49

CALO

50

CALI

51

VCC

52

DGND

53

54

MCLK

55

MCLK

56

GND

57

GND

58

DLY

59

CLKOUT

60

CLKOUT

N.C

61

62

CLKIN

63

CLKIN

64

N.C

CLPPOL

CLP

0

1

2

FRP

TP601

123

V33

+5VDRIVE

L601

33 `

P901

CALR

OMCLK

OXMCLK

DLY

C633

0.1 `

R624

0

C627

0.1 `

C607

0.01

C606

47

48

T22 ` 10V

T

C605
1 `

N.C

VIDI

CALR

49

CALO

50

CALI

51

VCC

52

DGND

53

54

MCLK

55

MCLK

56

GND

57

GND

58

DLY

59

CLKOUT

60

CLKOUT

N.C

61

62

CLKIN

63

CLKIN

64

N.C

CLPPOL

CLP

R621

1

2

0

CLP1

POS1

POS2

OMCLK

OXMCLK

POS1

POS2

L606

33 `

R415

R42410R425

R416
680

CLP1

C631

0.1 `

C630

C629

0.1 `

0.1 `

47

48

N.C

VIDI

CALR

49

CALO

C614

1 `

T

C613

T22 ` 10V

120

R417

120

10

R418
680

C632

0.1 `

50

CALI

51

VCC

52

R614

KETSU

C634

0.1 `

R623

R622
KETSU

DGND

53

54

MCLK

55

MCLK

56

GND

57

GND

58

DLY

59

CLKOUT

60

CLKOUT

N.C

61

62

CLKIN

63

CLKIN

64

N.C

CLPPOL

CLP

1

0

2

FRP

C409

0.33 `

T10 ` 25V

T

C425

0.1 `

RCOM

C410

0.1 `

46

45

44

43

42

36

41

35

40

34

39

33

37

38

VIN

N.C

VDD

GND

GND

VIDR

VIDO

ET6050S0A

N.C

N.C

POS1

POS2

3

4

5

6

R420

KETSU

0.33 `

46

45

44

43

VIN

N.C

VIDR

VIDO

ET6050S0A

N.C

N.C

POS1

POS2

3

4

5

6

FRP

VOUT1 32

SIGCNT

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

31

N.C

30

VOUT2

29

N.C

VOUT3

28

27

Q401

N.C

GND

GND

7

8

9

C415

C416

T10 ` 25V

42

41

40

VDD

GND

GND

Q402

N.C

GND

GND

7

8

9

N.C

26

PVDD

25

GND

24

GND

23

PGND

22

N.C

21

VOUT4

20

N.C

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

15

12

10

11

C428

0.1 `

T

C426

0.1 `

36

35

39

34

37

38

33

FRP

SIGCNT

VOUT1 32

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

PGND

23

N.C

22

VOUT4

21

N.C

20

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

15

12

10

11

C437

0.1 `

SHENB

C508

C509

0.33 `

T10 ` 25V

T

C525

0.1 `

GCOM

C510

0.1 `

46

45

44

43

42

36

41

35

40

34

39

33

37

38

VIN

N.C

VDD

GND

GND

VIDR

VIDO

ET6050S0A

N.C

N.C

POS1

POS2

3

4

5

6

R520

KETSU

0.33 `

46

45

44

43

VIN

N.C

VIDR

VIDO

ET6050S0A

N.C

N.C

POS1

POS2

3

4

5

6

FRP

SIGCNT

VOUT1 32

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

31

N.C

VOUT2

30

N.C

29

VOUT3

28

27

Q501

N.C

GND

GND

7

8

9

C515

C516

T10 ` 25V

42

41

40

VDD

GND

GND

Q502

N.C

GND

GND

7

8

9

N.C

26

PVDD

25

GND

24

GND

23

PGND

22

N.C

21

VOUT4

20

N.C

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

15

12

10

11

C528

0.1 `

T

C526

0.1 `

36

35

34

39

33

37

38

FRP

SIGCNT

VOUT1 32

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

PGND

23

N.C

22

VOUT4

21

N.C

20

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

15

12

10

11

C537

0.1 `

SHENB

C608

C609

0.33 `

T10 ` 25V

T

C625

0.1 `

BCOM

C610

0.1 `

46

45

44

43

42

41

36

40

35

39

34

37

38

VIN

N.C

VDD

GND

GND

VIDR

VIDO

Q601

ET6050S0A

N.C

N.C

POS1

POS2

N.C

GND

GND

3

4

5

6

7

8

9

R620

KETSU

C615

C616

0.33 `

T10 ` 25V

46

45

44

43

42

41

40

VIN

N.C

VDD

GND

GND

VIDR

VIDO

Q602

ET6050S0A

N.C

N.C

POS1

POS2

N.C

GND

GND

3

4

5

6

7

8

9

33

FRP

SIGCNT

VOUT1 32

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

23

PGND

22

N.C

21

VOUT4

20

N.C

19

VOUT5

18

N.C

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

12

15

10

11

C628

0.1 `

T

C626

0.1 `

36

35

34

39

33

37

38

FRP

SIGCNT

VOUT1 32

TESTIN1

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

31

N.C

30

VOUT2

29

N.C

VOUT3

28

N.C

27

PVDD

26

GND

25

GND

24

PGND

23

N.C

22

VOUT4

21

N.C

20

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

STATE

SHENB

N.C

13

16

14

15

12

10

11

C637

0.1 `

SHENB

L402

33 `

+15.5V

TG401

L405

TP402

RVSIG1

RVSIG3

RVSIG5

T

C411

C412

0.33 `

T10 ` 25V

RVSIG7

RVSIG9

RVSIG11

+15.5V

L403

33 `

+15.5V

L404

33 `

T10 ` 25V

G002

T

C421

C420

0.33 `

TP404

T

C419

T15 ` 16V

L407

33 `

C435
T10 ` 10V

T

NRSH

NRSL

C436

FRP

0.33 `

RVSIG2

RVSIG4

33 `

C423

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASE2A

BIASE2B

DGND

VDD1

NRS2A

NRS2B

NRS1A

NRS1B

DGND

VDD1

GND

REF2C

REF1C

BIASO1C

BIASO2C

BIASE1C

BIASE2C

NRS2C

NRS1C

VCC

BIASO2A

INVOUT1

VCC

GND

INVIN1

1

2

3

4

6162

6364

6566

6768

6970

7172

7374

7576

7778

7980

RVSIG6

T

C418
T10 ` 25V

C417

0.33 `

RVSIG8

G003

T

C424

0.33 `

56

55

54

53

52

51

50

49

48

47

46

45

44

43

REF2

REF1

NRS2

REF1B

REF1A

REF2B

REF2A

BIASO1B

BIASO1A

Q407

ET1021F0A

INVIN2

INVOUT2

INVIN3

INVOUT3

INVIN4

INVOUT4

CLXIN

5

6

DY

VST

DXIN

7

8

9

10

11

12

DIRX

CLXR

DXR

NRS1

BIASO2

BIASE1

BIASE2

BIASO1

DYIN

DIRYIN

NRGIN

CLYIN

ENBX2IN

ENBX1IN

13

14

15

16

17

18

NRG

DIRY

CLY

DY

ENB2R

ENB1R

RVSIG10

RVSIG12

L502

33 `

+15.5V

TG501

L505

TP502

GVSIG1

GVSIG3

GVSIG5

T

C511

C512

0.33 `

T10 ` 25V

GVSIG7

GVSIG9

GVSIG11

+15.5V

L503

33 `

+15.5V

G005

T

L504
33 `

C520

C521

T10 ` 25V

0.33 `

TP504

C519

T

T15 ` 16V

L507

33 `

C535
T10 ` 10V

T

NRSH

NRSL

C536

FRP

0.33 `

GVSIG2

GVSIG4

GVSIG6

T

C518
T10 ` 25V

C517

0.33 `

GVSIG8

33 `

C523

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASE2A

BIASE2B

DGND

VDD1

NRS2A

NRS2B

NRS1A

NRS1B

DGND

VDD1

GND

REF2C

REF1C

BIASO1C

BIASO2C

BIASE1C

BIASE2C

NRS2C

NRS1C

VCC

BIASO2A

INVOUT1

VCC

GND

INVIN1

1

2

3

4

61

6263

64

65

6667

6869

7071

7273

7475

7677

7879

80

DIRX

G006

T

C524

0.33 `

56

55

54

53

52

51

50

49

48

47

46

45

44

43

REF2

REF1

NRS2

REF1B

REF1A

REF2B

REF2A

BIASO1B

BIASO1A

Q507

ET1021F0A

INVIN2

INVOUT2

INVIN3

INVIN4

INVOUT3

INVOUT4

CLXIN

5

6

DXIN

7

8

9

10

11

12

CLXG

DXG

NRS1

BIASO2

BIASE1

BIASE2

BIASO1

DYIN

DIRYIN

NRGIN

CLYIN

ENBX2IN

ENBX1IN

13

14

15

16

17

18

DIRY

NRG

CLY

DY

ENB2G

ENB1G

GVSIG10

GVSIG12

L602

33 `

+15.5V

TG601

L605

TP602

BVSIG1

BVSIG3

BVSIG5

T

C611

C612

0.33 `

T10 ` 25V

BVSIG7

BVSIG9

BVSIG11

+15.5V

L603

33 `

+15.5V

G008

T

L604

33 `

C621

C620

0.33 `

T10 ` 25V

TP604

C619

T

T15 ` 16V

L607

33 `

C635
T10 ` 10V

T

NRSH

NRSL

C636

FRP

0.33 `

BVSIG2

BVSIG4

BVSIG6

T

C618
T10 ` 25V

C617

0.33 `

BVSIG8

33 `

C623

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASE2A

BIASE2B

DGND

VDD1

NRS2A

NRS2B

NRS1A

NRS1B

DGND

VDD1

GND

REF2C

REF1C

BIASO1C

BIASO2C

BIASE1C

BIASE2C

NRS2C

NRS1C

VCC

BIASO2A

VCC

GND

INVIN1

INVOUT1

1

2

3

4

61

6263

64

65

6667

6869

7071

7273

7475

7677

7879

80

DIRX

G009

T

C624

0.33 `

56

55

54

53

52

51

50

49

48

47

46

45

44

43

REF2

REF1

NRS2

REF1B

REF1A

REF2B

REF2A

BIASO1B

BIASO1A

Q607

ET1021F0A

INVIN2

INVOUT2

INVIN4

INVIN3

INVOUT3

INVOUT4

CLXIN

5

6

DXIN

7

8

9

10

11

12

CLXB

DXB

NRS1

BIASO2

BIASE1

BIASE2

BIASO1

DYIN

DIRYIN

NRGIN

ENBX2IN

CLYIN

ENBX1IN

13

14

15

16

17

18

DIRY

CLY

DY

ENB2B

ENB1B

NRG

BVSIG10

BVSIG12

2-182-172-162-15

A

B

C

D

E

F

G

H

J

K

L

M

N

123456789 1710 11 12 13 14 15 16 18 19 20

Q404

2SA1586Y

R410

Q405

3.3k

5-2. Drive Circuit Diagram (for TLP450, TLP451)

