benq q7t3-fp731

Q7T3-FP737S Dual function LCD Monitor Service Guide Alignment Procedure

1 Confidential

1. Alignment procedure (for function adjustment) A. Preparation:

1. Setup input timing ICL-605, 32-Grays pattern. 2. Setup unit and keep it warm up at least 30 minutes.

B. Timing adjustment: 1. Enter factory setting area (press “ENTER”, “EXIT” and then press “SOFTPOWER”). 2. Check the settings to following values:

Contrast = 50 Brightness = 90 Volume = 30 OSD time = 20 Color = sRGB Language = English

Then, turn off the monitor power. 3. Turn on power enter user area.

C. Color balance adjustment: 1. Enter factory setting area (press “ENTER”, “EXIT” and then press “SOFTPOWER”). 2. Setup input timing ICL-605 (1280*1024 75Hz), 5-MOSAIC pattern.(timing 202 pattern 42) 3. Press”I-key”,to enter window for whitebalance and burning mode. 4. Press “Whitebalance”, to Calibrate ADC. 5. Setup input timing ICL-605, 32 -Gray pattern. 6. Checking if the picture is no good, reject this monitor.

D. Color adjustment: 1. Setup input timing ICL-605, white pattern. 2. Measure color temperature by Minolta CA-110 (or equivalent equipment). 3. Alignment the color temperature Bluish, Reddish & sRGB. The color temperature

specification as follows:

X+- 0.283+(-) 0.03 White Balance (Bluish, 9300K set on OSD) Y+- 0.297+(-) 0.03

X+- 0. 326+(-) 0.03 White Balance (Reddish, 5800K set on OSD) Y+- 0. 342+(-) 0.03

X+- 0. 313+(-) 0.03 White Balance (sRGB, 6500K set on OSD) Y+- 0. 329 +(-) 0.03


2 Confidential

4. Turns off the monitor power.

E. Writing EDID file: 1. Setup a PC with DDC card. 2. Connect PC to monitor with a D-sub signal cable. 3. Please refer to the C212 for the correct EDID file. 4. Runs the writing program to write the EDID file into EEPROM for analog input, ie. 15-pin

D-sub. 5. Read both EEPROM data and confirm it to match with the C212 document definition. 6. Connect PC to monitor with a DVI-D signal cable. 7. Please refer to the C212 for the correct EDID file. 8. Runs the writing program to write the EDID file into EEPROM for DVI input, ie. 24-pin

DVI-D. 9. Read both EEPROM data and confirm it to match with the C212 document definition.


3 Confidential

F. Command definition: PC Host will send 0x7C IIC slave address and then following 4 bytes command I2C Send Command Byte1 Byte2 Byte3 Byte4 Write Contrast CA 55 Data checksum Write Brightness CA 56 Data checksum Write Red Gain CA 57 Data checksum Write Green Gain CA 58 Data checksum Write Blue Gain CA 59 Data checksum Read Contrast C3 55 XX checksum Read Brightness C3 56 XX checksum Read Red Gain C3 57 XX checksum Read Green Gain C3 58 XX checksum Read Blue Gain C3 59 XX checksum Write C1 (Bluish) R-Gain Data to NVRAM AA 3C Data checksum Write C1 (Bluish) G-Gain Data to NVRAM AA 3D Data checksum Write C1 (Bluish) B-Gain Data to NVRAM AA 3E Data checksum Write C2 (sRGB) R-Gain Data to NVRAM AA 4C Data checksum Write C2 (sRGB) G-Gain Data to NVRAM AA 4D Data checksum Write C2 (sRGB) B-Gain Data to NVRAM AA 4E Data checksum Write C3 (Reddish) R-Gain Data to NVRAM AA 5C Data checksum Write C3 (Reddish) G-Gain Data to NVRAM AA 5D Data checksum Write C3 (Reddish) B-Gain Data to NVRAM AA 5E Data checksum Write User R-Gain Data to NVRAM AA 6C Data checksum Write User G-Gain Data to NVRAM AA 6D Data checksum Write User B-Gain Data to NVRAM AA 6E Data checksum Read C1 (Bluish) R-Gain data from NVRAM A3 3C XX checksum Read C1 (Bluish) G-Gain data from NVRAM A3 3D XX checksum Read C1 (Bluish) B-Gain data from NVRAM A3 3E XX checksum Read C2 (sRGB) R-Gain data from NVRAM A3 4C XX checksum Read C2 (sRGB) G-Gain data from NVRAM A3 4D XX checksum Read C2 (sRGB) B-Gain data from NVRAM A3 4E XX checksum Read C3 (Reddish) R-Gain data from NVRAM A3 5C XX checksum Read C3 (Reddish) G-Gain data from NVRAM A3 5D XX checksum Read C3 (Reddish) B-Gain data from NVRAM A3 5E XX checksum Read User R-Gain data from NVRAM A3 6C XX checksum Read User G-Gain data from NVRAM A3 6D XX checksum Read User B-Gain data from NVRAM A3 6E XX checksum Change Color Temperature to C1 (Bluish) CC 1 XX checksum Change Color Temperature to C2 (sRGB) CC 2 XX checksum Change Color Temperature to C3 (Reddish) CC 3 XX checksum Change Color Temperature to User CC 4 XX checksum


