Toshiba TLP510U, TLP511E System Microprocessor, Terminal functions of the system microprocessor

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5-2. System Microprocessor

The system microprocessor QL002 employs an 8 bit micro-controller (HD64F3337YF16).

In this system microprocessor, a program area is pro- vided inside the non-volatile memory.

Using an exclusive data-writer allows easy maintenance of the system microprocessor when specification modifi- cation, bug correction, etc. will occur.

Table 5-2-1 shows the terminal functions of the system microprocessor.

Table 5-2-1 Terminal functions of the system microprocessor

Pin No.

Name

Function

I/O

Pin No.

Name

Function

1

RES

Reset input

I

41

LED2

LED data 2

2

XTAL

Clock input for oscillation

I

42

LED3

LED data 3

3

EXTAL

Clock output for oscillation

O

43

LED4

LED data 4

4

MD1

Mode 1

I

44

LED5

LED data 5

5

MD0

Mode 2

I

45

MAIN. PW

Main power supply swtich

6

NMI

Priority interruption

I

46

FAN. PW

Fan power supply switch

7

FVPF

Memory write voltage

I

47

VCC2

Digital power supply

8

VCC1

Digital power supply

I

48

LAMP. PW

Lamp power supply switch

9

WDT

Not used

O

49

OSDL

OSD load

10

RXD0

RS-232C reception for camera

I

50

DDCV

Not used

11

TXD0

RS-232C transfer for camera

O

51

SENL

Sensor load

12

GND1

Digital ground

I

52

SENC

Used for sensor

13

SDA

Not used

I/O

53

SEND

Used for sensor

14

f

Oscillation clock

O

54

VD0C

Video I2C clock

15

SEL

Remote controller selection

O

55

VD0D

Video I2C data

16

EEPCK

Non-volatile memory clock

O

56

GND2

Digital ground

17

EEPDT

Non-volatile memory data

I/O

57

DRVC

Drive I2C clock

18

VD

Not used

I

58

DRVD

Drive I2C data

19

REMOCON

Remote controller reception

I

59

OSDC

OSD clock

20

AUX

Not used

O

60

OSDD

OSD data

21

KEY0

Key input 0

I

61

PLLU

PLL enable

22

KEY1

Key input 1

I

62

SYGL

SYG load

23

KEY2

Key input 2

I

63

SYGC

SYG clock

24

KEY3

Key input 3

I

64

SYGD

SYG data

25

KEY4

Key input 4

I

65

D0

T-FORC data 0

26

KEY5

Key input 5

I

66

D1

T-FORC data 1

27

KEY6

Key input 6

I

67

D2

T-FORC data 2

28

KEY7

Key input 7

I

68

D3

T-FORC data 3

29

AVCC

Analog power supply

I

69

D4

T-FORC data 4

30

AD0

Not used

I

70

D5

T-FORC data 5

31

AD1

Not used

I

71

D6

T-FORC data 6

32

AD2

Not used

I

72

D7

T-FORC data 7

33

AD3

Not used

I

73

GND3

Digital ground

34

AD4

Not used

I

74

CLK

T-FORC clock

35

AD5

Not used

I

75

R/W

T-FORC read/write

36

AD6

Not used

I

76

ENB

T-FORC enable

37

AD7

Not used

I

77

RST

T-FORC reset

38

AGND

Analog ground

I

78

TXD1

RS-232C transfer for control

39

LED0

LED data 0

O

79

RXD1

RS-232C reception for control

40

LED1

LED data 1

O

80

SCL

Not used

 

 

 

 

 

 

 

I/O

O

O

O

O

O

O

I

O

O

I

O

O

I

O

I/O

I

O

O

O

O

O

O

O

I/O

O

O

O

O

O

O

O

O

I

O

O

O

O

O

I

O

5-3

Image 14
Contents TLP511U TLP510U TLP511E TLP510E Contents Description Main Power Supply CircuitVoltage Switching Output ControlSupplement Over-current ProtectionOverheat Protection Lamp Power Supply Circuit Lamp Driver ConfigurationOptical System Name DescriptionXGA 1.3 inch 3 plates system G.B. Drive Circuit Outline1st frame 2nd lineBasic Component Outline of Liquid Crystal Panel Basic specificationOperation Description 1 Terminal description2 Input terminal function description Name FunctionMicroprocessor System Outline1 System block diagram System Microprocessor 1 Terminal functions of the system microprocessorNon-volatile Memory Control Process Power Supply Reset ProcessRemote Control Reception Process RS-232C Transmission/Reception ProcessOn-screen Display Process 1 Contents of the status display signals and the logicStatus Display Process I2C control for each kind of video system Video System Control ProcessPanel System Control Process 11-1 IC control for each kind of panel system12-1 Each kind of the drive system IC control Drive System Control ProcessVarious Display Modes Applicable Signal 14-1 Applicable signalRS-232C Control Method 15-1 RS-232C connection signalsPin No Signal name Signal content 15-2 RS-232C communication conditions15-3 RS-232C command list Command ContentDigital Circuit Conv Forc ExchangeSignal Format Measurement Video Signal Format ConversionPanel Driving Timing Signal Generation PLL CircuitPLL IC CXA3106Q QX028 for RGB Signals Each IC DescriptionSync Process IC SYG QX004 PLL IC TLC2932 QX029 for Video SignalTiming Signal Generation PLD QX009 5. A/D Converter CXA3026Q QX201, QX401 and QX601INV 9. D/A Converter Picture Size of View Conversion IC T-FORCQX204, QX404, QX604 MemoryVideo Circuit Circuit Component1 Block diagram Audio Signal Input Signal Switch SectionVideo Signal RGB Signal2 Internal block diagram of CXA1855Q 1. Y/C Separation Circuit Video Demodulation Block1 Terminal function of TC9090AN 4 Pin configuration of TDA9141 Video/Color CircuitLuminance Y Signal Process Circuit Pin No Name FunctionPin Name Function Color Signal Process CircuitPicture Sharpness Correction Circuit SDA9 Block diagram of TDA4672 RGB Demodulation 4 Terminal function of TDA4780 12 Audio circuit block diagram Audio CircuitRGB Signal Switch Circuit output terminal for SYNC/G Sync Signal Process CircuitRGB Signal Amplifier Section VIDEO/VD TC7S08FMicroprocessor Interface NON VD POS VD NEG QB012 M52347FP Input status QB025 CXA1315MHD. COMP. POS NON VD POS VD NEG HD. COMP. NEG HD. HD. Comp CCD and Drive Circuit Video Signal Process CircuitPower Supply Circuit Pre-amp and AD Coversion Circuit1 CCD camera circuit block diagram Coil Terminal Turns Winding specificationOperating Description WindingTroubleshooting Fluorescent does not turn onToshiba America Consumer PRODUCTS, INC