Q950

PQ20VZ1U

C951

1 `

1

IN OUT

T

2

C950

10 ` 25V

DUMMY12

1

S18V

2

3

S6V

4

5

+5VS

6

D-POWER-ON

R964

100k

123

TC7S08F

C954

33 ` 25V

VDD

C970

0.1 `

45

GND

Q955

CTL Vref

C955

0.1 `
1

IN OUT

2

CTL Vref

GND

Q951

PQ20VZ1U

GND

3

R950
3k

4

R951
1k

5

3

R952

10k

4

R953

R954

1.5k

5

1k

B.BIAS

G.BIAS

R.BIAS

1.5k

35

.AMP ADJ

I2CBus

5

R709

3.3k
C714

R714
KETSU

R713

KETSU

GAMG-WHP

34

6

SIDOUT

0.1 `

R715
KETSU

GAMR-WHP

AMPBBAIS

AMPGBAIS

AMPRBIAS

AMPBGAIN

33

32

31

30

PRG/SID

7

8

9

10

V33

PRGLEV

DATEST

SIDLEV

PRGPLS

V33

BIN

GIN

RIN

BGND

GGND

KETSU

R710

1.5k

KETSU

R702

R701

AMPGGAIN

AMPRGAIN

29

11

1 `

28

27

C703

BIN

26

CLPLEV

25

GIN

24

ATT

23

RIN

22

Vcc

21

CLPPLS

20

GND

19

ROUT

18

PVcc

17

GOUT

16

PGND

15

BOUT

14

13

12

R706

BLKLIM

GAMOFF

10k

C712 0. 1 `

C711 0.1 `

C710 0.1 `

BLKLIM

CLP2

RGND

R703 KETSU

1 `

1 `

C702

C701

C704

1 `

C706

1 `

C709

C713

0.1 `

0.1 `

TP703

TP702

TP701

T

T10 ` 10V

T

T10 ` 10V

33 `

L701

R705

10k

C705

C707

TP704

TP705

TP706

CLPLEV

BGND

R.BIAS

G.BIAS

B.BIAS

R972

R974

R976
10k

L974

L975

330 `

330 `

C981

C983

C984

330p

330p

680p

L977

L978

150 `

150 `

R973

R975

1k

1k

VRH

47

46

45

44

43

42

48

DVSS2

AOUT0

DACI0

DACO0

AVDD

VRH

AOUT1

+5VDRIVE

T10 ` 10V

C971

T10 ` 10V

L971

T

33 `

L972

33 `

T

C973

C974

1 `

R977

T

C985

10 ` 10V

C952

C953

33 ` 10V

1 `

+15.5V

C956

C957

33 ` 25V

1 `

G026

49

N.C

50

N.C

51

C972

1 `

10k

3WBENB4

3WBCLK

3WBDTO

PHSYNC

SHDCLK

N.C

52

N.C

53

N.C

54

N.C

55

DVDD2

56

SCTR

57

SCLK

58

SDAT

59

HSYNC

60

XCLR

61

DVSS3

62

CKI

63

SLCK

64

DACI1

Q971

CXD3503R

N.C

N.C

VST

HST

DWN

RGT

CTRL

1

2

3

4

5

6

7

10k

10k

L973

330 `

C980

680p

C979

C982

330p

680p

L976
150 `

R971

1k

VRL

36

35

41

34

40

39

37

38

DACO1

VRL

DACO2

AVSS

DVSS1

AOUT2

DVDD1

DACI2

DOUT03

DOUT02

DOUT04

TEST0

TEST1

TEST2

DOUT00

DOUT01

8

9

13

14

15

12

10

11

1SS226

1SS226

1SS226

33

OLIM

32

DACK1

DACK0

31

DOUT25

30

DOUT24

29

DOUT23

28

27

DOUT22

26

DOUT21

25

DOUT20

24

DVDD0

23

DOUT15

22

DOUT14

21

DOUT13

20

DOUT12

19

DOUT11

18

DOUT10

DVSS0

17

DOUT05

16

BIN

D701

GGND

GIN

D702

RGND

RIN

D703

DRIVE-SCL

DRIVE-SDA

TG701

Q701

CXA2111R

GAMG-B2P

GAMB-B2P

GAMR-WHG

GAMG-WHG

GAMB-WHG

GAMR-B1G

GAMG-B1G

GAMB-B1G

GAMR-B2G

GAMG-B2G

GAMB-B2G

SCL

SDA

40

41

42

43

44

45

46

47

48

49

50

51

52

C715

0.1 `

R712

3.3k

GAMR-B2P

GAMB-B1P

GAMG-B1P

GAMR-B1P

38

37

36

39

CLAMP AMP DRIVER

CLAMP AMP DRIVER

CLAMP AMP DRIVER

CLAMP
Cont

DAC/Control

Input

I/F

Output

I/F

1

2

3

4

DLY-CNT

DIR-CNT

POS-CNT1

POS-CNT2

POS1

DLY

POS2

R711

GAMB-WHP

INV-CNT

VST

+5VDRIVE

Q906

TA78L12F

INOUT

123

C913

1 `

CALR

BLKLIM

CLPLEV

NRSH

C900

0.1 `
C901

0.1 `
C902

0.1 `
C903

0.1 `

C908

1 `

11

R900

100

12

R901

100

13 8

R902

100

14

R903

100

15

16

17

18

19

20

Q900

M62399

10

Vnef U2

GND

9

Vref U1

AD1

Vref L

AD2

R904

100

7

AD3

AD8

R905

100

6

AD4

AD7

R906

100

5

VCC

AD6

R907

100

4

AD5

VDD

DRIVE-SDA

3

SDA

CS2

DRIVE-SCL

2

SCL

CS1

1

CSO

R

SIGCEN

C904

0.1 `

RCOM

C905

0.1 `

GCOM

C906

0.1 `

BCOM

C907

0.1 `

T

C909

T10 ` 10V

R908
10kR909

G013

4.7k

L901

33 `

+5VDRIVE

V33

CALR

OMCLK

OXMCLK

POS1

POS2

OMCLK

OXMCLK

DLY

POS1

POS2

CLP1

CLP1

OMCLK OXMCLK

L401
33 `

L406

KETSU

R431

0

C407

0.01

C406
T22 ` 10V

T

C405
1 `

49

50

C433

0.1 `

C427

0.1 `

C430

C429

0.1 `

0.1 `

C414

C413

T

KETSU

C434

C431

0.1 `

51

52

53

54

55

56

57

58

59

60

61

62

63

64

R421

0

49

50

51

KETSU

52

53

54

55

56

57

58

59

60

61

0.1 `

62

63

64

R423

0

R422

KETSU

C432

0.1 `

FRP

DUMMY13

1

RIN

2

RGND

3

4

GIN

5

GGND

6

7

BIN

8

BGND

9

10

PCLK+

11

PCLK-

12

CLKTTL

13

SHDCLK

14

PHSYNC

15

PVSYNC

16

DRIVE-SCL

17

DRIVE-SDA

18

3WBENB4

19

3WBENB3

20

3WBDTO

21

3WBCLK

Z704

TEM2027D

G021

I

L950

33 `

T

C966

10 ` 25V

C967
1 `

Q904

TC74ACT04F

OMCLK

OXMCLK

SHDCLK

PQ20VZ1U

1

IN OUT

2

CTL Vref

G010

G011

G012

G023

G024G022

DMCLK

VDD

1234567

DMCLK

Q954

GND

5

L903

33 `

T

C914

C915

TA10 ` 10V

1 `

TP901

FRP

R927

60

C920

VSS

1 `

61626364

VCC1

IMODE

891011121314

GND

3WBENB3

3WBDTO

3WBCLK

PVSYNC

PHSYNC

3

R961

1.5k

4

R962
150

R963

G025

1k

22 ` 6.3V

+3.3V

C968

C969
1 `

ADJDX0

ADJDX1

ADJDX2

65666768697071727374757677787980

ADJDX3

ADJDX4

ADJY0

ADJY1

ADJY2

ADJY3

CMPOS

STRB

DATA

DCLK

STATE

VSYNC

RESET

TEST2

VSS

VCC2

1

R967

KETSU

R969

0

R970

KETSU

R968

0

TP902

DXG

CLXG

DY

CLY

CLXR

DXB

CLXB

R931

R930

R928

R929

R932

33

33

33

33

33

59

58

57

56

55

FRP

DXOUTB

DXOUTG

CLXOUTG

CLXOUTB

VMODE1

VMODE2

SRESET

PMODE

FHIN

2

3

4

5

6

R965

KETSU

R966

0

ENB2B

NRG

DXR

R933

33

54

CLXOUTR

EXTSW

7

33

53

DXOUTR

ET2081F0A

SETSW

8

ENB1B

R936

R935

R934

R938

R937

33

33

33

33

33

52

51

50

49

48

47

NRG

VCC1

DYOUT

ENBX1B

CLYOUT

ENBX2B

Q903

OSCI

ADJEN3

TEST1

ADJEN0

ADJEN1

ADJEN2

9

10

11

12

13

14

C924

1 `

C921

1 `

ENB2G

ENB1G

ENB1R

ENB2R

R939

R942

R941

R940

33

33

33

33

46

45

44

43

42

41

VCC2

ENBX2G

ENBX1G

ENBX2R

ENBX1R

MSKOUT

VSS

SHCLK7

SHCLK6

SHCLK5

SHCLK4

SHCLK3

SHCLK2

SHCLK1

R943

VSS

33

SHENB

VRESET

HRESET

SHSEL

SHSW2

SHSW1

SHENSW

ADJEN4

ADJEP0

ADJEP1

ADJEP2

ADJEP3

VSS

15

16

17

18

19

20

SHENB

R925

CLP2

CLP2

33

CLP1

CLP1

R926

33

OFH

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

VCC1

21 22 23 24

C922

C923

1 `

1 `

TG901

R910

KETSU

C911

NRSL

0.1 `
C912

DIRX

0.1 `
C916

DIRY

0.1 `
C917

0.1 `

R911
100

R912
100

R913
100

R914
100

C929

1 `

Q905

M62393

11

GND

Vnef U2

12

AD1

Vref U1

Vref L

13 8

AD2

14

AD8

AD3

15

AD7

AD4

16

AD6

VCC

17

AD5

VDD

18

SDA

CS2

19

CS1

SCL

20

R

CSO

10

9

7

6

5

4

3

2

1

DRIVE-SCL

CALR

OMCLK

OXMCLK

DLY

V33

L501

+5VDRIVE

33 `

C533

0.1 `

C527

0.1 `

C977

0.1 `
VRH

R917
100

VRL

R918
100

C978

0.1 `

A

R919

C918 0.1 `

100

B

R920

C919 0.1 `

100

R915

10k

R916 10k

DRIVE-SDA

CLP1

POS1

POS2

+5VDRIVE

OMCLK

OXMCLK

L506

KETSU

C530

C529

0.1 `

0.1 `

C513

T

KETSU

DLY

C534

CLP1

POS1

POS2

C531

0.1 `

C507

0.01

C506
T22 ` 10V

T

C505
1 `

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

R521

0

49

50

C514

51

KETSU

52

53

54

55

56

57

58

59

60

0.1 `

61

62

63

64

R523

0

R522
KETSU

C532

0.1 `

FRP

123

V33

+5VDRIVE

L601

33 `

P901

CALR

OMCLK

OXMCLK

DLY

C633

0.1 `

R624

0

C627

0.1 `

C607

0.01

C606
T22 ` 10V

T

C605
1 `

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

R621

0

CLP1

POS1

POS2

OMCLK

OXMCLK

POS1

POS2

L606

KETSU

R415

R42410R425

R416
680

CLP1

C630

C629

0.1 `

0.1 `

49

C614

KETSU

T

C613

KETSU

100

R417

100

10

R418
680

C632

C631

0.1 `

0.1 `

50

51

52

R614

53

KETSU

54

55

56

57

58

59

60

C634

61

0.1 `

62

63

64

R623

0
R622
KETSU

C408

TP401

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

C409

0.33 `

T10 ` 25V

T

C425

0.1 `

RCOM

C410

47

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDI

VIDR

VIDO

TESTIN1

Q401

ET6050S0A

CLP

N.C

N.C

POS1

POS2

N.C

GND

GND

2

47

VIDI

CLP

2

STATE

3

4

5

6

7

8

9

10

R420

KETSU

C415

C416

KETSU

KETSU

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDR

VIDO

TESTIN1

Q402

KETSU

N.C

N.C

POS1

POS2

N.C

GND

GND

STATE

3

4

5

6

7

8

9

10

0.1 `

36

37

38

35

34

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

31

N.C

30

VOUT2

29

N.C

VOUT3

28

N.C

27

PVDD

26

GND

25

GND

24

PGND

23

N.C

22

VOUT4

21

N.C

20

19

VOUT5

18

N.C

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C428

0.1 `

T

C426

0.1 `

36

35

34

37

38

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

N.C

27

PVDD

26

GND

25

GND

24

PGND

23

N.C

22

VOUT4

21

N.C

20

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C437

0.1 `

SHENB

C508

TP501

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

C509

0.33 `

T10 ` 25V

T

C525

0.1 `

GCOM

C510

47

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDI

VIDR

VIDO

TESTIN1

Q501

ET6050S0A

CLP

N.C

N.C

POS1

POS2

N.C

GND

GND

2

47

VIDI

CLP

2

STATE

3

4

5

6

7

8

9

10

R520

KETSU

C515

C516

KETSU

KETSU

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDR

VIDO

TESTIN1

Q502

KETSU

N.C

N.C

POS1

POS2

N.C

GND

GND

STATE

3

4

5

6

7

8

9

10

0.1 `

36

35

34

37

38

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

N.C

27

PVDD

26

GND

25

GND

24

PGND

23

N.C

22

VOUT4

21

N.C

20

19

VOUT5

18

N.C

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C528

0.1 `

T

C526

0.1 `

36

35

37

38

34

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

23

PGND

N.C

22

VOUT4

21

N.C

20

VOUT5

19

N.C

18

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C537

0.1 `

SHENB

C608

TP601

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

48

N.C

CALR

CALO

CALI

VCC

DGND

MCLK

MCLK

GND

GND

DLY

CLKOUT

CLKOUT

N.C

CLKIN

CLKIN

N.C

CLPPOL

1

C609

0.33 `

T10 ` 25V

T

C625

0.1 `

BCOM

C610

47

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDI

VIDR

VIDO

TESTIN1

Q601

ET6050S0A

CLP

N.C

N.C

POS1

POS2

N.C

GND

GND

2

47

VIDI

CLP

2

STATE

3

4

5

6

7

8

9

10

R620

KETSU

C615

C616

KETSU

KETSU

46

45

44

43

42

41

40

39

VIN

N.C

VDD

GND

GND

VIDR

VIDO

TESTIN1

Q602

KETSU

N.C

N.C

POS1

POS2

N.C

GND

GND

STATE

3

4

5

6

7

8

9

10

0.1 `

36

35

34

37

38

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

N.C

31

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

23

PGND

22

N.C

21

VOUT4

20

N.C

19

VOUT5

18

N.C

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C628

0.1 `

T

C626

0.1 `

36

35

34

37

38

33

FRP

SIGCNT

VOUT1 3 2

TESTIN2

TESTOUT

LCCOMOFF

LCCOMOUT

31

N.C

VOUT2

30

N.C

29

VOUT3

28

27

N.C

26

PVDD

25

GND

24

GND

23

PGND

22

N.C

21

VOUT4

20

N.C

19

VOUT5

18

N.C

VOUT6

17

DIR

FRQC

N.C

OFFCAN

SHENB

N.C

13

14

16

15

12

11

C637

0.1 `

L402

33 `

+15.5V

R409

100

TG401

L405

TP402

RVSIG1

RVSIG3

RVSIG5

T

C411

C412

0.33 `

T10 ` 25V

RVSIG7

RVSIG9

RVSIG11

+15.5V

L403

KETSU

+15.5V

L404

33 `

T10 ` 25V

G002

T

C421

C420

0.33 `

TP404

T

C419

T15 ` 16V

L407

33 `

C435
T10 ` 10V

NRSH

NRSL

T

FRP

C436

0.33 `

RVSIG2

RVSIG4

33 `

C423

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASO2A

6162

BIASE2A

BIASE2B

6364

DGND

VDD1

NRS2A

6566

NRS2B

NRS1A

6768

NRS1B

DGND

6970

VDD1

GND

7172

REF2C

REF1C

7374

BIASO1C

BIASO2C

7576

BIASE1C

BIASE2C

7778

NRS2C

NRS1C

7980

VCC

INVOUT1

VCC

GND

INVIN1

1

2

3

4

RVSIG6

T

C418
KETSU

C417
KETSU

RVSIG8

G003

T

C424

0.33 `

56

55

54

53

52

51

50

49

48

47

REF2

REF1

REF1B

REF1A

REF2B

REF2A

BIASO2

ET1021F0A

INVOUT3

8

BIASO1

Q407

OUT4

INVIN4

DYIN

INV

CLXIN

DXIN

CLYIN

9

10

11

12

13

14

CLXR

DXR

CLY

DY

BIASO1B

BIASO1A

INVIN2

INVOUT2

INVIN3

5

6

7

DIRX

DY

VST

Q403

2SC4116Y

R411

3.3k

46

45

44

43

42

41

NRS2

NRS1

DGND

VDD1

BIASE1

BIASE2

DGND

DIRY

DIRY

NRG

ENBX1

ENBX2

DIRX

DIRX

DX

CLX

CLX

CLY

CLY

DY

ENBY1

ENBY2

VDD2

VDD2

DGND

ENBY2IN

DIRYIN

NRGIN

DIRXIN

ENBX2IN

ENBY1IN

ENBX1IN

15

16

17

18

19

20

NRG

DIRY

ENB2R

ENB1R

RVSIG10

RVSIG12

L502

33 `

+15.5V

R509

100

Q503

2SC4116Y

TG501

L505

TP502

GVSIG1

GVSIG3

GVSIG5

T

C511

C512

0.33 `

T10 ` 25V

GVSIG7

GVSIG9

GVSIG11

+15.5V

L503

KETSU

+15.5V

L504
33 `

T10 ` 25V

G005

T

C520

C521

0.33 `

TP504

T

C519
T15 ` 16V

L507

33 `

C535
T10 ` 10V

T

NRSH

NRSL

FRP

C536

0.33 `

GVSIG2

GVSIG4

GVSIG6

T

C518
KETSU

C517
KETSU

GVSIG8

33 `

C523

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASO2A

6162

BIASE2A

BIASE2B

6364

DGND

VDD1

NRS2A

6566

NRS2B

NRS1A

6768

NRS1B

DGND

6970

VDD1

GND

7172

REF2C

REF1C

7374

BIASO1C

BIASO2C

7576

BIASE1C

BIASE2C

7778

NRS2C

NRS1C

7980

VCC

INVOUT1

VCC

GND

INVIN1

1

2

3

4

DIRX

G006

T

C524

0.33 `

56

55

54

53

52

51

50

49

48

47

46

REF2

REF1

REF1B

REF1A

REF2B

REF2A

BIASO2

BIASE1

ET1021F0A

INVOUT3

8

BIASO1

Q507

OUT4

INVIN4

DYIN

DIRYIN

INV

CLXIN

DXIN

CLYIN

9

10

11

12

13

14

15

CLXG

DXG

CLY

DY

DIRY

BIASO1B

BIASO1A

INVIN2

INVOUT2

INVIN3

5

6

7

R511

3.3k

45

44

43

42

41

NRS2

NRS1

DGND

VDD1

BIASE2

DGND

DIRY

DIRY

NRG

ENBX1

ENBX2

DIRX

DIRX

DX

CLX

CLX

CLY

CLY

DY

ENBY1

ENBY2

VDD2

VDD2

DGND

ENBY2IN

NRGIN

DIRXIN

ENBX2IN

ENBY1IN

ENBX1IN

16

17

18

19

20

NRG

ENB2G

ENB1G

GVSIG10

GVSIG12

L602

33 `

+15.5V

L605

TP602

BVSIG1

BVSIG3

BVSIG5

T

C611

C612

0.33 `

T10 ` 25V

BVSIG7

BVSIG9

BVSIG11

+15.5V

L603

KETSU

+15.5V

G008

T

L604

33 `

C621

C620

0.33 `

T10 ` 25V

TP604

T

C619
T15 ` 16V

L607

33 `

C635
T10 ` 10V

T

NRSH

NRSL

FRP

C636

0.33 `

BVSIG2

BVSIG4

BVSIG6

T

C618
KETSU

C617
KETSU

BVSIG8

33 `

C623

T4.7 ` 25V

60

59

58

57

BIASE1B

BIASE1A

BIASO2B

BIASO2A

6162

BIASE2A

BIASE2B

6364

DGND

VDD1

6566

NRS2A

NRS2B

6768

NRS1A

NRS1B

6970

DGND

VDD1

7172

GND

REF2C

REF1C

7374

BIASO1C

BIASO2C

7576

BIASE1C

7778

BIASE2C

NRS2C

7980

NRS1C

VCC

VCC

GND

INVOUT1

INVIN1

1

2

3

4

DIRX

G009

T

C624

0.33 `

56

55

54

53

52

51

50

49

48

REF2

REF1

REF1B

REF1A

REF2B

REF2A

ET1021F0A

INVOUT3

8

BIASO1

Q607

OUT4

INVIN4

INV

CLXIN

DXIN

CLYIN

9

10

11

12

13

CLXB

DXB

CLY

DY

BIASO1B

BIASO1A

INVIN2

INVOUT2

INVIN3

5

6

7

R609

100

Q603

2SC4116Y

R611

TG601

3.3k

47

46

45

44

43

42

41

NRS2

NRS1

DGND

BIASO2

DYIN

14

VDD1

BIASE1

BIASE2

DGND

DIRY

DIRY

NRG

ENBX1

ENBX2

DIRX

DIRX

DX

CLX

CLX

CLY

CLY

DY

ENBY1

ENBY2

VDD2

VDD2

DGND

ENBY2IN

DIRYIN

NRGIN

DIRXIN

ENBX2IN

ENBY1IN

ENBX1IN

15

16

17

18

19

20

ENB2B

ENB1B

NRG

DIRY

BVSIG10

BVSIG12

2SC3265Y

TP403

R412

3.3

R413

3.3

Q406

2SA1298Y

P401

RVSIG7

RVSIG8

RVSIG9

RVSIG10

RVSIG11

RVSIG12

PDIRYR

KETSU

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

PDYR

PXCLYR

PCLYR

PNRGR

39 40

PDIRYR

PNRGR

37 38

PENBX1R

PENBX2R

35 36

PDIRXR

33 34

PDXR

PCLXR

31 32

PXCLXR

PCLYR

29 30

PXCLYR

PDYR

27 28

25 26

23 24

C438

0.1 `

21 22

Q504

2SA1586Y

R510

3.3k

Q506

2SA1298Y

R512

3.3

R513

3.3

Q505

2SC3265Y

PXCLXR

PCLXR

PDXR

PENBX2R

PENBX1R

PDIRXR

RVSIG1

RVSIG2

RVSIG3

RVSIG4

RVSIG5

RVSIG6

TP503

P501

GVSIG7

GVSIG8

GVSIG9

GVSIG10

GVSIG11

GVSIG12

BVSIG7

BVSIG8

BVSIG9

BVSIG10

BVSIG11

BVSIG12

PNRS1B

PDIRYB

PDIRYG

KETSU

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

P601

KETSU

1

DY

2

CLY

3

CLY

4

NRG

5

VDDY

6

VDDX

7

CLX

8

CLX

9

DX

10

ENB2

11

ENB1

12

DIRX

13

VSSX

14

VID1

15

VID2

16

VID3

17

VID4

18

VID5

19

VID6

20

VID7

21

VID8

22

VID9

23

VID10

24

VID11

25

VID12

26

NRS

27

LCCOM

28

DY

29

DIRY

30

VSSY

PDYG

PXCLYG

PCLYG

PNRGG

R612

3.3

R613

3.3

Q605

2SC3265Y

PXCLXG

PCLXG

PDXG

PENBX2G

PENBX1G

PDIRXG

GVSIG1

GVSIG2

GVSIG3

GVSIG4

GVSIG5

GVSIG6

TP603

PDYB

PXCLYB

PCLYB

PNRGB

PXCLXB

PCLXB

PDXB

PENBX2B

PENBX1B

PDIRXB

BVSIG1

BVSIG2

BVSIG3

BVSIG4

BVSIG5

BVSIG6

PDIRYG

PNRGG

PENBX1G

PENBX2G

PDIRXG

PDXG

PCLXG

PXCLXG

PCLYG

PXCLYG

PDYG

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

C538

0.1 `

21 22 23 24

Q604

2SA1586Y

R610

3.3k

Q606

2SA1298Y

PDIRYB

PNRGB

PENBX1B

PENBX2B

PDIRXB

PDXB

PCLXB

PXCLXB

PCLYB

PXCLYB

PDYB

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

C638

0.1 `

21 22 23 24

PDYR

PCLYR

PXCLYR

PNRGR

PDIRYR

PENBX1R

PENBX2R

PDIRXR

PCLXR

PXCLXR

PDXR

RVSIG1

RVSIG3

RVSIG5

RVSIG7

RVSIG9

RVSIG11

PDYG

PCLYG

PXCLYG

PNRGG

PDIRYG

PENBX1G

PENBX2G

PDIRXG

PCLXG

PXCLXG

PDXG

GVSIG1

GVSIG3

GVSIG5

GVSIG7

GVSIG9

GVSIG11

PDYB

PCLYB

PXCLYB

PNRGB

PDIRYB

PENBX1B

PENBX2B

PDIRXB

PCLXB

PXCLXB

PDXB

BVSIG1

BVSIG3

BVSIG5

BVSIG7

BVSIG9

BVSIG11

P402

30p

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

P502

30p

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

P602

30p

1

DY

2

CLY

3

CLY

4

VDDY

5

NRG

6

DIRY

7

LCCOM

8

ENB1

9

ENB2

10

DIRX

11

CLX

12

CLX

13

DX

14

VDDX

15

N.C

16

N.C

17

VSSX

18

VID1

19

VID2

20

VID3

21

VID4

22

VID5

23

VID6

24

VSSX

25

LCCOM

26

NRS1

27

NRS2

28

VSSY

29

VSSY

30

DY

TLP650 DRIVE CIRCUIT (450)

FRP

SHENB

2-19 2-20 2-21 2-22

Fig. 2-5-2

A

123456789 1710 11 12 13 14 15 16 18 19 20

5-3. Main Circuit Diagram (TLP650, TLP651)

B

C

D

E

F

G

H

J

K

L

M

N

RD026 1k

ZD100

RD001

1.25M

QD001

ADXL202EB

1234567

VDD

VDD

STEST

XFIL

GND

YFIL

RSET

XOUT

YOUT

GND

PD001

52207-269

TO POWER UNIT

S6V

S6V

S6V

S6V

S6V

S6V

GND

GND

GND

GND

GND

GND

S15V

S15V

GND

GND

S18V

S18V

GND

GND

S-7V

GND

FAN-P W

LAMP-PW

GND

LAMP-ER

PD002

52435-3091

TO VI DEO BOARD

S6V

S6V

S6V

S6V

GND

GND

GND

GND

S18V

S18V

GND

GND

GND

VIDEO-Y

GND

VIDEO-C

GND

VIDEO-CVBS

GND

CAM-ON

CAM-TX

CAM-RX

CAM-REM

SDA

SCL

GND

S15V

GND

POWER-ON

CD002

891011121314

0.47 `

+5VS

CD001 10V1 `

CD003

0.47 `

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

S6V

S15V

S18V

S-7V

S6V

S18V

SYSIGIN

SYGNDIN

SCSIGIN

SCGNDIN

VIDSIGIN

VIDGNDIN

CAMERA-DETECT

TXDCAM

RXDCAM

CAMERA-REMOTE

VID/DIG-SDA

VID/DIG-SCL

S15V

POWER-ON

FAN-P OWE R

LAMP-POWER

LAMP-ERR

YSIGIN

YGNDIN

PBSIGIN

PBGNDIN

PRSIGIN

PRGNDIN

YSYNC

RD209
KETSU

RD210
KETSU

RD211
KETSU

ZD205

TEM2027D RD212

ZD200

TEM2020T

SCSIGIN

SCGNDIN

ZD201

TEM2020T

SYSIGIN

SYGNDIN

VIDSIGIN

VIDGNDIN

ZD202

TEM2020T

KETSU

RD118
KETSU

RD119
KETSU

CD225

0.047

RD215

RD214

RD213

RSCL

LOCK

RD120
KETSU

ZD204

24.576MHz

RD200 KETSU

CD207 0.047

RD201
KETSU

CD208 0.047
CD210 0.047

LD200

+3.3VA1

MMZ2012S120

CD206 10V1 `

RD202
KETSU

TEM2020T

TEM2020T

CD201
10V1 `

CD202

10p

CD203

10p

CD223
10V1 `

CD209
10V1 `

CD224
10V1 `

CD211
10V1 `

ZD101

TEM2020T

ZD103

CD200

10V33 `

1

2

3

4

CD205

10V1 `

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

CD212

10V1 `

LD100

MMZ2012S120

+5VAI

CD108

16V6.8 `

CD109
10V1 `

CD110
10V1 `

RD104 KETSU

RD105 1k

RD106

KETSU

DTADSY

DTADCLP

RD107 KETSU

RD108 KETSU

RD109 KETSU

RD110 KETSU

RD111 KETSU

CD111
10V1 `

CD112

10V1 `

RD208

47

100

XDQ

XRDY

TRSTN

TCK

TMS

VSS(DE)

