Toshiba TLP511U, TLP511E, TLP510E, TLP510U manual Applicable Signal, Applicable signal

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5-14. Applicable Signal

Various kinds of signals are used as the applicable signals in the preset mode (standard value) as shown in Table 5-14-1. For the signals not fit to the preset modes, a user mode is provided.

In the preset modes, the applicable signals are based on the VESA standard, so the sample frequency (CLOCK adjustment in the panel menu) is not used, but the adjustment is allowed only in the user mode.

In other mode, the signal line number is detected to allow the separate adjustment in the VGA system (basically effective for line number of 480 lines), SVGA system (basically effective for line number of 600 lines) and XGA system (basically effective for line number of 768 lines).

In the user mode of SGA system (900 line system and 1024 line system), the input signal is applicable to the plain display mode. That is, the signal is displayed in different two ways owing to the line number in vertical direction.

Table 5-14-1 Applicable signal

 

Signal

Resolution

Frequency

 

 

All

Sync

Operation

Mode

Content

H

V

H (kHz)

V (Hz)

 

Clock

H

 

V

H/V

Corre-

Remarks

 

(MHz)

 

spondence

 

 

 

 

 

 

 

 

 

 

 

 

NTSC

NTSC

664

484

15.734

59.940

 

12.590

800

 

525

N/N

O

Video input

PAL

PAL

756

574

15.625

50.000

 

12.500

800

 

625

N/N

O

Video input

V60

VGA 60 Hz

640

480

31.470

59.940

 

25.175

800

 

525

N/N

O

 

V72

VGA 72 Hz

640

480

37.861

72.809

 

31,500

832

 

520

N/N

O

 

V75

VGA 75 Hz

640

480

37.500

75.000

 

31.500

840

 

500

N/N

O

 

V85

VGA 85 Hz

640

480

43.269

85.008

 

36.000

832

 

509

N/N

O

 

M13

MAC-13”

640

480

35.000

66.667

 

30.240

864

 

525

N/N

O

 

24K

PC98-STD

640

400

24.830

56.420

 

21.053

848

 

444

N/N

O

 

T70

VGA 70 Hz

720

350

31.470

70.020

 

28.322

900

 

450

P/N

D

 

T70

VGA 70 Hz

720

400

31.470

70.020

 

28.322

900

 

450

N/P

D

 

T70

VGA 70 Hz

640

350

31.470

70.020

 

28.322

800

 

450

P/N

O

 

T70

VGA 70 Hz

640

400

31.470

70.020

 

28.322

800

 

450

N/P

O

 

T85

VGA 85 Hz

640

350

37.861

85.080

 

31.500

832

 

445

P/N

O

 

T85

VGA 85 Hz

640

400

37.861

85.080

 

31.500

832

 

445

N/P

O

 

T85

VGA 85 Hz

720

400

37.927

85.039

 

35.500

936

 

446

N/P

D

 

S56

SVGA 56 Hz

800

600

35.156

56.250

 

36.000

1024

 

625

N/N

O

 

S60

SVGA 60 Hz

800

600

37.879

60.317

 

40.000

1056

 

628

N/N

O

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

S72

SVGA 72 Hz

800

600

48.077

72.188

 

50.000

1040

 

666

N/N

O

 

S75

SVGA 75 Hz

800

600

46.875

75.000

 

49.500

1056

 

625

N/N

O

 

S85

SVGA 85 Hz

800

600

53.674

85.061

 

56.250

1048

 

631

N/N

O

 

M16

MAC-16”

832

624

49.724

74.550

 

57.283

1152

 

667

N/N

O

 

X60

XGA 60 Hz

1024

768

48.363

60.004

 

65.000

1344

 

806

N/N

O

 

X70

XGA 70 Hz

1024

768

56.476

70.069

 

75.000

1328

 

806

N/N

O

 

X75

XGA 75 Hz

1024

768

60.023

75.029

 

