Toshiba TLP510E, TLP510U, TLP511E, TLP511U TDA9141

7-6

Serial data

input/output Serial clock

input Horizontal

PLL filter Sand castle

output

Vertical acquisition

synchronization pulse

Clamping pulse/

HA synchronization

pulse input/output RED

input

GREEN

input

BLUE

input Fast switch

select input

Chrominance

U input

Chrominance

voltage input

Chrominance

U output

Chrominance

V output

Luminance output

Chrominance

outputs

SECAM reference

decoupling

Filter reference

decoupling

Reference

crystal input

PLL

loop filter

Second

crystal

input

Comb filter

status input/output

Positive supplyDigital

ground

Analog

ground

Digital

supply

decoupling

Luminance/

CVBS input

Chrominance

input

Output port/

line-locked

clock output

Input/output

port

Address

input

(CVBS output)

I CBUS

INTERFACE

2

LCA

CHROMINANCE

SWITCH

DELAY

BIAS

TRAP

ACC

SYNC

SEPARATOR

VERTICAL

SYNC

TIMING

GENERATOR

VA

HA

CLP

HORIZONTAL

PLL

TDA9141

MATRIX SWITCH

IDENTIFI-

CATION

SWITCH

PAL/NTSC

DEMODU-

LATOR

CLOCHE

FILTER FILTER

TUNING

SECAM

DEMODU-

LATOR

HUE

PLL

CHROMI-

NANCE

BANDPASS

FSC

BUFFER

STM

5 6 24 10 11 17 21 20 19 18 3 4

14

13

12

2

1

32

28

29 30 31 2327 9 7

8

25

26

22

15

16

7-3-2. Video/Color Circuit

The video/color circuit consists of two ICs, QV005

(TDA9141: NTSC/PAL/SECAM DECODER), QV006

(TDA4665T: BASE BAND DELAY LINE), and supports

each system of NTSC, PAL and SECAM.

Fig. 7-3-4 shows the pin configuration of TDA9141 and

Fig. 7-3-5 shows the block diagram of TDA9141. Fig. 7-

3-6 shows the pin configuration of TDA4665T and Fig.

7-3-7 shows the block diagram of TDA4665T.

Fig. 7-3-3 Fig. 7-3-4 Pin configuration of TDA9141

Fig. 7-3-5 Block diagram of TDA9141

TDA4665T

(1H DL IC)

Color difference signal Color difference signal

TDA9141

(NTSC/PAL/SECAM)

Sand castle pulse

12 11 16 14

5

43 2110

1

2

4

32

31

30

29

3

5 28

6 27

7 26

8 25

9 24

10 23

11 22

12 21

13 20

14 19

SECAM reference

Second crystal

Reference crystal

CPLL

Filter reference

Analog ground

Y/CVBS in

Cin

HPLL

Fscomb

Address in / CVBS out

R

G

B

-(R-Y)

-(B-Y)

Uin

Vin

SCL

SDA

Supply

Digital supply decoupling

Digital ground

Sand castle

VA

Yout

Vout

Uout

15 18 FI / O port

16 17 CLP / HAO port / LLC

Contents

Main CONTENTS 1. MAIN POWER SUPPLY CIRCUIT 1-1. Description 1-2. Output Control 1-3. Voltage Switching 1-4. Over-voltage Protection 1-5. Over-current Protection 1-6. Overheat Protection 2. LAMP POWER SUPPLY CIRCUIT (LAMP DRIVER) 2-1. Configuration 3-1 3. OPTICAL SYSTEM 3-1. Configuration XGA 1.3 inch 3 plates system 4-1 4. R.G.B. DRIVE CIRCUIT 1024 pixels 1022 1023 1024 1 Sample hold Page 4-2. Operation Description 4-4 Table 4-2-2 Input terminal function description 5. MICROPROCESSOR 5-1. System Outline 5-2 Fig. 5-1-1 System block diagram 5-3 5-2. System Microprocessor 5-3. Power Supply Reset Process 5-4. Non-volatile Memory Control Process 5-5. Remote Control Reception Process 5-6. RS-232C Transmission/Reception Process 5-7. Status Read Process 5-8. Status Display Process 5-9. On-screen Display Process Table 5-8-1 Contents of the status display signals and the logic X: Lighting OFF ( ): Blinking 5-6 5-10. Video System Control Process 5-11. Panel System Control Process 5-12. Drive System Control Process 5-13. Various Display Modes 5-8 5-14. Applicable Signal 5-15. RS-232C Control Method 5-10 Table 5-15-3 RS-232C command list 6-1 6. DIGITAL CIRCUIT Fig. 6-1-1 6-1. Outline Page 6-3 6-2. Each IC Description Fig. 6-2-1 Page 6-5 Fig. 6-2-4 Page 7. VIDEO CIRCUIT 7-1. Circuit Component Page 7-2. Input Signal Switch Section 7-4 Fig. 7-2-2 Internal block diagram of CXA1855Q 7-5 7-3. Video Demodulation Block Fig. 7-3-2 Block diagram of TC9090AN Fig. 7-3-1 Pin configuration of TC9090AN ++ Table 7-3-1 Terminal function of TC9090AN TDA9141 7-6 43 2110 Sand castle pulse Fig. 7-3-5 Block diagram of TDA9141 7-7 Fig. 7-3-7 Block diagram of TDA4665T Table 7-3-2 Terminal function of TDA4665T Fig. 7-3-6 Pin configuration of TDA4665T 7-8 TDA4672 Fig. 7-3-8 Pin configuration of TDA4672 Table 7-3-3 Terminal function of TDA4672 7-9 TDA4672 Fig. 7-3-10 Pin configuration of TDA4780 7-10 Table 7-3-4 Terminal function of TDA4780 Fig. 7-3-11 Block diagram of TDA4780 Page 7-4. RGB Signal Amplification Section 7-13 Fig 7-4-2 Fig. 7-4-3 7-14 7-5. Microprocessor Interface Fig. 7-5-1 7-15 Table 7-5-1 8. CCD CAMERA CIRCUIT (For TLP511) 8-1. Outline Page 9. FLUORESCENT LAMP INVERTER CIRCUIT (For TLP511) 9-1. Operating Description 9-2. Troubleshooting