VDD(DE)

TDO

TDI

XTOUT

VSS(XTAL)

XTAL

XTALI

VDD(XTAL)

VSS(AI2X)

AI24

VDD(AI2X)

AI23

AI2D

AI22

VSS(AI1X)

AI21

VDD(AI1X)

AI12

AI1D

AI11

AGND

AOUT

VDD(CGC)

VSS(CGC)

VDD(DE)

VSS(DE)

RESON

LLC2

LLC

SCL

CE

26 50

27 28 29 30 31 32 33 34 35 36

RD216

4.7k

SCL33

PD003

52834-050

YSIGIN

YGNDIN

PBSIGIN

PBGNDIN

PRSIGIN

PRGNDIN

YSYNC

I

RSIGIN

RGNDIN

GSIGIN

GGNDIN

BSIGIN

BGNDIN

D-HDIN

MAINHDIN

MAINHDGND

MAINVDIN

STS-SCL

STS-SDA

TO MCU SECTION

ENB1(SCRN3)

CAMERA-REMOTE

CAMERA-DETECT

LOCK(VIDEO)

READ-SCL

3WB-DTI

3WB-DTO

3WB-CLK

ENB0(OSD)

ENB2(PLD)

VIDEO-SCL

VIDEO-SDA

VIDEO-DIR

POWER-ON

LAMP-POWER

FAN-P OWE R

LAMP-ERROR

TO RGB BOARD

12

34

56

78

910

11 12

13 14

15 16

17 18

YSYNC

19 20

21 22

23 24

25 26

27 28

29 30

31 32

33 34

35 36

37 38

MAINHD

39 40

41 42

43 44

MAINVD

45 46

47 48

STS-SCL

49 50

STS-SDA

DUMMY22

RST

10

11

12

STS-SCL

13

STS-SDA

14

15

16

17

TXDCAM

18

RXDCAM

19

20

21

22

+5VS

23

+5VAO

24

FWP

25

RXD232

26

TXD232

27

CTS232

28

RTS232

29

MCUHD

30

MCUVD

31

Y

YGND

PB

PBGND

PR

PRGND

GND CAMVD

GND

GND

GND

GND

R

RGND

G

GGND

B

BGND

DHD

GND

GND

LOCK

1

RSCL

2

3WBDTI

3

3WBDTO

4

3WBCLK

5

3WBENB0

6

3WBENB1

7

3WBENB2

8

RST

9

VID/DIG-SCL

VID/DIG-SDA

VID/DIG-DIR

STS-SCL

STS-SDA

CAMERA-REMOTE

CAMERA-DETECT

TXDCAM

RXDCAM

POWER-ON

LAMP-POWER

FAN-P OWE R

LAMP-ERR

+5VS

+5VAO

FWP

RXD232

TXD232

CTS232

RTS232

CAMHD

RXD232

TXD232

CTS232

RTS232

PW.SW

S-7V

S-7V

S6V

S6V

GND

GND

GND

GND

N.C

N.C

FWP

GND

GND

GND

GND

GND

GND

N.C

S6V

CAMHDIN

CAMHDGND

CAMVDIN

FWP

RXD232

TXD232

CTS232

RTS232

POWER-ON

S-7V

VID/DIG-DIR

MAINVDIN

MAINHDIN

MAINHDGND

CAMHDIN

CAMHDGND

123

TEM2020T

TEM2020T

QD015

TC7S04F

GND

ZD005

ZD006

VDD

+5VAI

45

CD007
10V1 `

SN74LVC14APW

CD050

10V1 `

VID/DIG-SCL

+3.3VA2

QD004

+3.3VA2

VDD

1234567

VID/DIG-SDA

MCUHD

MCUVD

RD030

100

VDD

1234567

891011121314

SN74LVC125APW

GND

GND

RSIGIN

RGNDIN

GSIGIN

GGNDIN

BSIGIN

BGNDIN

+3.3VA2

QD016

891011121314

RD028

+3.3VA2

CD300

CD301

10V33 `

LD300

MMZ2012S120

10V1 `

+3.3VA2

VD(A)

1

NC

2

CD322
10V33 `

CD333
10V33 `

ZD001 TEM2027D

ZD002 TEM2027D

ZD003 TEM2027D

NC

3

NC

4

VD(A)

5

GND

6

GND

7

RIN

8

VD(A)

9

GND

10

VD(A)

11

VD(A)

12

GND

13

GND

14

GND

15

GIN

16

VD(A)

17

GND

18

VD(A)

19

VD(A)

20

GND

21

GND

22

BIN

23

VD(A)

24

GND

25

VD(A)

26

GND

27

CKINV

28

CLAMP

29

SDA

30

SCL

31

A0

32

A1

33

VD(PLL)

34

VD(PLL)

35

GND

36

NC

37

NC

38

NC

GND

39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 64

CD334
10V33 `

MAINHD

MAINVD

CAMHD

CAMVD

DIRHD

CD308
10V1 `

RD304

CD309

0.05

CD313

0.05

RD306

75

CD317

0.05

RGBCLP

MMZ2012S120

75

CD310
10V1 `
CD311
10V1 `
CD312
10V1 `

RD305

75

CD314
10V1 `
CD315
10V1 `
CD316
10V1 `

CD318
10V1 `
CD319
10V1 `

RD307

1K

RD308

1K
CD320
10V1 `
CD321

10V1 `

LD302

ZD300

TEM2020T

RD321
KETSU

ZD301

TEM2020T

RD322
KETSU

ZD302

TEM2020T

RD333
KETSU

SDA33

SCL33

10K

SCL33

SDA33

RD029

10K

+3.3VPLL

LD303

MMZ2012S120

RD004 100

CD008

100p

RD005 100

CD009

RD006 100

100p

RD007 100

CD010

CD011 100p

100p

RD008 100

CD012

100p

CD302

10V1 `

REFIN

HSYNC

REFOUT

COAST

RGBCST

RGBPDN

CD303
10V1 `

PWRDN/

GND

10V1 `

CD323

CD324

0.01 `

TEM2027D

CD304

10V1 `

GND

GND

GND

VD(A)

AD9884KST-140

VD(PLL)

CKEXT

FILT

NC

10k

RD320

CD325

0.018 `

RD100
KETSU

41

VDD(A)

42

VDD(A)

43

TEST

44

XAOE

45

XBOE

46

XCOE

CTL0

47

48

CTL1

49

CTL2

50

SY

51

SEL

52

CLK

53

CLP

54

REF0

55

REF1

56

REF2

57

REF3

58

CLE

59

TEST

60

VSS(A)

61

VSS(A)

62

VDD(A)

63

CRBS

64

CRB

RD112

KETSU

CD115
10V10 `

XRH

XRV

VDNR0

B1

RD203 100X4

A1

CD213

10V1 `

90919293949596979899

XPD0

XRV

XRH

VDD(DI)

XCLK

(DEC CK OUT)

QD200

SAA7114

VDD(DI)

RTS0

RTS1

RTCO

SDA

CD217

10V1 `

FILD

LOCK

SDA33

ZD303

RGBHSO

RD300 KETSU

DATACK/

HSOUTNCGND

VD(D)

QD300

VD(PLL)

VD(PLL)

GND

GND

GND

CD327

CD326

10V1 `

10V1 `

RD309

1.5kF

CD100

10V10 `

RD102 33

RD103 33

CD103
10V1 `

BIN

BIO

VSS(A)

CXD2303AQ

CIO

VDD(A)

CRT

CD113

CD114

10V1 `

10V1 `

VDNR4

VDNR5

VDNR6

B1

B2

B3

A1

A2

A3

XPD6

VDD(DI)

XPD5

CD104
10V1 `

BRT

VDD(A)

QD100

CRTS

VSS(D)

VDNR7

B4

A4

CD214
10V1 `

XTRI

XPD7

CD105
10V1 `

BRTS

ARTS

VSS(D)

C0

RD204
100X4

TEST4

TEST5

CD101
10V10 `

RD101 KETSU

CD102
10V1 `

BRB

BRBS

VSS(A)

CIN

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

RD113

33

VDNR1

VDNR2

VDNR3

B2

B3

B4

A2

A3

A4

89 88 87 86 85 84 83 82 81 80 79 78 77

XPD4

XPD3

XPD2

VSS(DI)

XPD1

D1 OUTPUT

(SCL CK OUT)

VSS(DI)

VDD(DI)

ALRCLK

AMXCLK

AMCLK

37 38 39 40 41 42 43 44 45 46 47 48 49

DATACK

GND

TEST0

ASCLK

ITRDY

ICLK

ITRI

IGP0

IDQ

RD207

KETSU

CD218
10V1 `

PCADRA0

PCADRA1

PCADRA2

PCADRA3

PCADRA4

PCADRA5

PCADRA6

PCADRA7

B3

B4

A3

A4

109 108 107 106 105 104

DRA3

DRA2

DBB5

DBB4

58 59 60 61 62 63

B3

B4

A3

A4

PCADBB4

PCADBB5

PCADBB6

B1

A1

DRA4

DBB3

B1

A1

PCADBB3

B2

A2

DRA5

DBB2

B2

A2

PCADBB2

B3

A3

DRA6

DBB1

B3

A3

B4

A4

DRA7

DBB0

B4

A4

PCADBB1

100X4

VD(D)

GND

PCADBB0

RD303

CD329
10V1 `

B1

B2

RD302 100X4

A1

A2

CD305 10V1 `

RD301 47

DRA1

DRA0

GND

VD(D)

VD(D)

DBB7

DBB6

GND

CD328
10V1 `

B1

B2

RD310
100X4

A1

A2

PCADBB7

CD106
10V1 `

ART

VDD(A)

C1

C2

76

VSS(DE)

TEST3

D1 SCALER OUT

VSS(DE)

IGP1

CD306
10V1 `

103110111112113114115116117118119120121122123124125126127128

GND

VD(D)

RD311
100X4

VD(D)

VD(D)

VD(D)

AIO

C3

VDD(DE)

VDD(DI)

VSS(DI)

VDD(DI)

VDD(DE)

DRB0

DRB1

DRB2

DRB3

DRB4

DRB5

DRB6

DRB7

GND

DGA0

DGA1

DGA2

DGA3

DGA4

DGA5

DGA6

DGA7

GND

DGB0

DGB1

DGB2

DGB3

DGB4

DGB5

DGB6

DGB7

GND

DBA0

DBA1

DBA2

DBA3

DBA4

DBA5

DBA6

DBA7

CD004

CD005

0.01 `

CD107
10V1 `

25262728293031323334353637383940

AIN

ARB

ARBS

VSS(A)

VSS(A)

VDD(D)

VDD(D)

TGR

VSS(D)

VSS(D)

VDD(D)

VDD(D)

C4

C5

C6

C7

CD216
10V10 `

75

TEST2

74

TEST1

73

HPD0

72

HPD1

71

HPD2

70

HPD3

69

68

HPD4

67

HPD5

66

HPD6

65

64

HPD7

63

62

IPD0

61

IPD1

60

IPD2

59

IPD3

58

57

IPD4

56

IPD5

55

IPD6

54

IPD7

53

IGPH

52

IGPV

51

CD307
10V10 `

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

A7

A6

A5

A4

A3

A2

A1

A0

B7

B6

B5

B4

B3

B2

B1

B0

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

ZD104

TEM2027D

MMZ2012S120

CD219
10V1 `

CD220
10V1 `

CD221 10V1 `

MMZ2012S120

LD301

MMZ2012S120

RD312 100X4

A1

A2

A3

A4

A1

A2

A3

A4

CD330
10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

CD331
10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

CD332
10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

RD319 100X4

LD201

CD222
10V1 `

LD202

B1

B2

B3

B4

B1

B2

B3

B4

RD313 100X4

RD314 100X4

B1

B2

B3

B4

B1

B2

B3

B4

RD315 100X4

RD316

B1

B2

B3

B4

B1

B2

B3

B4

RD317 100X4

RD318

B1

B2

B3

B4

B1

B2

B3

B4

LD101

MMZ2012S120

CD116

16V6.8 `

CD117 10V1 `
CD118 10V1 `

RD114 100X4

A1

A2

A3

A4

A1

A2

A3

A4

RD115 100X4
RD116 100X4

A1

A2

A3

A4

A1

A2

A3

A4

RD117 100X4
CD119 10V1 `
CD120 10V1 `

LD102

MMZ2012S120

+3.3VA1

+3.3VA2

PCADRB0

PCADRB1

PCADRB2

PCADRB3

PCADRB4

PCADRB5

PCADRB6

PCADRB7

PCADGA0

PCADGA1

PCADGA2

PCADGA3

PCADGA4

PCADGA5

PCADGA6

PCADGA7

100X4

PCADGB0

PCADGB1

PCADGB2

PCADGB3

PCADGB4

PCADGB5

PCADGB6

PCADGB7

100X4

PCADBA0

PCADBA1

PCADBA2

PCADBA3

PCADBA4

PCADBA5

PCADBA6

PCADBA7

CAMVDIN

D-HDIN

RD027 1k

0.01 `

+5VAI

CD401
10V1 `

DTADTGR

B1

DTADY7

B2

DTADY6

B3

DTADY5

B4

DTADY4

B1

DTADY3

B2

DTADY2

B3

DTADY1

B4

DTADY0

B1

DTADUV7

B2

DTADUV6

B3

DTADUV5

B4

DTADUV4

B1

DTADUV3

B2

B3

B4

ZD203

TEM2027D

DTADUV2

DTADUV1

DTADUV0

RGBCST
RGBCLP

RGBPDN
RGBHSO

CD509
10V1 `

SCPIVS
SCPIHS

SCPIFD
SCPIGO
3WBCLK
3WBENB1
3WBDTO

PCADGA0
PCADGA1
PCADGA2

PCADGA3
CD510
10V1 `

PCADGA4

PCADGA5

PCADGA6

PCADGA7

PCADGB0

PCADGB1

PCADGB2

PCADGB3

PCADGB4

PCADGB5

PCADGB6

PCADGB7

PCADBA0

PCADBA1

PCADBA2

PCADBA3

PCADBA4

PCADBA5

PCADBA6

PCADBA7

SCPIGO
SCPIFD
SCPIHS
SCPIVS
SCYUCK
SCYUHD
SCPOFD

SCPOVS
SCPOHS
SCOSD3
SCOSD2

SCOSD1
SCOSD0
SCOSEN

PCADRB0
PCADRB1

PCADRB2

PCADRB3
PCADRB4
PCADRB5
PCADRB6
PCADRB7

PCADBB0

CD511
10V1 `

PCADBB1
PCADBB2
PCADBB3
PCADBB4
PCADBB5
PCADBB6
PCADBB7

CD512

10V1 `

RD502

100

RD503

100

YD7
YD6
YD5

YD4

YD3

YD2
YD1
YD0
UVD7
UVD6
UVD5
UVD4
UVD3
UVD2

UVD1
UVD0

PCADRA3
PCADRA4
PCADRA5
PCADRA6
PCADRA7

RD437 1k

RD438 1k

CD418
CD419

RD439 1k

CD420
CD421

RD440 1k

CD513
10V1 `

CD422

10V1 `

DTADSY

DTADCLP

RD423

47

208

207

206

205

204

203

202

201

200

199

198

197

196

195

194

DTYIN2

59

60

DTADY2

DTADY1

YD1

177

YIN2

YIN1

POD30-POD47

MD6

MD7

16

MD7

GND

VCCI0

GND

DTYIN1

DTYIN0

61

62

63

DTADY0

CD431

YD0

CD502

10V1 `

176

175

174

VDD

GND

YIN0

GND

VDD

MD8

17

18

19

MD8

CD516

10V1 `

193

VCCI0

DTUVIN7

DTUVIN6

DTUVIN5

DTUVIN4

64

65

66

67

68

DTADUV7

DTADUV6

DTADUV5

DTADUV4

UVD7

UVD6

UVD5

UVD4

UVD3

173

172

171

170

169

UVIN7

UVIN6

UVIN5

UVIN4

SCREEN3

MD9

MD10

MD11

MD12

20

21

22

23

24

MD9

MD10

MD11

MD12

MD13

SY

YUVCK

YOUT7

YOUT6

YOUT5

YOUT4

YOUT3

nCE

GND

VCCINT

VCCI0

YOUT2

YOUT1

YOUT0

UVOUT7

UVOUT6

UVOUT5

UVOUT4

UVOUT3

UVOUT2

TDI

UVOUT1

UVOUT0

HOLD

RGBCLP

(INPUT)

GND

VCCINT

VCCI0

(INPUT)

PWRDWN

HSIN

PIVSGO

PIFLD

PIHS

PIVS

YUVCK(SCRN3)

YUVHD(SCRN3)

POFLD

MTS

POVS

POHS

OSD3(SCRN3)

OSD2(SCRN3)

GND

VCCINT

VCCI0

MSEL

TCK

OSD1(SCRN3)

OSD0(SCRN3)

OSDEN

188

187

VDD

GND

GND

VDD

5

6

CD514

10V1 `

YUVCLP

DTUVTGR

DTYIN7

DTYIN6

DTYIN5

DTYIN4

DTYIN3

53

54

55

56

57

58

DTADY7

DTADY6

DTADY5

DTADY4

DTADY3

DTADTGR

YD7

YD6

YD5

YD4

YD3

YD2

CD501

10V1 `

186

185

184

183

182

181

180

179

178

VDD

GND

YIN7

YIN6

YIN5

YIN4

YIN3

POACT

MD0

GND

VDD

MD1

MD2

MD3

MD4

MD5

7

8

9

10

11

12

13

14

15

CD515

10V1 `

MD0

MD1

MD2

MD3

MD4

MD5

MD6

1

2

3

4

5

6

7

PID3
PID4
PID5
PID6
PID7
PID8
PID9
GND
PID10
VDD
PID12
PID11
PID13
PID14
PID15
PID16
PID17
PID18
PID19
GND
VDD
PID20
PID21
PID22
PID23
PID24
PID25
PID26
PID27
PID28
PID29
GND
PID30
PID31
PID32
PID33
PID34
PID35
PID36
PID37
PID38
PID39
PID40
GND
VDD
PID41
PID42
PID43
PID44
PID45
PID46
PID47
PIVS
PIHS
GND
PICLK
VDD
PIFLD
PIVSGO
SCLK
SS
SI
GND
VDD

PCADRA2

192

PID2

GIN(A)

GIN(B)

GIN(A)

GIN(B)

BIN(A)

BIN(B)