78.750

1312

 

800

N/N

O

 

X85

XGA 85 Hz

1024

768

68.677

84.997

 

94.500

1376

 

808

N/N

O

 

M21

MAC-21”

1152

870

100.000

68.653

 

75.030

1456

 

915

N/N

X

Plain display

SXGA1

1152 system

1152

864

108.000

67.500

 

75.000

1600

 

900

N/N

X

Plain display

 

 

 

 

 

 

 

 

 

 

 

 

 

 

SXGA2

1280 system

1280

1024

135.000

79.976

 

75.025

1688

 

1066

N/N

X

Plain display

• In the sync column of Table 3-14-1, P shows the posi-

• In the operation column, O shows a standard mode, D

tive polarity and N shows the negative polarity.

 

 

shows pull-in mode, X shows plain display mode.

5-8

Image 19
Contents TLP511U TLP510U TLP511E TLP510E Contents Output Control Main Power Supply CircuitVoltage Switching DescriptionOverheat Protection Over-current ProtectionSupplement Configuration Lamp Power Supply Circuit Lamp DriverName Description Optical SystemXGA 1.3 inch 3 plates system Outline G.B. Drive Circuit2nd line 1st frame1 Terminal description Basic specificationOperation Description Basic Component Outline of Liquid Crystal PanelName Function 2 Input terminal function descriptionSystem Outline Microprocessor1 System block diagram 1 Terminal functions of the system microprocessor System MicroprocessorRS-232C Transmission/Reception Process Power Supply Reset ProcessRemote Control Reception Process Non-volatile Memory Control ProcessStatus Display Process 1 Contents of the status display signals and the logicOn-screen Display Process 11-1 IC control for each kind of panel system Video System Control ProcessPanel System Control Process I2C control for each kind of video systemVarious Display Modes Drive System Control Process12-1 Each kind of the drive system IC control 14-1 Applicable signal Applicable Signal15-2 RS-232C communication conditions 15-1 RS-232C connection signalsPin No Signal name Signal content RS-232C Control MethodCommand Content 15-3 RS-232C command listConv Forc Exchange Digital CircuitPLL Circuit Video Signal Format ConversionPanel Driving Timing Signal Generation Signal Format MeasurementEach IC Description PLL IC CXA3106Q QX028 for RGB Signals5. A/D Converter CXA3026Q QX201, QX401 and QX601 PLL IC TLC2932 QX029 for Video SignalTiming Signal Generation PLD QX009 Sync Process IC SYG QX004INV Memory Picture Size of View Conversion IC T-FORCQX204, QX404, QX604 9. D/A ConverterCircuit Component Video Circuit1 Block diagram RGB Signal Input Signal Switch SectionVideo Signal Audio Signal2 Internal block diagram of CXA1855Q 1 Terminal function of TC9090AN Video Demodulation Block1. Y/C Separation Circuit Video/Color Circuit 4 Pin configuration of TDA9141Pin No Name Function Luminance Y Signal Process CircuitSDA Color Signal Process CircuitPicture Sharpness Correction Circuit Pin Name Function9 Block diagram of TDA4672 RGB Demodulation 4 Terminal function of TDA4780 Audio Circuit 12 Audio circuit block diagramSync Signal Process Circuit RGB Signal Switch Circuit output terminal for SYNC/GVIDEO/VD TC7S08F RGB Signal Amplifier SectionMicroprocessor Interface HD. COMP. POS NON VD POS VD NEG HD. COMP. NEG HD. HD. Comp QB012 M52347FP Input status QB025 CXA1315MNON VD POS VD NEG Pre-amp and AD Coversion Circuit Video Signal Process CircuitPower Supply Circuit CCD and Drive Circuit1 CCD camera circuit block diagram Winding Winding specificationOperating Description Coil Terminal TurnsFluorescent does not turn on TroubleshootingToshiba America Consumer PRODUCTS, INC