SO

1

PCADRA1

PCADRA0

191

190

PID1

CS

2

3

DQML

MCS

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

CD500
10V1 `

189

PID0

POEXT

DQM0

DQM1

4

DQMU

CD416
CD417

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

DTADUV3

CONFCK

CONFDA

CD423

10V1 `

PHSYNC

PVSYNC

RD432 100

192

191

190

189

188

187

186

185

184

183

182

181

180

179

GND

DATA

DCLK

VCCI0

SENSE1

SENSE2

PHSYNC

DEVCLRN

QD405

EPF6024

DTUVIN3

DTUVIN2

DTUVIN1

DTUVIN0

69

70

71

72

DTADUV2

DTADUV1

DTADUV0

UVD2

UVD1

CD503

10V1 `

168

167

166

165

VDD

GND

UVIN3

UVIN2

UVIN1

GND

VDD

MD13

MD14

MD15

25

26

27

28

CD517

10V1 `

MD14

MD15

RTS1

XRH

XRV

75

73

74

XRH

XRV

LOCK

UVD0

SCYUHD

SCYUCK

164

163

162

161

UVIN0

YUVHD

YUVCK

QD500

IP00C711

MD16

MD17

MD18

29

30

31

32

MD16

MD17

MD18

VDIN0

RTS0

GND

VCCIO

nCONFIG

nS1ATUS

76

77

78

79

80

81

82

CD432

RD441 1k

FILD

VDNR0

VDNR1

CONFOE

DAB5

DAB6

DAB7

DAB8

DAB9

CD504

10V1 `

160

159

158

157

156

155

VDD

GND

POD29

POD28

POD27

POD26

POD25

GND

VDD

MD19

MD20

MD21

MD22

MD23

33

34

35

36

37

38

MD19

MD20

MD21

MD22

MD23

CD518

10V1 `

PVSYNC

VDIN1

154

39

CD519

178

83

VDNR2

+3.3VD1

RD424

RD431 100

DEVOE

VDIN2

CD505

153

VDD

GND

40

10V1 `

OSDCK

177

84

VDNR3

GND

VDD

3WBENB0

3WBDTO

3WBCLK

RST

47

OSDDSP

OSDVOA

OSDDA3

OSDDA2

OSDHS

OSDVD

CD424

10V1 `

176

175

174

173

172

171

170

nRS

OSDCK

OSDHD

OSDVD

OSDDSP

OSDVOA

OSDDA3

OSDDA2

VIDCLK

VDIN3

VDIN4

VDIN5

VDIN6

VDIN7

85

86

87

88

89

90

91

VDNR4

VDNR5

VDNR6

VDNR7

DAB0

DAB1

DAB2

DAB3

DAB4

CD506

10V1 `

10V1 `

152

151

150

149

148

147

146

145

VDD

GND

POD24

POD23

POD22

POD21

POD20

MD24

MD25

GND

VDD

MD26

MD27

MD28

41

42

43

44

45

46

47

48

MD24

MD25

MD26

MD27

MD28

MD29

CD520

10V1 `

3WBDTI

+3.3VD2

VSS

VCC

1

CD532

MD0

10V1 `

CD533

10V1 `

CD534
10V1 `

CD535
10V1 `

DQ0

2

MD1

DQ1

3

VSSQ

4

MD2

DQ2

5

MD3

DQ3

6

VCCQ

7

MD4

DQ4

8

MD5

DQ5

9

VSSQ

10

MD6

DQ6

11

MD7 MD8

DQ7

12

VCCQ

13

DQML

DQML

14

WE

WE

15

CAS

CAS

16

RAS

RAS

17

MCS

CS

18

BA

A11(BA) A9

19

MA10

A10/AP

20

MA0

A0

21

MA1

A1

22

MA2

A2

23

MA3 MA4 MA4

A3

24

VCC VSS

25 26

50

MD15 MD16

DQ15

49

MD14

DQ14

48

VSSQ

47

MD13

DQ13

46

MD12

DQ12

45

VCCQ

44

MD11

DQ11

43

MD10

DQ10

42

VSSQ

41

MD9

DQ9

40

DQ8

39

38

VCCQ

CD537 10V1 `

37

DU

QD501

DQMU

36

DQMU

CLK

35

CKE

34

DU

33

MA9

32

MB81F161622B-80

MA8

A8

31

MA7

A7

30

MA6

A6

29

MA5

A5

28

MA4

A4

27

+3.3VD2

CD538

1

10V1 `

2

MD17

3

4

MD18

5

MD19

CD536

10V1 `

6

7

CD539

MD20

10V1 `

8

MD21

9

10

MD22

11

MD23 MD24

12

CD540

13

10V1 `

DQML DQML

14

WE WE

15

CAS CAS

16

RAS RAS

17

MCS MCS

18

BA BA

19

MA10 MA10

20

MA0 MA0

21

MA1 MA1

22

MA2 MA2

23

MA3 MA3

24

25 26

CD541
10V1 `

VCC

DQ0

DQ1

VSSQ

DQ2

DQ3

VCCQ

DQ4

DQ5

VSSQ

DQ6

DQ7

VCCQ

DQML

WE

QD502

CAS

RAS

CS

A11(BA) A9

MB81F161622B-80

A10/AP

A0

A1

A2

A3

VCC VSS

VSS

50

DQ15

49

DQ14

48

VSSQ

47

DQ13

46

DQ12

45

VCCQ

44

DQ11

43

DQ10

42

VSSQ

41

DQ9

40

DQ8

39

38

VCCQ

37

DU

36

DQMU

CLK

35

CKE

34

DU

33

32

A8

31

A7

30

A6

29

A5

28

A4

27

CD544
10V1 `

MD31 MD32

MD30

MD29

MD28

CD542
10V1 `

MD27

CD545

MD26

10V1 `

MD25

CD543 10V1 `

DQMU DQMU

MA9 MA9

MA8 MA8

MA7 MA7

MA6 MA6

MA5 MA5

QD401

MB90096

11423456789101112

CS

DA0

SIN

DA1

SCLK

DA2

VSS

164

163

GND

VCCIO

MAINHD

MAINVD

97

98

MAINHD

MAINVD

DAG5

140

139

138

GND

POD15

GOUTBOUT

DCLKI

VSS

VDD

TCLKI

VDD

HSYNC

VSYNC

DISP

13

RESET

TEST BUSY

RD42547RD426

162

161

160

159

158

cs

nCS

SRCK

(INITDONE)

nCEO

CAMHD

CAMVD

DIRHD

99

100

101

102

103

DIRHD

CAMHD

CAMVD

DAG1

DAG2

DAG3

DAG4

CD508

137

136

135

134

133

VDD

POD14

POD13

POD12

POD11

157

104

CD434

10V1 `

GND

DA3

VOBA

VSS

DCLKO

VDD

DB0

DB1

DB2

DB3

VOBB

SWCK

CONFDONE

VCCINT

CLKUSR

RDYnBSY

VCCINT

CAMCLK

DIVOUT

SYSCLK

VCCINT

DAG0

132

131

POD10

47

FMWD0

FMWD1

FMWD2

FMWD3

FMWD4

FMWD5

VCCI0

GND

FMWD6

FMWD7

RSTW

RSTR

FMRD7

FMRD6

FMRD5

FMRD4

POCLK

VCCI0

GND

FMRD3

FMRD2

FMRD1

FMRD0

SDAI

SDAO

SDACK

SDAEN

VCCI0

GND

VIHB

FIA

TD0

FIB

DAR8

DAR9

130

POD9

OSDCK

OSDHS

OSDVD

169

92

DAG9

POD19

OSDDA1

OSDDA0

168

167

166

165

nWS

VCCI0

OSDDA1

OSDDA0

GND

PICLK

93

94

95

96

CD433

CD507
10V1 `

DAG6

DAG7

DAG8

141

144

143

142

VDD

POD18

POD17

POD16

ROUT

GND

VDD

GND

MD29

MD30

MD31

49

50

51

MD30

MD31

MD32

VDD

MD32

MD33

MD34

MD35

MD36

MD37

MD38

52

53

MD33

MD39

54

55

56

57

58

59

60

61

62

63

MD34

MD35

MD36

MD37

MD38

MD39

MD40

CD522

10V1 `

CD521 10V1 `

+3.3VD2

VCC

1

DQ0

2

MD33

DQ1

3

VSSQ

4

MD34

DQ2

5

MD35

DQ3

6

VCCQ

7

MD36

DQ4

8

MD37

DQ5

9

VSSQ

10

MD38

DQ6

11

MD39 MD40

DQ7

12

CD546

10V1 `

VCCQ

13

DQML

14

WE

15

CAS

16

RAS

17

CS

18

A11(BA) A9

19

A10/AP

20

A0

21

A1

22

A2

23

A3

24

VCC VSS

25 26

CD547

10V1 `

QD503

IE

WE

RE

OE

POD8

MD40

129

64

MD41

MB81F161622B-80

2728

2526

24 151617181920212223

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

DAR7

POD7

POFLD

OSDDT3
OSDDT2
OSDDT1

OSDDT0

OSDEN
POCLK
PODMD
TESTH
TEST1
TEST0

MCLKSEL

MD41

VSS

DQ15

DQ14

VSSQ

DQ13

DQ12

VCCQ

DQ11

DQ10

VSSQ

DQ9

DQ8

VCCQ

DU

DQMU

CLK

CKE

DU

A8

A7

A6

A5

A4

OSDDA0

RD400 100

OSDDA1

RD401 100

OSDDA2

RD402 100

OSDDA3

RD403 100

OSDVOA

RD404 100

+3.3VD1

CD403

0.1 `

OSDDSP

RD405 100

+3.3VD1

FMDI0
FMDI1
FMDI2
FMDI3
FMDI4
FMDI5

CONFCS
CD425 10V1 `
CD426 10V1 `

FMDI6

FMDI7

FMRSTW

FMIE

FMWE

FMRE

FMOE

FMRSTR

DMDO7

DMDO6

DMDO5

DMDO4

CD427 10V1 `

CD428 10V1 `

DMDO3

DMDO2

DMDO1

DMDO0

RD442 1k

RD443 1k

CD429 10V1 `

CD430
10V1 `

3WBDTO
3WBDTI
3WBCLK
3WBENB2

+3.3VD2

LD500

MMZ2012S120

CD523
10V1 `

128

VDD

POD6

GND
POD5
POD4
POD3
POD2

VDD
POD1

GND
POD0

POVS
POHS

GND

VDD

AVDD
AVSS

RST

VDD
MCLK

GND

GND

VDD
MA11
MA10

MA9

MA8

MA7

MA6

MA5

MA4

VDD

GND

MA3

MA2

MA1

MA0

CAS

RAS

MWR

BA0
BA1
VDD

MD47

GND
MD46
MD45
MD44
MD43

VDD
MD42

GND

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

104

103

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

CD525 10V1 `

CD529 10V1 `

MD47

MD46

MD45

MD44

MD43

MD42

MD41

CD531 10V1 `

RD500 10k

RD501 10k
CD526 10V1 `

CD527

10V1 `

MA10
MA9
MA8
MA7
MA6
MA5
MA4

CD528

10V1 `
MA3
MA2
MA1
MA0
CAS
RAS
WE
BA

MD47

MD46
MD45
MD44
MD43

MD42

CD530
10V1 `

CD548
10V1 `

CD549
10V1 `

DAR6

DAR5
DAR4
DAR3
DAR2

CD524 10V1 `

DAR1

DAR0

SCPOFD
SCPOVS
SCPOHS

SCOSD3
SCOSD2
SCOSD1

SCOSD0
SCOSEN

RST

RD418

1k

RD417

1k

CONFDA

CD410
10V1 `

CONFCK

CONFOE

CONFCS

SDA33

SCL33

RD406 10k
RD407 10k
RD408 10k

RD409
CD405

CD404

+3.3VD1

LD402

MMZ2012S120

CD406
10V1 `

ZD400

TEM2027D

ZD401

TEM2027D

ZD402

TEM2027D

+3.3VD2

CD014
10V1 `

CD409
10V1 `

24 17212223 20 19 18

NC

NC

VCC

NC

25

NC

26

VCC

27

QD404

NC

28

EPC1441TC32

NC

29

(SYG5X)

NC

30

DATA

31

NC

32

DCLK

NC

NC

1234 8567

QD406

MSM51V8221

FMDI4

1

Din4

FMDI5

2

Din5

FMDI6

3

Din6

FMDI7

4

Din7

FMRSTW

5

RSTW

6

SWCK

7

NC

FMRE

8

RE

FMOE

9

OE

DMDO7

Do7

10

DMDO6

Do6

11

DMDO5

Do5

12

DMDO4

Do4

13

Vss

14

+3.3VD1

QD402

ICS1523

VDDD

1

VSSD

2

SDA

3

SCL

4

PDEN

5

EXTFB

6

HSYNC

7

EXTFIL

8

XFILRET

9

VDDA

10

VSSA

11

OSC I2CADR

12 13

TLC2932IPW
CD412
10V1 `

1723456

RD419

47

RD420

RD421 CD413

LD403

MMZ2012S120

ZD004
80MHz

VCC

OE

12

NC

NC

NC

NC

Din3

Din2

Din1

Din0

SRCK

RSTR

Do0

Do1

Do2

Do3

LOCK/REF

QD407

VD-D

SEL

VCOO

FI-A

FI-B

PFDO

DG NC

DAB0

DAB1

DAB2

DAB3

34

GND OUT

+3.3VD1

NC

NC

NC

NC

16

NC

15

NC

14

NC

13

GND

12

NC

11

nCS

10

NC

9

OE

NC

NC

CD407

24

23

22

21

20

19

18

17

16

15

14

FMDI3

FMDI2

FMDI1

FMDI0

FMIE

FMWE

FMRSTR

DMDO0

DMDO1

DMDO2

DMDO3

0.1 `

RD410 2.2k

LD400

MMZ2012S120

MMZ2012S120

RD433 10

RD434 10

RD411 KETSU

RD412 KETSU

RD413

47

LD401

RD422

CD415
10V1 `

CD411
10V1 `

+3.3VD1

+3.3VD1

CD408

PCLK+

PCLK-

+3.3VD1

10V1 `

RD414

47

RD435 47

VDD

1234567

RD415

RD445 KETSU

891011121314

GND

RD416

47

47

RD444

47

QD403

SN74LVC04APW

ZD404 TEM2027D

ZD403 TEM2027D

28

Vcc

27

26

25

24

23

IE

22

WE

21

NC

20

19

18

17

16

15

IREF

CLK/2+

CLK/2-

CLK+

CLK-

VSSQ

VDDQ

CLK

CLK/2

FUNC

VD-A

RBIAS

VCIN

AG

VIHB

PIHB

814 910111213

DMCLK

SHDCLK

S6V

POWER-ON

123

TC7S32F

VDD

45

GND

QD008

CD414

RD601
100X4

DAR9

DAR8

DAR7

DAR6

DAR5

DAR4

DAR3

DAR2

DAR1

B2

B3

A2

A3

R5

R6

QD600

VSS(D)

NC

DAR0

B1

B2

B3

B4

B4

RD602
100X4

A1

A2

A3

A4

A4

R4

VA

CD600

12345678910111213141516

RVB

NC

NC

R0

R1

R2

R3

BVRIN

BCLK

GCLK

RCLK

BVB

NC

NC

DAG1

DAG0

B1

B1

B2

B3

B4

RD600
100X4

RD603
100X4

DAG2

A1

B1

17

DAG3

A2

DAG4

A3

DAG5

A4

A1

DAG6

DAG7

A2

DAG8

A3

DAG9

A4

RD604
100X4

A1

A2

A3

A4

RD605
100X4

G2

B2

18

G3

B3

19

G4

B4

20

G5

B1

21

G6

B2

22

G7

B3

G8

23

B4

G9

24

NC

25

NC

26

NC

27

NC

28

B1

B0

29

B2

B1

30

B3

B2

31

B4

B3

32

A1

A1

A2

A3

A4

R7

R8

R9

NC

G0

G1

MB40V950V

B8

B9

B7

B6

B5

B4

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

CD611

0.1 `

ZD600

TEM2020T

CD610

0.1 `

CD013
10V1 `

+3.3VD2

B1

RD606
100X4

A1

DAB4

2D

2Q

VDD

2CK

2PR

2CLR

1CLR

1CK

1PR

1Q

1Q

1D

1234567

B2

B3

B4

100

A2

A3

A4

RD608

DAB5

DAB6

DAB7

DAB8

DAB9

RD607 100

RD009

47

891011121314

2Q

QD005

SN74LVC74APW

GND

LD600

MMZ2012S120

0.1 `

RIREF

RVRIN

VDD(D)

CE/

VDD(A)

ROUT

VSS(A)

GOUT

VSS(A)

BOUT

VDD(A)

GIREF

GVB

GVRIN

NC

BIREF

+5VAO

+5VAO

LD601

MMZ2012S120

CD601

16V6.8 `

CD602

16V6,.8 `

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

49

RD609 2.4k

CD603 10V1 `
CD604 10V1 `

CD607 10V1 `

RD610

RD613

200

2.4k
RD611

CD608

200

0.1 `
RD612

200

RD614

2.4k

DD601

DD602

1SS226

1SS226

1SS226

DD603

RD615

3.3kF

RD616

2.2kF

LD602

MMZ2012S120

CD609

10V1 `

16V6.8 `

16V6.8 `

CD024

16V6.8 `

16V6.8 `

16V6.8 `

16V6.8 `

TEM2011Y

ZD601

TEM2020T

ZD602

TEM2020T

ZD603

TEM2020T

CD016

CD020

CD032

CD036

CD044

LD012

QD009

PQ20VZ1U

VIN

SW

12345

CD017
10V1 `

QD010

PQ20VZ1U

VIN

SW

12345

CD021

10V1 `

QD011

PQ20VZ1U

VIN

SW

12345

CD025

10V1 `

QD012

PQ20VZ1U

VIN

SW

12345

CD033

10V1 `

QD013

PO20VZ1U

VIN

SW

12345

CD037

10V1 `

QD014

PQ20VZ1U

VIN

SW

12345

CD045
10V1 `

CD048

100p

RD031

10K

VOUT

RD014

RD015

VOUT

RD016

RD017

VOUT

RD018

RD019

VOUT

RD020

RD021

VOUT

RD022 3k
RD023 1k

VOUT

RD024 3k
RD025 1k

CD049

100p

VADJ

GND

1.5k

910

VADJ

GND

1.5k

910

VADJ

GND

1.5k

910

VADJ

GND

3k

1k

VADJ

GND

CD038 10v1 `

VADJ

GND

RIN

RGND

GIN

GGND

BIN

BGND

PCLK+

PCLK-

SHDCLK

DMCLK

PHSYNC

PVSYNC

-5V-1

S18V

S6V

LD001

MMZ2012S120

LD002

MMZ2012S120

+3.3VD1

LD003

CD018

MMZ2012S120

10V1 `

CD019
16V6.8 `

LD004

MMZ2012S120

LD005

MMZ2012S120

+3.3VD2

LD006

CD022

MMZ2012S120

10V1 `

CD023

16V6.8 `

CD028

CD026

10V1 `

CD027
10V10 `

CD029

10V1 `

LD007

10V33 `

22 ` H

+3.3VA1

+3.3VA2

LD008

22 ` H

CD031

CD030

10V1 `

10V33 `

+3.3VPLL

LD013
100 ` H

CD052

CD051

10V1 `

10V33 `

+5VAI

CD035
16V6.8 `

CD034

10V1 `

CD039

16v6.8 `

LD011
22 ` H

CD042

16V6.8 `

CD046
10v1 `

+5VS

CD047

16v6.8 `

CD043
10V1 `

DUMMY20

TO DRIVE SECTION

1

R-SIGNAL

2

R-GND

3

G-SIGNAL

4

G-GND

5

B-SIGNAL

6

B-GND

7

PCLK+

8

PCLK-

9

SHDCLK

10

DMCLK

P-HSYNC

11

P-VSYNC

-5V1213

S18V

14

S6V

15

+5VAO

PD004

TO THERMAL SW

1

T1

2

T2

+3.3VD2

CD015
10V1 `

RD010

47

RD011

47

VDD

1234567

RD012

47

891011121314

QD006

SN74LVC04APW

GND

RD013

47

Fig. 2-5-3

2-262-252-242-23

A

B

C

D

E

F

G

H

J

K

L

M

N

123456789 1710 11 12 13 14 15 16 18 19 20

5-4. Main Circuit Diagram (for TLP450, TLP451)

RD026 1k

RD027 1k

CD004

CD005

0.01 `

RD120
KETSU

ZD204

24.576MHz

RD200 KETSU

CD207 0.047

RD201
KETSU

CD208 0.047
CD210 0.047

CD309

CD313

RD004 100

RD005 100

RD006 100

RD007 100

CD011 100p

RD008 100

CD012
100p

+3.3VA1

MMZ2012S120

CD206 10V1 `

RD202
KETSU

LD300

MMZ2012S120

+3.3VA2

0.05

RD305

0.05

RD306

75

CD317

0.05

RGBCLP

LD302

MMZ2012S120

+3.3VPLL

LD303

MMZ2012S120

TEM2020T

LD200

CD201
10V1 `

CD202

CD203

CD223
10V1 `

CD209
10V1 `

CD224
10V1 `

CD211
10V1 `

CD308
10V1 `

RD304

75

CD310
10V1 `
CD311
10V1 `
CD312
10V1 `

75

CD314
10V1 `
CD315
10V1 `
CD316
10V1 `

CD318
10V1 `
CD319
10V1 `

RD307

1K

RD308

1K
CD320
10V1 `
CD321

10V1 `

ZD100

TEM2020T

ZD103

10p

CD205

10p

CD212

10V1 `

CD300

10V33 `

CD322
10V33 `

CD333
10V33 `

ZD001 TEM2027D

ZD002 TEM2027D

ZD003 TEM2027D

ZD101

TEM2020T

CD200
10V33 `

10V1 `

LD100

MMZ2012S120

+5VAI

CD108

16V6.8 `

CD109
10V1 `

CD110

10V1 `

RD104 KETSU

RD105 1k

RD106

KETSU

DTADSY

DTADCLP

RD107 KETSU

RD108 KETSU

RD109 KETSU

RD110 KETSU

RD111 KETSU

CD111
10V1 `

CD112

10V1 `

RD208

47

100

XRDY

TRSTN

TCK

TMS

VSS(DE)

VDD(DE)

1

2

TDO

3

TDI

4

XTOUT

5

VSS(XTAL)

6

XTAL

7

XTALI

8

VDD(XTAL)

9

VSS(AI2X)

10

AI24

11

VDD(AI2X)

12

AI23

13

AI2D

14

AI22

15

VSS(AI1X)

16

AI21

17

VDD(AI1X)

18

AI12

19

AI1D

20

AI11

21

AGND

22

AOUT

23

VDD(CGC)

24

VSS(CGC)

25

VDD(DE)

VSS(DE)

RESON

LLC2

LLC

CE

27 28 29 30 31 32 33 34 35 36

26 50

RD216

4.7k

RGBPDN

CD304

CD303

CD302

CD301

10V1 `

10V1 `

10V1 `

GND

GND

VD(A)

PWRDN/

REFOUT

REFIN

VD(A)

1

NC

2

NC

3

NC

4

VD(A)

5

GND

6

GND

7

RIN

8

VD(A)

9

GND

10

VD(A)

11

VD(A)

12

GND

13

GND

14

GND

15

GIN

16

VD(A)

17

GND

18

VD(A)

19

VD(A)

20

GND

21

GND

22

BIN

23

VD(A)

24

GND

25

VD(A)

26

GND

27

CKINV

28

CLAMP

29

SDA

30

SCL

31

A0

32

A1

33

VD(PLL)

34

VD(PLL)

35

GND

36

NC

37

NC

38

NC

CD334
10V33 `

AD9884KST-140

VD(PLL)

HSYNC

COAST

CKEXT

FILT

GND

GND

39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 64

10k

10V1 `

CD323

RD320

CD324

0.01 `

CD325

RGBCST

0.018 `

MAINHD

MAINVD

CAMHD

CAMVD

DIRHD

ZD200

TEM2020T

ZD201

TEM2020T

ZD202

TEM2020T

RSIGIN

RGNDIN

GSIGIN

GGNDIN

BSIGIN

BGNDIN

QD016

891011121314

GND

+3.3VA2

+3.3VA2

0.01 `

RD118
KETSU

RD119
KETSU

CD225

KETSU

0.047

RD215

RD214

RD213

RSCL

LOCK

ZD300

TEM2020T

RD321
KETSU

ZD301

TEM2020T

RD322
KETSU

ZD302

TEM2020T

RD333
KETSU

SDA33

SCL33

RD028

10K

SCL33

SDA33

RD029

10K

CD008

100p

CD009

100p

CD010

100p

YSIGIN

YGNDIN

FAN-P OWE R

LAMP-POWER

LAMP-ERR

VID/DIG-DIR

MAINVDIN

MAINHDIN

MAINHDGND

CAMHDIN

CAMHDGND

123

TEM2020T

TEM2020T

PBSIGIN

PBGNDIN

PRSIGIN

PRGNDIN

YSYNC

QD015

TC7S04F

GND

ZD005

ZD006

ZD205

TEM2027D RD212

SCSIGIN

SCGNDIN

SYSIGIN

SYGNDIN

VIDSIGIN

VIDGNDIN

RD209

RD211

KETSU

KETSU
RD210
KETSU

CD050

+3.3VA2

10V1 `

+5VAI

VDD

45

VID/DIG-SCL

VDD

1234567

VID/DIG-SDA

MCUHD

MCUVD

RD030

100

891011121314

SN74LVC125APW

GND

+3.3VA2

CD007
10V1 `

VDD

QD004

SN74LVC14APW

1234567

QD001

+5VS

ADXL202EB

VDD

VDD

XFIL

YFIL

XOUT

YOUT

PD001

52207-269

TO POWER UNIT

S6V

S6V

S6V

S6V

S6V

S6V

GND

GND

GND

GND

GND

GND

S15V

S15V

GND

GND

S18V

S18V

GND

GND

S-7V

GND

FAN-P W

LAMP-PW

GND

LAMP-ER

PD002

52435-3091

TO VIDEO BOARD

S6V

S6V

S6V

S6V

GND

GND

GND

GND

S18V

S18V

GND

GND

GND

VIDEO-Y

GND

VIDEO-C

GND

VIDEO-CVBS

GND

CAM-ON

CAM-TX

CAM-RX

CAM-REM

SDA

SCL

GND

S15V

GND

POWER-ON

PD003

52834-050

TO RGB BOARD

LOCK

RSCL

3WBDTI

3WBDTO

3WBCLK

3WBENB0

3WBENB1

3WBENB2

RST

VID/DIG-SCL

VID/DIG-SDA

VID/DIG-DIR

STS-SCL

STS-SDA

CAMERA-REMOTE

CAMERA-DETECT

TXDCAM

RXDCAM

POWER-ON

LAMP-POWER

FAN-P OWE R

LAMP-ERR

+5VS

+5VAO

FWP

RXD232

TXD232

CTS232

RTS232

CD002

CAMHD

RXD232

TXD232

CTS232

RTS232

PW.SW

891011121314

0.47 `

S-7V

S-7V

S6V

S6V

GND

GND

GND

GND

N.C

N.C

FWP

GND

GND

GND

GND

GND

GND

N.C

CD001 10V1 `

CD003

0.47 `

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

S6V

S15V

S18V

S-7V

S6V

S18V

S15V

S6V

CAMHDIN

CAMHDGND

CAMVDIN

FWP

RXD232

TXD232

CTS232

RTS232

POWER-ON

SYSIGIN

SYGNDIN

SCSIGIN

SCGNDIN

VIDSIGIN

VIDGNDIN

CAMERA-DETECT

TXDCAM

RXDCAM

CAMERA-REMOTE

VID/DIG-SDA

VID/DIG-SCL

POWER-ON

S-7V

1234567

STEST

GND

RD001

RSET

1.25M

GND

YSIGIN

12

YGNDIN

PBSIGIN

PBGNDIN

PRSIGIN

PRGNDIN

I

YSYNC

RSIGIN

RGNDIN

GSIGIN

GGNDIN

BSIGIN

BGNDIN

D-HDIN

MAINHDIN

MAINHDGND

MAINVDIN

STS-SCL

STS-SDA

Y

34

YGND

56

PB

78

PBGND

910

PR

11 12

PRGND

13 14

GND CAMVD

15 16

GND

17 18

GND

19 20

YSYNC

21 22

GND

23 24

GND

25 26

R

27 28

RGND

G

29 30

GGND

31 32

B

33 34

BGND

35 36

DHD

37 38

MAINHD

39 40

41 42

GND

43 44

MAINVD

45 46

GND

47 48

STS-SCL

49 50

STS-SDA

DUMMY22

TO MCU SECTION

1

LOCK(VIDEO)

2

READ-SCL

3

3WB-DTI

4

3WB-DTO

5

3WB-CLK

6

ENB0(OSD)

7

ENB1(SCRN3)

8

ENB2(PLD)

9

RST

10

VIDEO-SCL

VIDEO-SDA

11

12

VIDEO-DIR

STS-SCL

13

STS-SDA

14

15

CAMERA-REMOTE

16

CAMERA-DETECT

17

TXDCAM

18

RXDCAM

POWER-ON

19

LAMP-POWER

20

FAN-P OWE R

21

LAMP-ERROR

22

+5VS

23

+5VAO

24

FWP

25

RXD232

26

TXD232

27

CTS232

28

RTS232

29

MCUHD

30

MCUVD

31

CAMVDIN

D-HDIN

KETSU

XDQ

SCL

SCL33

ZD303

TEM2027D

10V1 `

GND

NC

CD326

RD309

RD100
KETSU

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

RD112

CD115

10V10 `

XRH

XRV

RD203 100X4

CD213

10V1 `

XRV

XRH

VDD(DI)

XCLK

(DEC CK OUT)

QD200

SAA7114

VDD(DI)

RTS0

RTS1

SDA

CD217

10V1 `

FILD

LOCK

SDA33

RGBHSO

RD300 KETSU

HSOUTNCGND

VD(D)

QD300

VD(PLL)

VD(PLL)

GND

GND

CD327

10V1 `

10V1 `

1.5kF

CD100

10V10 `

RD102 33

RD103 33

CD103

CD101

10V1 `

10V10 `

CD104

RD101 KETSU

CD102
10V1 `

VDD(A)

VDD(A)

TEST

XAOE

XBOE

XCOE

CTL0

CTL1

CTL2

SY

SEL

CLK

CLP

REF0

REF1

REF2

REF3

CLE

TEST

VSS(A)

VSS(A)

VDD(A)

CRBS

CRB

RD113

33

VDNR0

VDNR1

B1

B2

A1

A2

90919293949596979899

89 88 87 86 85 84 83 82 81 80 79 78 77

XPD1

XPD0

10V1 `

BRB

BIN

BIO

BRT

BRBS

VSS(A)

VDD(A)

QD100

CXD2303AQ

VSS(A)

CIN

CIO

VDD(A)

CRT

CRTS

VSS(D)

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

CD113

CD114

10V1 `

10V1 `

VDNR2

VDNR3

VDNR4

VDNR5

VDNR6

VDNR7

B1

B2

B3

B3

B4

B4

A1

A2

A3

A3

A4

A4

CD214
10V1 `

XTRI

XPD7

XPD6

VDD(DI)

XPD5

XPD4

XPD3

XPD2

VSS(DI)

D1 OUTPUT

(SCL CK OUT)

VSS(DI)

VDD(DI)

ALRCLK

AMXCLK

AMCLK

TEST0

ASCLK

ITRDY

RTCO

37 38 39 40 41 42 43 44 45 46 47 48 49

DATACK

DATACK/

GND

GND

RD310
100X4

ICLK

IDQ

CD218
10V1 `

PCADRA0

PCADRA1

PCADRA2

PCADRA3

PCADRA4

PCADRA5

PCADRA6

B1

B1

B2

B2

B3

B3

B4

RD302 100X4

A1

A1

A2

A2

A3

A3

A4

CD305 10V1 `

RD301 47

109 108 107 106 105 104

DRA6

DRA4

DRA3

DRA2

DRA1

DRA0

GND

VD(D)

DRA5

VD(D)

DBB7

DBB6

DBB5

DBB4

DBB3

DBB2

B1

A1

PCADBB7

B2

A2

B3

A3

PCADBB6

PCADBB5

DBB1

58 59 60 61 62 63

B1

B2

B3

B4

A1

A2

A3

A4

PCADBB1

PCADBB2

PCADBB3

PCADBB4

GND

CD328
10V1 `

QD401

CD105

CD107

10V1 `

10V1 `

CD106
10V1 `

25262728293031323334353637383940

ART

AIO

AIN

ARB

BRTS

ARTS

ARBS

VDD(A)

VSS(A)

VSS(A)

VDD(D)

VDD(D)

VSS(D)

VSS(D)

VDD(D)

VDD(D)

VSS(D)

C0

C1

C2

C3

C4

C5

C6

C7

RD204

100X4

TEST4

TEST5

ITRI

IGP0

RD207

KETSU

76

VSS(DE)

TEST3

D1 SCALER OUT

VSS(DE)

IGP1

VDD(DE)

VDD(DI)

VSS(DI)

VDD(DI)

VDD(DE)

CD216
10V10 `

75

74

TEST2

73

TEST1

72

HPD0

71

HPD1

70

HPD2

69

HPD3

68

67

HPD4

66

HPD5

65

HPD6

64

HPD7

63

62

IPD0

61

IPD1

60

IPD2

59

IPD3

58

57

IPD4

56

IPD5

55

IPD6

54

IPD7

53

IGPH

52

IGPV

51

LD101

MMZ2012S120

+5VAI

CD116
16V6.8 `

24

CD117 10V1 `

23

CD118 10V1 `

22

RD114 100X4

A1

A2

A3

A4

A1

A2

A3

A4

RD115 100X4
RD116 100X4

A1

A2

A3

A4

A1

A2

A3

A4

RD117 100X4
CD119 10V1 `
CD120 10V1 `

LD102

MMZ2012S120

+3.3VA1

B1

B2

B3

B4

B1

B2

B3

B4

B1

B2

B3

B4

B1

B2

B3

B4

ZD203

TEM2027D

DTADUV7

DTADUV6

DTADUV5

DTADUV4

DTADUV3

DTADUV2

DTADUV1

DTADUV0

DTADTGR

DTADY7

DTADY6

DTADY5

DTADY4

DTADY3

DTADY2

DTADY1

DTADY0

RGBCST
RGBCLP

RGBPDN
RGBHSO

SCPIGO
SCPIFD
SCPIHS
SCPIVS
SCYUCK
SCYUHD
SCPOFD

SCPOVS
SCPOHS
SCOSD3
SCOSD2

SCOSD1
SCOSD0
SCOSEN

YD7
YD6
YD5

YD3

YD2
YD1
YD0
UVD7
UVD6
UVD5
UVD4
UVD3
UVD2

UVD1
UVD0

YD4

RD437 1k

RD438 1k

CD418
CD419

RD439 1k

CD420
CD421

RD440 1k

CD422

10V1 `

DTADSY

DTADCLP

RD423

47

208

207

206

205

204

203

202

201

200

199

198

197

196

195

194

193

192

191

190

189

SY

GND

VCCI0

YUVCK

YUVCLP

1

YOUT7

2

YOUT6

3

YOUT5

4

YOUT4

5

YOUT3

6

nCE

7

GND

CD416
CD417

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

8

9

VCCINT

VCCI0

YOUT2

YOUT1

YOUT0

UVOUT7

UVOUT6

UVOUT5

UVOUT4

UVOUT3

UVOUT2

TDI

UVOUT1

UVOUT0

HOLD

RGBCLP

(INPUT)

GND

VCCINT

VCCI0

(INPUT)

PWRDWN

HSIN

PIVSGO

PIFLD

PIHS

PIVS

YUVCK(SCRN3)

YUVHD(SCRN3)

POFLD

MTS

POVS

POHS

OSD3(SCRN3)

OSD2(SCRN3)

GND

VCCINT

VCCI0

MSEL

TCK

OSD1(SCRN3)

OSD0(SCRN3)

OSDEN

53

DTADTGR

DTUVTGR

54

DTADY7

GND

DTYIN7

DTYIN6

DTYIN5

DTYIN4

DTYIN3

DTYIN2

DTYIN1

DTYIN0

55

56

57

58

59

60

61

62

63

DTADY6

DTADY5

DTADY4

DTADY3

DTADY2

DTADY1

DTADY0

CD431

188

VCCI0

DTUVIN7

DTUVIN6

DTUVIN5

DTUVIN4

DTUVIN3

DTUVIN2

DTUVIN1

DTUVIN0

64

65

66

67

68

69

70

71

72

73

DTADUV7

DTADUV6

DTADUV5

DTADUV4

DTADUV3

DTADUV2

DTADUV1

DTADUV0

XRH

21

TGR

20

A7

19

A6

18

A5

17

A4

16

A3

15

A2

14

A1

13

A0

12

11

10

B7

9

B6

8

B5

7

B4

6

B3

5

B2

4

B1

3

B0

2

1

ZD104

TEM2027D

LD201

MMZ2012S120

CD219
10V1 `

CD220
10V1 `

CD221 10V1 `

CD222

10V1 `

LD202

MMZ2012S120

187

XRH

74

186

DEVCLRN

XRV

75

XRV

CONFCK

185

184

SENSE1

SENSE2

EPF6024

RTS1

RTS0

76

77

LOCK

FILD

+3.3VD1

CD401
10V1 `

47

CONFDA

RD424

PHSYNC

PVSYNC

CD423

183

DCLK

VCCI0

OSDDSP

10V1 `

182

OSDVOA

OSDCK

OSDHS

OSDVD

RD431 100

RD432 100

181

180

179

178

177

176

175

174

173

172

171

nRS

GND

DATA

DEVOE

OSDCK

OSDHD

OSDVD

OSDDSP

OSDVOA

PHSYNC

PVSYNC

QD405

VDIN0

VDIN1

VDIN2

VDIN3

VDIN4

VDIN5

VDIN6

GND

nCONFIG

78

RD441 1k

VDIN7

VCCIO

nS1ATUS

79

80

81

82

83

84

85

86

87

88

89

90

CD432

VDNR0

VDNR1

VDNR2

VDNR3

VDNR4

VDNR5

VDNR6

VDNR7

CONFOE

PCADRA7

UVD7

UVD6

UVD5

UVD4

YD2

178

YIN3

MD5

15

MD6

YD1

YD0

177

176

YIN2

YIN1

POD30-POD47

MD6

MD7

16

17

MD7

MD8

CD502

10V1 `

175

174

173

VDD

GND

YIN0

GND

VDD

MD8

18

19

20

MD9

CD516

10V1 `

UVD3

UVD2

CD503

10V1 `

172

171

170

169

168

167

166

VDD

GND

UVIN7

UVIN6

UVIN5

UVIN4

UVIN3

SCREEN3

GND

VDD

MD9

MD10

MD11

MD12

MD13

21

22

23

24

25

26

27

CD517

10V1 `

MD10

MD11

MD12

MD13

MD14

UVD1

UVD0

165

164

UVIN2

UVIN1

MD14

MD15

28

29

MD15

MD16

SCYUHD

SCYUCK

CD504

163

162

161

VDD

UVIN0

YUVHD

YUVCK

QD500

IP00C711

GND

MD16

MD17

MD18

30

31

32

MD17

MD18

CD518

DAB0

DAB1

DAB2

DAB3

DAB4

DAB5

DAB6

DAB7

DAB8

DAB9

10V1 `

CD505

10V1 `

160

159

158

157

156

155

154

153

152

151

150

149

148

GND

POD29

POD28

VDD

MD19

MD20

33

34

35

36

MD19

MD20

MD21

10V1 `

147

VDD

GND

POD27

POD26

POD25

POD24

POD23

POD22

POD21

POD20

GND

VDD

MD21

MD22

MD23

MD24

MD25

MD26

MD27

MD28

37

38

39

40

41

42

43

44

45

46

MD22

MD23

MD24

MD25

MD26

MD27

MD28

10V1 `

CD520

CD519

B4

A4

DRA7

DBB0

B4

A4

VD(D)

GND

PCADBB0

YD7

YD6

YD5

YD4

YD3

100X4

RD303

CD307

CD306
10V1 `

10V10 `

LD301

MMZ2012S120

+3.3VA2

103110111112113114115116117118119120121122123124125126127128

GND

DRB0

DRB1

DRB2

DRB3

DRB4

DRB5

DRB6

DRB7

VD(D)

GND

DGA0

DGA1

DGA2

DGA3

DGA4

DGA5

DGA6

DGA7

VD(D)

GND

DGB0

DGB1

DGB2

DGB3

DGB4

DGB5

DGB6

DGB7

VD(D)

GND

DBA0

DBA1

DBA2

DBA3

DBA4

DBA5

DBA6

DBA7

VD(D)

CD329
10V1 `

RD311
100X4

RD312 100X4

A1

B1

A2

A3

A4

A1

A2

A3

A4

CD330

10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

CD331
10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

CD332
10V1 `

A1

A2

A3

A4

A1

A2

A3

A4

RD319 100X4

B2

B3

B4

B1

B2

B3

B4

RD313 100X4

RD314 100X4

B1

B2

B3

B4

B1

B2

B3

B4

RD315 100X4

RD316

B1

B2

B3

B4

B1

B2

B3

B4

RD317 100X4

RD318

B1

B2

B3

B4

B1

B2

B3

B4

100X4

100X4

PCADRB0

PCADRB1

PCADRB2

PCADRB3

PCADRB4

PCADRB5

PCADRB6

PCADRB7

PCADGA0

PCADGA1

PCADGA2

PCADGA3

PCADGA4

PCADGA5

PCADGA6

PCADGA7

PCADGB0

PCADGB1

PCADGB2

PCADGB3

PCADGB4

PCADGB5

PCADGB6

PCADGB7

PCADBA0

PCADBA1

PCADBA2

PCADBA3

PCADBA4

PCADBA5

PCADBA6

PCADBA7

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

CD509
10V1 `

SCPIVS
SCPIHS

SCPIFD
SCPIGO
3WBCLK
3WBENB1
3WBDTO

PCADGA0
PCADGA1
PCADGA2

PCADGA3
CD510
10V1 `

PCADGA4

PCADGA5

PCADGA6

PCADGA7

PCADGB0

PCADGB1

PCADGB2

PCADGB3

PCADGB4

PCADGB5

PCADGB6

PCADGB7

PCADBA0

PCADBA1

PCADBA2

PCADBA3

PCADBA4

PCADBA5

PCADBA6

PCADBA7

PCADRB0
PCADRB1

PCADRB2

PCADRB3
PCADRB4
PCADRB5
PCADRB6
PCADRB7

PCADBB0

CD511
10V1 `

PCADBB1
PCADBB2
PCADBB3
PCADBB4
PCADBB5
PCADBB6
PCADBB7

CD512

10V1 `

RD502
100

RD503
100

PCADRA3
PCADRA4
PCADRA5
PCADRA6
PCADRA7

CD513
10V1 `

CD500

10V1 `

CD501

PCADRA0

190

PID1

CS

3

DQML

10V1 `

189

188

187

186

185

184

183

182

181

180

179

VDD

GND

VDD

GND

YIN7

YIN6

YIN5

YIN4

PID0

POEXT

POACT

DQM0

DQM1

GND

VDD

MD0

GND

VDD

MD1

MD2

MD3

MD4

4

5

6

7

8

9

10

11

12

13

14

CD515

10V1 `

DQMU

MD0

MD1

MD2

MD3

MD4

MD5

CD514

10V1 `

PCADRA2

PCADRA1

192

191

PID2

193

PID3

194

PID4

195

GIN(A)

PID5

196

PID6

197

PID7

198

PID8

199

PID9

200

GND

201

PID10

202

GIN(B)

VDD

203

PID12

204

PID11

205

PID13

206

PID14

207

PID15

208

PID16

209

PID17

210

PID18

211

PID19

212

GIN(A)

GND

213

VDD

214

PID20

215

PID21

216

PID22

217

PID23

218

PID24

219

PID25

220

PID26

221

PID27

222

PID28

GIN(B)

223

PID29

224

GND

225

PID30

226

PID31

227

PID32

228

PID33

229

PID34

230

PID35

231

BIN(A)

PID36

232

PID37

233

PID38

234

PID39

235

PID40

236

GND

237

VDD

238

PID41

239

PID42

BIN(B)

240

PID43

241

PID44

242

PID45

243

PID46

244

PID47

245

PIVS

246

PIHS

247

GND

248

PICLK

249

VDD

250

PIFLD

251

PIVSGO

252

SCLK

253

SS

254

SI

255

GND

256

VDD

SO

1

2

MCS

3WBDTI

+3.3VD2

VCC

VSS

1

CD532

MD0

10V1 `

2

MD1

3

4

MD2

5

MD3

6

CD533

7

MD4

10V1 `

8

MD5

9

10

MD6

11

MD7 MD8

12

CD534

13

10V1 `

DQML

14

WE

15

CAS

16

RAS

17

MCS

18

BA

19

MA10

20

MA0

21

MA1

22

MA2

23

MA3 MA4 MA4

24

25 26

CD535
10V1 `

DQ0

DQ1

VSSQ

DQ2

DQ3

VCCQ

DQ4

DQ5

VSSQ

DQ6

DQ7

VCCQ

DQML

QD501

WE

CAS

RAS

CS

A11(BA) A9

A10/AP

A0

A1

A2

A3

VCC VSS

DQ15

DQ14

VSSQ

DQ13

DQ12

VCCQ

DQ10

VSSQ

VCCQ

DQMU

MB81F161622B-80

DQ11

DQ9

DQ8

DU

CLK

CKE

DU

A8

A7

A6

A5

A4

50

MD15 MD16

49

MD14

48

47

MD13

46

MD12

45

44

MD11

43

MD10

42

41

MD9

40

39

38

CD537 10V1 `

37

DQMU

36

35

34

33

MA9

32

MA8

31

MA7

30

MA6

29

MA5

28

MA4

27

+3.3VD2

CD538
10V1 `

CD536
10V1 `

CD539
10V1 `

VCC

VSS

1

2

MD17

3

4

MD18

5

MD19

6

7

MD20

8

MD21

9

10

MD22

11

MD23 MD24

12

CD540

13

10V1 `

DQML DQML

14

WE WE

15

CAS CAS

16

RAS RAS

17

MCS MCS

18

BA BA

19

MA10 MA10

20

MA0 MA0

21

MA1 MA1

22

MA2 MA2

23

MA3 MA3

24

25 26

CD541
10V1 `

DQ0

DQ1

VSSQ

DQ2

DQ3

VCCQ

DQ4

DQ5

VSSQ

DQ6

DQ7

VCCQ

DQML

WE

QD502

CAS

RAS

CS

A11(BA) A9

MB81F161622B-80

A10/AP

A0

A1

A2

A3

VCC VSS

50

DQ15

49

DQ14

48

VSSQ

47

DQ13

46

DQ12

45

VCCQ

44

DQ11

43

DQ10

42

VSSQ

41

DQ9

40

DQ8

39

38

VCCQ

37

DU

36

DQMU

CLK

35

CKE

34

DU

33

32

A8

31

A7

30

A6

29

A5

28

A4

27

MD31 MD32

MD30

MD29

MD28

MD27

MD26

MD25

CD543 10V1 `

DQMU DQMU

MA9 MA9

MA8 MA8

MA7 MA7

MA6 MA6

MA5 MA5

MB90096

3WBENB0

11423456789101112

CS

3WBDTO

SIN

3WBCLK

SCLK

VSS

OSDCK

DCLKI

VSS

VDD

TCLKI

VDD

OSDHS

HSYNC

OSDVD

VSYNC

DISP

13

RST

RESET

TEST BUSY

RD42547RD426

OSDDA3

OSDDA2

OSDDA1

OSDDA0

CD424

10V1 `

170

169

168

167

166

165

164

163

162

161

160

159

158

cs

nWS

GND

nCS

VCCI0

OSDDA3

OSDDA2

OSDDA1

OSDDA0

(INITDONE)

GND

VCCIO

VIDCLK

PICLK

91

92

nCEO

MAINHD

MAINVD

CAMHD

CAMVD

DIRHD

93

94

95

96

97

98

99

100

101

102

103

CD433

MAINHD

DIRHD

MAINVD

CAMHD

CAMVD

CD507
10V1 `

DAG1

DAG2

DAG3

DAG4

DAG5

DAG6

DAG7

DAG8

DAG9

CD506

10V1 `

141

140

139

138

137

136

135

146

145

144

VDD

GND

POD19

GND

VDD

MD29

47

48

49

MD29

MD30

10V1 `

134

143

142

VDD

GND

POD18

MD30

VDD

POD17

POD16

POD15

POD14

POD13

POD12

POD11

GOUTBOUT

GND

VDD

GND

MD31

MD32

MD33

MD34

MD35

MD36

MD37

50

51

52

53

54

55

56

57

58

59

MD31

MD32

MD33

MD34

MD35

MD36

MD37

CD522

CD521 10V1 `

+3.3VD2

CD544
10V1 `

CD542
10V1 `

CD545
10V1 `

VCC

1

DQ0

2

MD33

DQ1

3

VSSQ

4

MD34

DQ2

5

MD35

DQ3

6

VCCQ

7

MD36

DQ4

8

MD37

DQ5

9

VSSQ

10

MD38

DQ6

11

MD39 MD40

DQ7

12

CD546

VCCQ

13

10V1 `

DQML

14

WE

15

CAS

16

RAS

17

CS

18

A11(BA) A9

19

A10/AP

20

A0

21

A1

22

A2

23

A3

24

VCC VSS

25 26

CD547
10V1 `

OSDDA0

DA0

2728

DA1

DA2

2526

DA3

24 151617181920212223

VOBA

VSS

DCLKO

VDD

DB0

DB1

DB2

DB3

VOBB

RD405 100

RD400 100

OSDDA1

RD401 100

OSDDA2

RD402 100

OSDDA3

RD403 100

OSDVOA

RD404 100

+3.3VD1

CD403

0.1 `

OSDDSP

47

+3.3VD1

157

SRCK

SWCK

156

FMDI0

155

FMDI1

154

FMDI2

153

FMDI3

152

FMDI4

151

FMDI5

150

CONFCS

149

CD425 10V1 `

148

CD426 10V1 `

147

146

FMDI6

145

FMDI7

144

143

FMRSTW

142

FMIE

141

FMWE

140

139

FMRE

138

FMOE

137

FMRSTR

136

DMDO7

135

DMDO6

134

DMDO5

133

DMDO4

132

131

CD427 10V1 `

130

CD428 10V1 `

129

128

127

DMDO3

126

DMDO2

125

DMDO1

124

DMDO0

123

122

121

120

119

118

117

RD442 1k

116

115

RD443 1k

114

113

112

CD429 10V1 `

111

110

CD430
10V1 `

109

108

107

106

105

3WBDTO
3WBDTI
3WBCLK
3WBENB2

104

CONFDONE

VCCINT

CLKUSR

RDYnBSY

VCCINT

CAMCLK

DIVOUT

SYSCLK

VCCINT

FMWD0

FMWD1

FMWD2

FMWD3

FMWD4

FMWD5

VCCI0

GND

FMWD6

FMWD7

RSTW

IE

WE

RE

OE

RSTR

FMRD7

FMRD6

FMRD5

FMRD4

POCLK

VCCI0

GND

FMRD3

FMRD2

FMRD1

FMRD0

SDAI

SDAO

SDACK

SDAEN

VCCI0

GND

VIHB

FIA

TD0

FIB

CD434

DAR7

DAR8

DAR9

DAG0

CD508

10V1 `

+3.3VD2

133

132

131

130

129

GND

POD9

POD8

POD7

POD10

VDD

POD6

GND
POD5
POD4
POD3

ROUT

POD2

VDD
POD1

GND
POD0

POFLD

POVS
POHS

GND

VDD

OSDDT3
OSDDT2
OSDDT1

AVDD
AVSS

OSDDT0

OSDEN
POCLK
PODMD
TESTH
TEST1
TEST0

RST

MCLKSEL

VDD

MCLK

GND

GND

VDD

MA11
MA10

MA9
MA8
MA7
MA6
MA5
MA4

VDD

GND

MA3
MA2
MA1
MA0

CAS

RAS

MWR

BA0

BA1

VDD

MD47

GND

MD46
MD45
MD44
MD43

VDD

MD42

GND

VDD

MD38

MD39

MD40

MD41

64

60

61

62

63

MD38

MD39

MD40

MD41

10V1 `

VSS

DQ15

DQ14

VSSQ

DQ13

DQ12

VCCQ

DQ11

DQ10

VSSQ

DQ9

DQ8

VCCQ

DU

QD503

DQMU

CLK

CKE

DU

MB81F161622B-80

A8

A7

A6

A5

A4

LD500

MMZ2012S120

CD523
10V1 `

128

DAR6

127

126

DAR5

125

DAR4

124

DAR3

123

DAR2

122

CD524 10V1 `

121

DAR1

120

119

DAR0

118

117

116

115

114

113

112

111

110

109

108

107

106

105

104

103

102

101

100

99

98

97

96

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

78

77

76

75

74

73

72

71

70

69

68

67

66

65

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

MD47

MD46

MD45

MD44

MD43

MD42

MD41

CD525 10V1 `

CD531 10V1 `

RD500 10k

CD527

10V1 `

MA10
MA9
MA8
MA7
MA6
MA5
MA4

MA3
MA2
MA1
MA0
CAS
RAS
WE
BA

CD529 10V1 `

MD47

MD46
MD45
MD44
MD43

MD42

CD530
10V1 `

CD548
10V1 `

CD549
10V1 `

RD501 10k
CD526 10V1 `

CD528
10V1 `

SCPOFD
SCPOVS
SCPOHS

SCOSD3
SCOSD2
SCOSD1

SCOSD0
SCOSEN

RST

RD418

1k

RD417

1k

CONFDA

CD410
10V1 `

CONFCK

CONFOE

CONFCS

SDA33

SCL33

RD406 10k
RD407 10k
RD408 10k

RD409
CD405

CD404

+3.3VD1

LD402

MMZ2012S120

CD406
10V1 `

ZD400

TEM2027D

ZD401

TEM2027D

ZD402

TEM2027D

+3.3VD2

CD014
10V1 `

CD409
10V1 `

24 17212223 20 19 18

NC

NC

NC

VCC

NC

25

NC

26

VCC

27

QD404

NC

28

EPC1441TC32

29

NC

(SYG5X)

30

NC

31

DATA

NC

32

DCLK

NC

NC

NC

1234 8567

QD406

MSM51V8221

FMDI4

1

Din4

FMDI5

2

Din5

FMDI6

3

Din6

FMDI7

4

Din7

FMRSTW

5

RSTW

6

SWCK

7

NC

FMRE

8

RE

FMOE

9

OE

DMDO7

10

Do7

DMDO6

11

Do6

DMDO5

12

Do5

DMDO4

13

Do4

14

Vss

+3.3VD1

QD402
ICS1523

VDDD

1

VSSD

2

SDA

3

SCL

4

PDEN

5

EXTFB

6

HSYNC

7

EXTFIL

8

XFILRET

9

VDDA

10

VSSA

11

OSC I2CADR

12 13

TLC2932IPW

CD412

1723456

10V1 `

VD-D

RD419

SEL

47

VCOO

FI-A

FI-B

PFDO

DG NC

RD420

RD421 CD413

LD403

MMZ2012S120

ZD004
80MHz

VCC

OE

12

+3.3VD1

NC

NC

NC

NC

NC

16

15

NC

NC

14

NC

13

12

GND

NC

11

10

nCS

NC

9

OE

NC

NC

NC

CD407

814 910111213

FMDI3

FMDI2

FMDI1

FMDI0

FMIE

FMWE

FMRSTR

DMDO0

DMDO1

DMDO2

DMDO3

24

23

22

21

20

19

18

17

16

15

14

MMZ2012S120

0.1 `

RD410 2.2k

RD413

47

LD400

LD401

MMZ2012S120

+3.3VD1

CD411
10V1 `

RD433 KETSU

RD434 KETSU

RD411 10

RD412 10

+3.3VD1

RD422

CD415
10V1 `

PCLK+

PCLK-

+3.3VD1

CD408

10V1 `

RD414

RD435 47

VDD

1234567

47

RD445 KETSU

891011121314

GND

RD416

47

47

RD415

RD444

47

SN74LVC04APW

ZD404 TEM2027D

ZD403 TEM2027D

QD403

28

Vcc

27

Din3

26

Din2

25

Din1

24

Din0

23

IE

22

WE

21

NC

20

SRCK

19

RSTR

18

Do0

17

Do1

16

Do2

15

Do3

IREF

CLK/2+

CLK/2-

CLK+

CLK-

VSSQ

VDDQ

CLK

CLK/2

FUNC

LOCK/REF

QD407

VD-A

RBIAS

VCIN

AG

VIHB

PIHB

DMCLK

SHDCLK

S6V

POWER-ON

123

TC7S32F

VDD

45

GND

QD008

CD414

RD601
100X4

DAR9

DAR8

DAR7

DAR6

DAR5

DAR4

DAR3

DAR2

DAR1

B1

A1

R7

QD600

B9

DAR0

B1

B2

B2

B3

B3

B4

B4

RD602
100X4

A1

A2

A2

A3

A3

A4

A4

12345678910111213141516

RVB

NC

NC

R0

R1

R2

R3

R4

R5

R6

VSS(D)

NC

BVRIN

BCLK

GCLK

RCLK

BVB

NC

NC

VA

DAG1

DAG0

B1

B2

B3

B4

RD600
100X4

A1

A2

A3

A4

R8

R9

NC

G0

RD603
100X4

DAG2

A1

B1

A2

B2

DAG3

A3

B3

DAG4

A4

B4

DAG5

A1

B1

DAG6

A2

B2

DAG7

A3

B3

DAG8

A4

B4

DAG9

RD604
100X4

A1

B1

DAB0

A2

B2

DAB1

A3

B3

DAB2

A4

B4

DAB3

RD605
100X4

G1

17

G2

18

G3

G4

19

G5

20

G6

21

G7

22

G8

23

24

25

26

27

28

29

30

31

32

MB40V950V

G9

NC

NC

NC

NC

B0

B1

B2

B3

B8

B7

B6

B5

B4

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

CD611

0.1 `

CD610

0.1 `

ZD600

TEM2020T

100

CD013
10V1 `

+3.3VD2

RD606
100X4

2D

VDD

2CK

2PR

2CLR

1CLR

1CK

1PR

1Q

1D

1234567

B1

B2

B3

B4

A1

A2

A3

A4

RD608

DAB4

DAB5

DAB6

DAB7

DAB8

DAB9

RD607 100

RD009

47

891011121314

2Q

2Q

QD005

SN74LVC74APW

1Q

GND

LD600

MMZ2012S120

CD600

0.1 `

RIREF

RVRIN

VDD(D)

CE/

VDD(A)

ROUT

VSS(A)

GOUT

VSS(A)

BOUT

VDD(A)

GIREF

GVB

GVRIN

BIREF

+5VAO

+5VAO

LD601

MMZ2012S120

CD601
16V6.8 `

CD602

16V6,.8 `

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

NC

49

RD609 2.4k

CD603 10V1 `
CD604 10V1 `

CD607 10V1 `

RD610

RD613

200

2.4k
RD611

CD608

200

0.1 `
RD612

200

RD614

2.4k

DD601

DD602

1SS226

1SS226

1SS226

DD603

RD615

3.3kF

RD616

2.2kF

LD602

MMZ2012S120

CD609

10V1 `

16V6.8 `

16V6.8 `

16V6.8 `

16V6.8 `

16V6.8 `

TEM2011Y

TEM2020T

ZD602

TEM2020T

ZD603

TEM2020T

CD024

16V6.8 `

CD036

ZD601

CD016

CD020

CD032

CD044

LD012

QD009

PQ20VZ1U

VIN

SW

12345

CD017
10V1 `

QD010

PQ20VZ1U

VIN

SW

12345

CD021

10V1 `

QD011

PQ20VZ1U

VIN

SW

12345

CD025

10V1 `

QD012

PQ20VZ1U

VIN

SW

12345

CD033

10V1 `

QD013

PO20VZ1U

VIN

SW

12345

CD037

10V1 `

QD014

PQ20VZ1U

VIN

SW

12345

CD045

10V1 `

CD048

100p

VOUT

VOUT

VOUT

VOUT

VOUT

VOUT

RD031
10K

CD049

VADJ

RD014

1.5k

RD015

910

VADJ

RD016

1.5k

RD017

910

VADJ

RD018

1.5k

RD019

910

VADJ

RD020

3k

RD021

1k

VADJ

CD038 10v1 `

RD022 3k
RD023 1k

VADJ

RD024 3k
RD025 1k

100p

RIN

RGND

GIN

GGND

BIN

BGND

PCLK+

PCLK-

SHDCLK

DMCLK

PHSYNC

PVSYNC

-5V-1

S18V

LD001

GND

MMZ2012S120

LD002

MMZ2012S120

+3.3VD1

LD003

CD018

MMZ2012S120

10V1 `

CD019
16V6.8 `

GND

LD004

MMZ2012S120

LD005

MMZ2012S120

+3.3VD2

LD006

CD022

MMZ2012S120

10V1 `

CD023

16V6.8 `

GND

CD028

CD029

LD007

CD026
10V1 `

CD027
10V10 `

GND

10V1 `

10V33 `

22 ` H

+3.3VA1

+3.3VA2

LD008

22 ` H

CD031

CD030

10V1 `

10V33 `

+3.3VPLL

LD013
100 ` H

CD052

CD051

10V1 `

10V33 `

+5VAI

CD035
16V6.8 `

CD034
10V1 `

GND

CD039

16v6.8 `

LD011
22 ` H

GND

CD046
10v1 `

+5VS

CD047

16v6.8 `

S6V

CD042

CD043

16V6.8 `

10V1 `

DUMMY20

TO DRIV E SECTION

1

R-SIGNAL

2

3

G-SIGNAL

4

5

B-SIGNAL

6

7

8

9

SHDCLK

10

P-HSYNC

11

P-VSYNC

14

15

R-GND

G-GND

B-GND

PCLK+

PCLK-

DMCLK

+5VAO

PD004

TO T HERMAL SW

1

T1

2

T2

-5V1213

S18V

S6V

+3.3VD2

CD015
10V1 `

34

RD010

47

GND OUT

RD011

47

VDD

1234567

RD012

47

891011121314

QD006

SN74LVC04APW

GND

RD013

47

Fig. 2-5-4

TLP650 MAINCIRCUIT (450)

2-27 2-28 2-29 2-30

A

B

123456789 1710 11 12 13 14 15 16 18 19 20

5-5. Micon Circuit Diagram

C

D

E

F

G

H

J

K

L

M

+5VS

+5VS

DUMMY10

to MAIN

1

+5VS

+5VAO

2

+5VAO

DUMMY1

to MAIN

1

LAMP-ERROR

2

EXFANERR

3

INFANERR

4

CAMERA-DETECT

SL001

ON/STBY

ENTER

UP

DOWN

LEFT

RIGHT

MENU

INPUT

DL016

POWER RED

SML-020MLT

POWER GRN

DL017

LAMP RED

SML-020MLT

LAMP GRN

DL018

TEMP RED

SML-020MLT

TEMP GRN

QL020

1

RL110

4.7K
SCL

2

LM75

OS

3

GND

45

I

DUMMY2

to MAIN

MCUHD

MCUVD

DUMMY3

to MAIN

CAMERA-REMOTE

PANE L S I D E

1

2

1

5

6

7

RL001

1

2

3

+5VS

RL004
10Kx4

1

5

2

6

3

7

4

8

KEY1

SL002

KEY2

SL003

KEY3

SL004

KEY4

SL005

KEY5

SL006

KEY6

SL007

KEY7

SL008

KEY8

RL011

5

1

2

6

3

7

4

8

10kx4

RL012

470 `

RL013

470 `

RL014 470 `

RL015

470 `

RL016

470 `

RL017

470 `

VCC

8

RL111

A0

A1

A2

4.7K

7

6

CL064

0.1

FRONT-REMOTE

ZL002

RTPM-676C8R-S

DATA

1

2

GND

3

VCC

MOUNT

DL038

BACK

UDZS6.2B

SIDE

REAR-REMOTE

ZL001

RTPM-676C8R-S

DATA

1

2

GND

3

VCC

MOUNT

BACK

DL033

SIDE

UDZS6.2B

CAMERA-REMOTE

GL058

8

10Kx4

4

10K

RL003

RL002

DL002

UDZS6.2B

DL003

UDZS6.2B

DL004

UDZS6.2B

DL005

UDZS6.2B

DL006

UDZS6.2B

DL007

UDZS6.2B

DL008

UZDS6.2B

DL009

UDZS6.2B

DL010

UDZS6.2B

DL011

UDZS6.2B

DL012

UDZS6.2B

DL013

UDZS6.2B

DL014

UDZS6.2B

DL015

UDZS6.2B

RL018 470

GL064

RL019

470

GL065

CL060

+5VS

0.1 `

RL073

10K

STS-SCL

STS-SDA

+5VS+5VS

QL021

SDA

VCC

1

8SDA

SCL

A0

2

7

LM75

OS

A1

3

6

GND

A2

45

LENS SIDE

DL037

UDZS6.2B

RL108

100

CL062

10V47 `

DL032

UDZS6.2B

RL099

GL054

100

CL049

10V47 `

GL061

10K

11

12

13

14

15

16

17

18

19

20

CL063

0.1

GL066

GL053

1

SO

2

SCL

3

SDA

4

D0

5

D1

6

D2

7

D3D4D5

8

GND

QL010

VCC

TC74VHCT541FS

+5VS

CL041

0.1

+5VS

CL050

0.1

+5VS

RL101

10K

+5VS

RL119

10K

RL118

H:XGA

47K

L:SVGA

EEP-ENB

EEP-CLK

7

3

LAMP-POWER

GL001

GL002

RST

TXD1

CTS1

RXD1

RTS1

TXD0

AVCC

VID/DIG-DIR

VID/DIG-SDA

VID/DIG-SCL

DRIVE-SDA

DRIVE-SCL

3WBENB4

RXD0

OPTFANERR

AVREF

CAMERA-DETECT

INFANERR

GL004

GL005

GL006

GL003

100 ` x4

5

6

7

8

RL021

RL020

1

2

3

4

+5VS

CL004

CL003

10V47 `

0.1

RL050

GL011

LED-POWER

POWER-ON

GL013

FAN-P OWE R

LAMP-POWER

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

GL022

RSCL

LOCK

GL025

8

GL026

4

5

1

GL012

2

6

100 ` x4

3

7

GL014

4

8

GL015

RL049

1

5

100 ` x4

2

6

3

7

4

8

1

5

100 ` x4

2

6

3

7

4

8

RL048

RL047

1

5

100 ` x4

2

6

3

7

8

4

5

1

100 ` x4

RL046

2

6

3

7

4

8

GL020

1

5

GL021

2

6

100 ` x4

GL023

100 ` x4

GL024

100 ` x4

CL024

3

7

8

4

RL045

RL044

5

1

2

6

3

7

4

8

RL043

1

5

2

6

3

7

4

8

1

3D

4A

VSS

WRHH

TIOC

TIOC

TIOC

CL006 0.01

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

0.01

26

27

28

29

30

31

32

33

34

35

36

+5VS

TIOC3C

TIOC4B

4C

WRHL

CASHH

TIOC4D

VSS

A0

A1

A2

A3

A4

VCC

A5

VSS

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

VCC

A17

VSS

PA20

PA19

PB2

PB3

PA18

PB4

PB5

VSS A18

A19

A20

VCCRDWDTOVF

A21

37 38 39 40 41 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72

0.01

CL025

5

+5VS

RL042

1

GL028

5

6

7

8

RL086

10Kx4

1

2

3

4

5

6

7

8

RL022

1

1

2

3

4

CL005

0.01

VCC

PA5

TIOC3A

TIOC3B

TIOC2B

ADTRG

IRQOUT

VSS

42

RL041

5

6

6

7

7

8

1

2

2

3

3

4

100 ` x4

100 ` x4

GL030

GL031

GL029

RD

WR1

100 ` x4

5

100 ` x4

100 ` x4

5

6

7

8

RL023

1

2

3

4

PA2

RXD0

TXD0

RXD1

TXD1

100 ` x4

5

6

6

7

7

8

8

RL024

1

2

2

3

3

4

4

PF5

AVSS

AVCC

VSS

AVref

PF3

PF4

PF6

PF7

QL005

HD64F7045F28

(SH7045F28)

WRH

WRL

CS1

CS0

TCLKD

TCLKC

TCLKB

VSS

CS3

CS2

DACK1

DACK0

6

2

MCUVD

DREQ1

5

6

7

8

RL037

1

2

3

4

100 ` x4

GL034

GL035

GL036

5

6

7

8

10Kx4

RL088

1

2

3

4

TCLKA

RL040

5

5

6

7

8

8

RL038

1

1

2

3

4

4

100 ` x4

100 ` x4

MCUHD

10K

RL087

TCLKD

TCLKC

CS0

GL071

CS1

WR0

3WBENB3

3WBENB2

3WBENB1

3WBENB0

LAMP-ERR

EXFANERR

MAIN-POW-ERR

GL007

GL008

GL009

GL010

100 ` x4

5

RL025

1

PF2

VSS

100 ` x4

5

6

6

7

7

8

RL026

1

2

2

3

3

4

PF1

VSS

PF0

PE6

PE5

PE4

PE3

IRQ6

IRQ7

VCC

IRQ5

IRQ4

DREQ0

IRQ3

0.01

CL029 100p

CL027 100p

CL030 100p

CL031 100p

CL032 100p

CL028 100p

CL026

5

5

6

7

7

8

8

RL036

RL035

1

1

2

3

3

4

4

100 ` x4

GL039

GL040

GL037

GL041

GL042

GL043

GL038

GL044

D-POWER-ON

STS-SDA

STS-SCL

QL001

SA=7C

M62320FP

GND

RL084
100k

RL085

4.7k `

+5VS

CS0

16

15

CS1

CS2

VDD

D7

D6

10

9

8

7

6

5

4

3

2

1

2

CL040

1500p

CL001

0.1

14

13

12

11

10

9

STS-SDA

STS-SCL

QL004

1

2

3

4

5

6

7

8

RL114

1k

RL115

1k

KETSU

RL075

SA=7A

CS0

SO

SCL

CS1

SDA

CS2

D0

VDD

M62320FP

D1

D7

D2

D6

D3D4D5

GND

RL074

KETSU

1

A0

2

A1

3

A2

CAT24WC16J

45

VSS

QL011

+5VS

RL116 KETSU

RL117 1k

RL076

100

2

CL002

0.1

+5VS

CL023

0.1 `

EEP-DAT

STS-SDA

STS-SCL

5

6

RL112

10Kx4

1

2

+5VS

16

15

14

13

12

11

10

9

8

VCC

7

WP

6

SCL

SDA

9

3WBCLK

3WBDTO

3WBDTI

+5VS

10k `

RL005

DL001

1SS187

RL006

100

8

RL027

1

2

3

4

4

CL008

0.01

109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144

108

PE1

VCC

PE2

107

PE0

CK

106

PLLVSS

105

PLLCAP

RESET

104

PLLVCC

103

MD0

102

MD1

101

WAIT

AH

100

FWP

99

NMI

98

RL052

MD2

97

EXTAL

96

95

MD3

94

XTAL

200

93

VSS

92

D0

91

D1

90

D2

89

D3

88

D4

87

VSS

86

D5

CL036

85

VCC

84

D6

83

D7

82

D8

81

D9

80

D10

79

VSS

78

D11

77

VCC

CL035 0.01

76

D12

D15

75

D13

IRQ0

74

D14

73

IRQ2

IRQ1

VSS

CL012

+5VS

XL001

7.15M

0.01

0.1

CL014

RL051

470p

3k

RL029

1

2

3

4

1

2

CL010

3

4

20p

RL030

CL011

20p

RL031

1

2

3

4

1

2

3

4

RL032

RL033

1

2

3

4

RL034

1

2

3

4

CL019

0.1 `

+5VS

DL023

1SS187

RL053
200

CL013

0.1

5
100 ` x4

MD1

6

GL017

7

GL018

8

FWP

5
100 ` x4

NMI

6

7

8

GL019

D0

5
100 ` x4

D1

6

D2

7

D3

8

D4

5
100 ` x4

D5

6

D6

7

D7

8

GL072

D8

5

D9

GL073

6

GL074

D10

7
100 ` x4

GL075

D11

8

GL076

D12

5
100 ` x4

D13

GL077

6

GL078

D14

7

GL079

D15

8

CL009

1 `

100 ` x4

5

6

7

8

8

CL034 100p

CL033 100p

6

7

8

2

3

4

100 ` x4

GL045

GL047

GL046

REMOTE

4

5

RL054

1

12K

+5VS

10K

RL055

QL006

SUB

RN5VD27A

OUT

CL016

4.7 ` /25V

DL019

NC

VCC

GND

2

3

POWER-RESET

CL015

0.1 `

RL056

10K

DL027

1SS187

CL037

1 `

RL077

47K

+5VS

RL089

10K

DL021

DL020

1SS187

1SS187

1SS187

WATCHDOG-RESET

WRITE-MODE-RESET(RS232C)

+5VS

+5VS

QL007

SN74LV123APW

1A

VCC

1

1B

1Rx

2

/Cx

CLR

1Cx

3

Q

Q

1CLR

1Q

1Q

4

5

2Q

2Q

Q

Q

2CLR

6

2Cx

CLR

2B

2RX

7

/CX

89

GND

QL014

SN74LV74APW

VCC

1

D

CK

2

CLR

PR

Q

Q

3

4

D

CK

5

CLR

PR

Q

Q

6

78

GND

CL017 0.1

16

RL057 47K

15

CL018

1 `

14

13

DL028

12

1SS187

11

10

2A

RL078

+5VS

RL091

14

10K

13

12

+5VS

11

RL090

10

10K

9

CL066

DL046 1SS187

RL109

680

FWP

SEL

VDD

1234567

CL022
220p

GL080

QL008

891011121314

SN74LV14APW

GND

+5VS

CL020

RL113

10K

0.1 `
RL058

10k

RL059

100

CL021

0.1 `

SL009

NMI

FWP/MD1

+5VS

10K

+5VS

0.1 `
10k

FWP

RL080

CL038

MD1

CL067

DL030

16V1 `

UDZS5.1B

RESET

QL012

SN74LV125APW

VDD

1234567

891011121314

GND

6

0.1

CL042

RL092

10K

4

1 `

RL010

1K

RL061

10K

DL024

SML-020MLT

GREEN

RED

RESET

WRITE

RL060

680

TXD1

FWP

TXD1

RXD1

TXD1

RXD1

TXD1

RXD1

RXD1

100

RL083

FWP

QL015

CL043
16V1 `

+5VS

RL093

10K

CL057
16V1 `

TX1

RTS1
RX1

CTS1

CL044
16V1 `

CL045

16V1 `

1234567

810

9

CL046

16V1 `

-10V

C4+

C1+

GND

VCC

C4-

C1-

-10V

C5+

STBY

C5-

VCHA

UPD4721

14151617181920

DIN1

DO1

DIN2

DO2

12

RO1

RIN1

1113

RO2

RIN2

RL094

47k

DL031 1SS187

CL053

QL016

16V1 `

+5VS

CL056

1234567

RL097
100k

RL098

4.7k `

CL051

1500p

CL052

0.1

VDD

1234567

+5VS

GL062

RL100 10K

891011121314

QL017

SN74LV14APW

GND

DL034

GL055

1SS187

DL035

GL056

1SS187

DL036

GL057

1SS187

RL102

10K

14

+5VS

CL065

0.1

1

A11

2

A9

3

A8

4

A13

5

6

7

A14

8

A12

9

A7

10

A6

11

A5

12

A4

13

14 15

QL018

OE

A10

A11

CE

A9

I/O8

A8

I/O7

A13

I/O6

R/W

I/O5

VDD

I/O4

TC55257DFTL

A14

GND

A12

I/O3

A7

I/O2

A6

I/O1

A0

A5

A1

A4

A2A3

GL070

A10

28

27

D7

26

D6

25

D5

24

D4

23

D3

22

21

D2

20

D1

19

D0

18

A0

17

A1

16

A2A3

RL103

10K

2

CL054
16V1 `

16V1 `

CL055

16V1 `

TXD0

GL067

RXD0

810

9

GL068

CL058
16V1 `

-10V

C4+

C1+

GND

VCC

C4-

C1-

-10V

C5+

STBY

C5-

VCHA

14151617181920

UPD4721

DIN1

DO1

DIN2

DO2

12

RO1

RIN1

1113

RO2

RIN2

RL106

47k

+5VAO

RL062

+5VS

RL067

QL002

2SC4116Y

10K

10K

RL008

RL064

4.7K

RL065

RL066

1234567

RL007

4.7K

RL063

12k

12k

12k

4.7K

+5VS

RL070

10K

QL013

SN74LV125APW

GND

+5VS

10K

RL009

DL025

UDZS6.8B

CL039

VDD

QL003

2SC4116Y

0.1 `

891011121314

+5VS

PL001

1

23

4

56

7

8

9

53398-0910

FAN-P OWE R

POWER-ON

3WBDTI

3WBDTO

3WBCLK

3WBENB0

3WBENB1

3WBENB2

3WBENB3

3WBENB4

RST

GND

TXD

RXD

RES

VIN

VPP

MOD

GND

SEL

VID/DIG-SCL

VID/DIG-SDA

STS-SDA

STS-SCL

DRIVE-SCL

DRIVE-SDA

LAMP-POWER

to MAIN

1

FAN- POW ER

2

POWER-0N

OPTFANERR

3

DUMMY5

to

1

VID/DIG-SCL

2

VID/DIG-SDA

3

DRIVE-SCL

4

DRIVE-SDA

5

VID/DIG-DIR

to MAIN

1

2

3

4

5

6

7

8

9

DUMMY7

to RGB

1

2

DUMMY8

to MAIN

1

LAMP-POWER

FLASH(WRITER)

DUMMY4

MAIN

DUMMY6

3WBDTI

3WBDTO

3WBCLK

3WBENB0

3WBENB1

3WBENB2

3WBENB3

3WBENB4

RST

STS-SDA

STS-SCL

IIC

VIDEO/DIGITAL(MAIN)

IIC

DRIVE(MAIN)

DIGITAL(MAIN)

IIC STS-BUS

(RGB)

GL048

DL039

UDZS10B

GL049

TXD232

DUMMY11

to

CL047

16V1 `

+5VS

RL096

5

1

6

2

7

3

100 ` x4

8

4

RL095
47k

+5VS

CL059

16V1 `

+5VS

RL105

5

1

6

2

7

3

100 ` x4

8

4

RL107

47k

+5VS

GL050

GL051

TXDCAM

GL059

RXDCAM

GL060

RXD232

RTS232

RGB

1

FWP

2

TXD232

3

RXD232

4

RTS232

5

CTS232

CTS232

GL052

DUMMY9

to MAIN

1

TXDCAM

2

RXDCAM

8

N

Fig. 2-5-5

2-342-332-322-31

A

B

C

123456789 1710 11 12 13 14 15 16 18 19 20

5-6. RGB Circuit Diagram

+5V

-5V

-5V

D

E

F

G

H

J

K

L

PB001

678910

11 12 13 14 15

12345

DB001

RB004

UDZS6.2B

10k

RB005

10k

LB014

MEM2012T

RB151

47k

DB011

UDZS10B

PB002

LB015

L

MEM2012T

CB052

RB157

R

47k

DB012

UDZS10B

VIDEO GNDAUDIO GND

PB003

678910

11 12 13 14 15

12345

RB040

100k

I

LB016

MEM2012T

PB004

L

LB017

MEM2012T

R

RB203

LB018

100k

MMZ2012

LB019

678

34 5

12

MMZ2012

LB020

MMZ2012

LB022

MMZ2012

LB021

MMZ2012

RB205

100k

TB01

PC

DSUB-9P PB007NO

CD

1

RXD

2

3

TXD

4

DTR

GND

5

6

DSR

7

RTS

8

CTS

CI

9

FWP

TXD232

RXD232

(SEL)

GND

CTS232

RTS232

(EXT)

MICOM

NO

6

7

PB007

1

3

4

-

X

2

5

8

CB051

1 `

1 `

UDZS6.2B

EXT

SEL

UDZS6.2B

DB010

TB02

DB002

RB038

10k

UDZS10B

RB207

RB209

DB024

100k

100k

RB152

RB154

100

RB153

18k

RB160

18k

RB159

100

RB158

18k

RB039

100k

RB163

1k

RB167

1k

RB168

100k

DB023
UDZS6.2B

RB201
100k

RB001

1/8W75

RB002

1/8W75

RB003

1/8W75

RB155

1.8k

18k

QB018

2SA1586Y

RB037

10k

DB009

UDZS6.2B

QB020

2SC2712Y

RB164
100k

QB021

2SC2712Y

RB204

RB206

DB025
UDZS10B

DB026

UDZS10B

DB028

UDZS10B

DB021

UDZS10B

RB161

RB036

16V10 `

47

47

RB156

1.8k

CB055

100

QB019

2SA1586Y

10k

CB057
16V10 `

DB027
UDZS10B

DB029
UDZS10B

RB162

100

TXD232

DB022
UDZS10B

LB001

SC200KT

LB002

SC200KT

LB003

SC200KT

LB004

SC800KT

LB005

SC800KT

+9V

CB054

0.1
LIN

CB053

0.1

RIN

LB006

SC200KT

LB007

SC200KT

LB008
SC200KT

LB009
SC800KT

LB010

SC800KT

CB056

0.1
+9V

RB166

100

LOUT

RB165

1.8k

CB058

0.1

RB170

100

ROUT

RB169

1.8k

FWP

RTS232

RB208

47

CTS232

RB210

47

RXD232

RB202

47

DB003

1SS226

1SS226

DB004

1SS226

1SS266

1SS266

1SS266

-5V

+5V

RB008

10k

CB001
1000p

RB011

10k

CB003
1000p

RB014

DB005

-5V

DB006

DB007

DB008

10k

CB005
1000p

+5V

CB018

0.1

RB032

75

CB019

0.1

RB033

75

CB020

0.1

RB034

75

CB021

RB035

0.1
75

QB001

MAX4158ESA

RB007

RB010

75

RB013

75

9

10

1112

1314

1516

RB041

100

RB042

100

75

RB006

68

RB009

RB012

QB005

MAX497CSE

1234

CB002

0.1

MAX4158ESA

68

1234

CB004

0.1

68

1234

CB006

0.1

Vcc

GND

Vee

GND

Vee

GND

Vcc

GND

RB043

220

RB044

220

IN0

Vee

IN0

Vee

MAX4158ESA

IN0

Vee

GND

IN1

GND

IN1

GND

IN1

QB002

QB003

8

67

45

23

1

12345678910

A0

OUT

Vcc

5678

FB

A0

OUT

Vcc

5678

FB

A0

OUT

Vcc

5678

FB

RB024

22

RB025

2.2k

RB026

22

RB027

2.2k

RB028

22

RB029

2.2k

RB030

RB031

2.2k

QB006

TC74ACT244F

GND

TGB01

CB007
KETSU

RB015

56

CB010

CB013

1000p

RB016

220

RB017

560

CB008
KETSU

RB018

56

CB014

CB011
1000p

RB019

220

RB020

560

CB009
KETSU

RB021

56

CB012

CB015

1000p

RB022

220

RB023

560

CB016

16V10 `

22

CB022

16V6.8 `

VCC

RB045

39

RB046

39

RB047

11121314151617181920

39

VIDEO AREA

B1

0.1

0.1

0.1

CB017

16V10 `

+5V

QB004

LT1260CS

RB049

1.1kF

-INR

RB048

1.1kF

RB054

22

RB050

1.1kF

RB055

22

RB056

22

RB052

1.1kF

EN

12345678

LT1260CS

+INR

OUTR

CB023

VCC

GND

EN

-ING

+ING

OUTG

VEE

GND

+INB

OUTB

910111213141516

-INB

EN

RB053

1.1kF

QB015

2SC2412K

RB121

RB119

100

22

RB120

820

CB048

1 `

RB113

75

RB114

330

RB115

56

RB116

330

CB040
25V4.7

RB117

56

PQ20VZ1U

Vin

12345

S+6V

RB171

3kF

CB059

16V47 `

Vadj

12345

S-7V -5V

CB061

16V47 `

-5V

CB039
25V4.7 `

RB172

LB011

SC800KT

RB057

75

+5V

0.1

RB051

1.1kF

RB058

CB024

0.1

RB059

+5V

CB047

1 `

YSYNC

CB038

25V4.7 `

RB118

75k

QB022

SW

Vout

Vadj

1kF

SW

Vin

RB173
750F

LB012

SC800KT

75

-5V
LB013

SC800KT

75

QB016

M52347FP

12345678910

CLP-TMG

H-STATE

V-STATE

V-POL

CLP-SW

H-POL

CLP-OUT

G-IN

GND

HD-OUT

H/CS-IN

CB041

50V1 `

CB042

16V10 `

GND

Vout

GND

RB174

240F

CB060

16V33 `

QB023

LM2991S

CB062

16V33 `

H/CS-DET

V-IN

V-DET

DB013

UDZS6.2B

DB014

UDZS6.2B

HD+OUT

VD+OUT

VS/S-OUT

VS/S-INV-GATE-SW

+5V

G1

R1

RB084

+5V

CB032

0.1

-5V +5V

CB033

0.1
B2

G2

R2

RB060
KETSU

RB061

KETSU

RB062
KETSU

RB063

100

QB007

EL4332CS

RB064

82

CB027

22p

STS-SCL

STS-SDA

CB043

220p

RB122

4.3kF

VCC

CB044

0.01

RB123

100

RB124

100

RB125

43kF

11121314151617181920

CB046

100p

12345678

RB081

22

RB083

22

CB030
1000p

CB031
1000p

RB085

22

9101112

RB087

22

RB089

22

CB025

+5V

-5V

16V6.8 `

CB026

16V6.8 `

Vcc

Vcc

Vee

22

22

RB066

RB068

RB070

10k

10k

RB067

RB069

RB065

RB129

RB128 4.7k

RB127 4.7k

RB126

4.7k

4.7k

RB130

100

RB131

100

RB132

100

RB133

100

RB134

100

RB135

100

HD

VD

IN1A

GND

IN2A

GND

IN3A

VCC

VEE

IN1B

GND

IN2B

GND

IN3B

RB077

10k

22

RB076

RB075

22

22

RB072

10k

10k

RB071

+5V

M62320FP

12345678

SO

SCL

SDA

D0

D1

D2

D3

GND

HD

CAM/HD

MAINHD

CAM/VD

RB080

2.2k

RB082

2.2k

2.2k

RB086

75

RB088

75

RB090

75

12345678

+5V

CB045

16V6.8 `

22

VD

MAINVD

GND

LE

EN

A0

CS

MAX499CWG

OUT1

VCC

1718192021222324

VEE

OUT2

NC

OUT3

13141516

NC

CB029

10k

22p

RB078

82

RB074

910111213141516

EL4332C

RB073

82

CB028

22p

QB017

CS0

CS1

CS2

M62320FP

VDD

D7

D6

D5

910111213141516

D4

RB139

100

RB140

100

RB141

100

RB142

100

RB143

100

MAINVD

MAINHD

DHD

RB091

100

RB092

B

CB036

75

0.1

CB034
1000p

CB035

12345678

1000p

RB093

RB094

CB067

RB175

100

100

RB138

100

75

75

+5V

CB066

1 `

QB010

2SC2412K

RB110

-5V

1 `

RB136

100

RB137

QB026

TC74AC157F

SELECT

1A

1B

1Y

2A

2B

2Y

GND

CB037

0.1

R

0

CB049
16V6.8 `

Y,PB,PR/CAMERA

XGA/SXGA

VCC

ST

4A

TC74AC157F

4B

4Y

3A

3B

3Y

RB097

CB068

CB069

-5V

680

+5V

1 `

QB012

2SC2412K

1 `

910111213141516

G

RB095

820

RB096

22

QB009

2SA1037K

RB111

RB102

0

680

-5V

CB070

2SC2412K

CB071

+5V

+5V

CB050

16V6.8 `

YSYNC

R

G

B

DHD

MAINHD

PB

Y

PR

RB098

47

RB099

10k

RB100

820

RB101

RB103

22

47

RB104

QB011

10k

2SA1037K

+5V

1 `

QB014

RB112

0

-5V

1 `

RB105

820

RB106

RB108

22

47

RB107
680

MAINVD

MAINHD

DHD

QB013

2SA1037K

CAM/HDOUT

CAM/VDOUT

RB109

10k

CAM/HD

GND

4

RB146

100

+5V

CB074

1 `

RB149

100

+5V

CB075

1 `

23

VDD

5

1

RB144

100

QB027

TC7S08F

4

VDD

5

QB028

TC7S08F

CAM/VD

GND

23

1

RB147

100

MAINVD

STS-SCL

STS-SDA

RB150

10k

+5V

+9V

CB072

20V22 `

LOUT

ROUT

LIN

RIN

QB008

MAX499CWG

RB079

22

PB005

S+6V

RXD232

TXD232

CTS232

RTS232

CAMHD

CAMVD

S+6V

2

S+6V

4

GND

6

CAM/HDOUT

8

GND

10

GND

12

CAM/VDOUT

14

GND

16

TB03

RXD232

TXD232

CTS232

RTS232

SEL

FWP

TB04

EXT

S-7V

CB073

20V22 `

18

20

FWP

22

GND

24

26

GND

28

30

GND

32

34

GND

36

38

GND

40

NC

42

S-7V

44

S-7V

46

GND

48

NC

50

Y

1

YGND

3

PB

5

PBGND

7

PR

9

PRGND

11

GND

13

GND

15

GND

17

YSYNC

19

GND

21

GND

23

R

25

RGND

27

G

29

GGND

31

B

33

BGND

35

DHD

37

39

MAINHD

GND

41

MAINVD

43

GND

45

STS-SCL

47

STS-SDA

49

PB006

1

9V

9V

2

GND(AUDIO)

3

GND(AUDIO)

4

LOUT

5

GND(AUDIO)

6

ROUT

7

GND(AUDIO)

8

GND(AUDIO)

9

10

LIN

11

GND(AUDIO)

RIN

12

GND(AUDIO)

13

GND

14

GND

15

16

GND

GND

17

CAMY

18

GND

19

CAMPb

20

GND

21

CAMPr

22

GND

23

CAMHD

24

GND

25

CAMVD

26

GND

27

GND

28

NC

29

NC

30

AUDIO AREA

M

N

Fig. 2-5-6

TLP650 RGB CIRCUIT

2-35 2-36 2-37 2-38

123456789101112131415

A

B

C

D

E

5-7. Input Circuit Diagram

10V470 `

10V6.8 ` (T)

CA72

CA73

CA11

CA08

CA71

10V470 `

0.1

0.1

LA02

33 `

CA07

16V47 `

RA09
75

RA14

75

RA19

75

CA17

16V10 `

RA29

100

RA24

100

QA08

2SA1586Y QA07

LA03

33 `

CA12

CA13

16V10 `

0.1

AGND AGND AGND AGND

IN1A

GND1

IN2B

VCC

CNT2

IN1B

CNT1

OUT1

GND2

16V10 `

OUT2

AGND

CA14

RA31

CA18

3.3K

0.1

RA30

100

RA33

3.3K

AGND

12345678

AGND

PA01

RA01

75

S

PA02

R

AUDIO

VIDEO IN

L

CVBS

PA03

123456789101112131415161718192021222324252627282930

9V

LA05

SC800KT

Y

C

V

RA02

75

L

R

LA12

MEM2012T

MEM2012T

AGND

AGND

CA01

16V47 `

DA01

UDZS10B

RA81

CA03

75

0.1

LA06

SC800KT

LA11

AGND

AGND

CA06

1 `

AGND

RA04

47k

RA12

47

50V1 `CA02

LA01

PL-56

DA02

UDZS10B

CA04

16V47 `

CA05

1 `

DA03

RA03

47k

UDZS10B

AGND

DA04

UDZS10B

AGND

DA05

UDZS10B

QA01

MM1031XMR

RA07

3

IN Vcc

GND

QA02

MM1041XMR

IN Vcc

GND

QA03

MM1031XMR

IN Vcc

GND

QA04

2SC4116Y

RA23

2.2K

AGND

RA28

2.2K

AGND

MM1031XMR

OUT

MM1041XMR

OUT

MM1031XMR

OUT

QA05

2SC4116Y

10V6.8 ` (T)

10V6.8 ` (T)

2

1

CA09

2

1

CA10

2

1

AGND

47

4

3

4

RA17

3

47

4

RA20
33K

RA22

100

RA21
47K

AGND

RA25
33K

RA27

100

RA26
47K

AGND

16V10 `

IN2A

OUT3

16V10 `

RA32
100

2SA1586Y

5V

9V

CA29

0.033
RA42

CA30

CA28

RA34

CA21

16V47 `

100

CA20

CA19

0.1
16V47 `

RA36

4.7K

CA16

AGNDAGND

910111213141516

GND3

QA06

CNT3

IN3A IN3B

M52055FP

CA15

CA27

0.47

0.022

CA26

1 `

VCC

REF

12345678910

RA37

4.7K

CA22

AGNDAGND

RA35

100

RA40

BASS2

CH2IN

SIMIN2

SIMOUT2

M62420FP

CH1IN

SIMIN1

SIMOUT1

BASS1

RA38

CA23

CA24

1 `

0.022

0.47

CA25

0.033

RA43

10K

16V10 `

100K

AGND

1.5K

TRE2

OUT2

TRE1

OUT1

1.5K

AGND AGN D

RA41

470

470

RA39

RA44

CA31

0.1

11121314151617181920

CA32

CA34

1000P

GND

VDD

RESET

DGND

SDA

SCL

100

100

RA46

RA45

AGND

10K

50V1 `

CA33

QA09

50V1 `

M62420FP

AGND

RA47

680

CA74

0.1

QA10

LA4425A

Input

GND

GND

Output

12345

Vcc

16V330 `

14V

CA35

16V330 `

AGND

PA06

123

CA36

SP(+)

SP(-)

F

G

H

J

K

A.LOUT

A.ROUT

RGB.LIN

RGB.RIN

RGB

CAM.Y

CAM.B

CAM.R

CAM.H

CAM.V

I

AGND

RA60

RA61

10k

10k

CA44

16V10 `

DA06

UDZS6.2B

CS0

QA13

M62320FP

CA65

QA14

2SA1037K

16V47 `

CA64

0.1

0.1

45

QA11

VDD

TC7S08F

GND

123

RA49
10K

CA38

0.1

RA53

3.3k

CA41

RA54

3.3k

CA42

16V47 `

QA15

2SA1037K

2SA1037K

CA37

16V47 `

CA39

0.1

RA55

3.3k

CA43

16V47 `

QA16

45

QA12

VDD

TC7S08F

GND

123

RA48
10K

LA04

33 `

LA07

SC800KT

LA08

SC800KT

CA40

0.1

LA09

SC800KT

5V

RA67

2.2k

RA50

10k

RA66

2.2k

RA51
10k

RA65

2.2k

RA52
10k

1 2 3 4 5 6 7 8 9 1011121314151617181920212223242526

PA04

CAM.REM

CAM.Y

CAM.R

CAM.B

CAM.V

SDA

CAM.H

SCL

12345678

RA56

100

PRIORITY-S

PW.ON

CAM.RX

S6V

AUDIO.SW

L:VIDEO

LA10

H:RGB

33 `

RA64

CA45

0.1
RA82

100

D7

D6

CS1

CS2

SO

SCL

SDA

RA57

DA08

S6V

CAM.TX

S6V

D5

VDD

D0

D1

D2

D3

100

100

RA59

RA58

100

UDZS6.2B

UDZS6.2B

DA09

18V

CAMON

18V

S15V

AUDIO-AMP.ON

100

910111213141516

D4

GND

4.7k

4.7k

RA62

RA63

SA01

RA90

GND

S15V

0

BOTTOMCOVER.SW

CAMERA

5V

18V

S6V

S6V

PA05

1 2 3 4 5 6 7 8 9 101112131415161718192021222324252627282930

S6V

18V

AGND

18V

V.Y

V.C

CVBS

CAMON

SDA

SCL

S15V

PW.ON

CAM.TX

GND

CAM.RX

CAM.REM

MAIN

CA69

25V220 `

RA87

3.3(1/2W)

RA88

3.3(1/2W)

RA89

3,3(1/2W)

CA68

25V220 `

CA67

25V220 `

CA60

16V33 ` (T)

CA66

0.1

45

VDD

GND

123

RA86

100k

CA53

25V220 `

QA21

PQ20VZ1U

RA76

25V10 ` (T)

QA22

PQ20VZ1U

QA23

TC7S08F

CA70

25V220 `

AGNDAGND AGNDAGNDAGND AGND

100

CA57

PQ20VZ1U

Vin

12345

CA54

0.1

Vin

12345

(1W)

AGND

Vin

12345

CA61

0.1

QA20

SW

Vout

Vadj

GND

AGND

RA75

RA74

1kF

8.2k

14V

CA56

0.1

AGNDAGND

CA55

25V10 ` (T)

SW

Vout

Vadj

GND

RA78

1kF

AGND

RA77

6.2kF

AGNDAGND

CA58

CA59

16V33 ` (T)

SW

Vout

Vadj

0.1

GND

RA80

1kF
RA79
3kF

CA62

16V33 ` (T)

CA63

0.1

AGND

9V

5V

Fig. 2-5-7

2-412-402-39

A

B

C

2 5 6 7 89

5-9. Camera Interface Circuit Diagram

10134

D

E

F

G

2-45

Fig. 2-5-9

2-46

A

B

C

2 5 6 7 89

5-10. FAN Control Circuit Diagram

10134

D

E

F

Fig. 2-5-10

G

2-47 2-48

A

B

C

6. PC BOARDS

6-1. Input PC Board

2 5 6 7 89

6-2. CAM Switch PC Board

Fig. 2-6-3 U0031

CAM Switch PC Board (Top Side)

10134

D

E

F

Fig. 2-6-1 U0022 Input PC Board (Top Side)

Fig. 2-6-4 U0031

CAM Switch PC Board (Bottom Side)

G

2-49

Fig. 2-6-2 U0022 Input PC Board (Bottom Side)

2-50

A

B

C

6-3. Main PC Board

2 5 6 7 89

10134

D

E

F

G

Fig. 2-6-5 U001 Main PC Board (Top Side)

2-51 2-52

A

B

C

2 5 6 7 89

10134

D

E

F

G

2-53

Fig. 2-6-6 U001 Main PC Board (Bottom Side)

2-54

A

B

C

6-4. RGB PC Board

2 5 6 7 89

10134

D

E

F

6-5. LED PC Board

Fig. 2-6-7 U0021 RGB PC Board (Top Side) Fig. 2-6-8 U0021 RGB PC Board (Bottom Side)

6-6. Sub Digital PC Board

Fig. 2-6-9 U0032 LED PC Board (Top Side)

Fig. 2-6-11 U007

Sub Digital PC Board (Top Side)

G

Fig. 2-6-10 U0032 LED PC Board (Bottom Side)

Fig. 2-6-12 U007

Sub Digital PC Board (Bottom Side)

2-55 2-56

SECTION 3

PARTS LIST

SAFETY PRECAUTION

The parts identified by mark are critical for safety. Replace only with part number specified.

The mounting position of replacement is to be identical with originals.

The substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create

shock, fire or other hazards.

NOTICE

The part number must be used when ordering parts in order to assist in processing, be sure to include the model number

and description.

Parts marked # are of chip type and mounted on original PC boards.

However, when they are placed for servicing works, use discrete parts listed on the parts list.

ABBREVIATIONS

1. Integrated circuit (IC)

2. Capacitor (Cap)

• Capacitance Tolerance (for Nominal Capacitance more than 10pF)

Table 3-2-1

Symbol

Tolerance %

Symbol

Tolerance %

• Capacitance Tolerance (for Nominal Capacitance 10pF or less)

Symbol

Tolerance pF

3. Resistor (Res)

B

± 0.1C± 0.25

P

+ 100

0

B

± 0.1C± 0.25

Q

+ 30
– 10

Table 3-2-2

D

± 0.5

T

+ 50
– 10

D

± 0.5

Ex. 10pF G = 10pF ± 2pF

F

± 1

U

+ 75
– 10

F

± 1

G

± 2

V

+ 20
– 10

G

± 2

J

± 5

W

+ 100
– 10

K

± 10

X

+ 40
– 20

Ex. 10µF J = 10µF ± 5%

M

± 20

Y

+ 150
– 10

N

± 30

Z

+ 80
– 20

PARTS LIST

SECTION 3

• Resistance tolerance

Symbol

Tolerance %

B

± 0.1C± 0.25

Table 3-3-1

D

± 0.5

F

± 1

3-1

G

± 2

J

± 5

Ex. 470 Ω J = 470Ω ± 5%

K

± 10

M

± 20

4. EXPLODED VIEWS

4-1. Packing Assembly

Y101

Y105

Y102

Y205
Y206

Y110

Y106

Y107

Y108

A401

(TLP-450E/650E)
(TLP-451E/651E)

A270

Y201

Y200

A404

Y260

A401

Y120

Y250

Y210

A410

Y100

4-2. Remote Control Unit

A400

Fig. 3-4-1

A004

Fig. 3-4-2

3-2

4-3. Chassis Assembly

A301

Note : A103 is attached to A100 Top cover ass’y

(TLP451, TLP651)

Z101

P100

P800

B200

P850

A103

A100

B210A

B180

A103

A103

E200

U001

U0021

B221

U0022

P200

(SPEAKER)

A201

A210

B170

A300

A260

B100

Z102

B110

A270

A290

(TLP450, TLP650)

A302

Note : B110 is attached to B100 Bottom cover ass’y

Fig. 3-4-3

Z100

B163

B160

A242

A241

A240

3-3

4-4. Arm Assembly (TLP451, TLP651)

B386

PC300

B384

B382

B380

B430

U0032

B400

B370

B420

B377

B375

B372

B360

B365

B367

B362

B358

U0031

B320

SC01

B356

B354

B410

B352

B330

B310

B470

Fig. 3-4-4

3-4

5. PARTS LIST

3-5

3-6

3-7

3-8

3-9

3-10

3-11

3-12

3-13

3-14

3-15

3-16

3-17

TOS

1--1, SHIBAURA 1-- CHOME, MINATO -- KU, TOKYO 105 -- 8001, JAPAN

H

IBA CORPORATION