4 Confidential

User mode to factory mode 1A 5A XX checksum Auto Color (Offset1, Offset2, Gain) 1B 5A XX checksum Factory mode to User mode 1E 5A XX checksum Clear user area data 1F 5A XX checksum On burn in mode CE 1 XX checksum Off burn in mode CE XX* XX checksum Change Language Setting 66 0~7 XX checksum *: Any value except 1 can off burn-in mode Read EEPROM Bank-0 B0 Address XX checksum Read EEPROM Bank-1 B1 Address XX checksum Read EEPROM Bank-2 B2 Address XX checksum Read EEPROM Bank-3 B3 Address XX checksum Read EEPROM Bank-4 B4 Address XX checksum Read EEPROM Bank-5 B5 Address XX checksum Read EEPROM Bank-6 B6 Address XX checksum Read EEPROM Bank-7 B7 Address XX checksum Write EEPROM Bank-0 B8 Address Data checksum Write EEPROM Bank-1 B9 Address Data checksum Write EEPROM Bank-2 BA Address Data checksum Write EEPROM Bank-3 BB Address Data checksum Write EEPROM Bank-4 BC Address Data checksum Write EEPROM Bank-5 BD Address Data checksum Write EEPROM Bank-6 BE Address Data checksum Write EEPROM Bank-7 BF Address Data checksum Note A: Byte4(Checksum) = Byte1 + Byte2 + Byte3 Note B: Data = The value write to MCU Note C: XX = don't care, any value(<=0xFF). Note D: The Byte-2 definition of “Change Language Setting” is as below,

0=DE, 1=EN, 2=ES, 3=FR, 4=IT, 5=JA, 6=繁中, 7=簡中 When PC Host sends 0x7D command to MCU, MCU must return as following (2 bytes) Return Code R-Byte1 R-Byte2 Checksum error code FC AA

Normal return code the above Byte3

(/data) FC If normal return code is exact FCh FC CF The Table is for alignment machine to read data from EEPROM to check if the alignment process and write data are correct.


5 Confidential

Read EEPROM Contrast A3 92 XX checksum Read EEPROM Brightness A3 93 XX checksum Read EEPROM C/T Point A3 94 XX checksum Read EEPROM OSD-Hpos A3 95 XX checksum Read EEPROM OSD-Vpos A3 96 XX checksum Read EEPROM Language A3 97 XX checksum Read EEPROM OSD Timer A3 98 XX checksum Read EEPROM Volume A3 99 XX checksum Additional define for OEM model, for reference only. Write sRGB Contrast CA 53 Data checksum Write sRGB Brightness CA 54 Data checksum Write Serial number byte 0~9 AA 0~9 XX checksum Read Serial number byte 0~9 A3 0~9 XX checksum

Table 1.

Incoming display mode (Input timing)

Resolution Horizontal Frequency (KHz)

Vertical Frequency (Hz)

Dot Clock Frequency (MHz)

Remark*720x400 31.47(N) 70.08(P) 28.32 DOS*800x600 46.86(P) 75.00(P) 49.50 VESA

*1024x768 48.36(N) 60.00(N) 65.00 VESA*1024x768 60.02(P) 75.00(P) 78.75 VESA*1152x870 68.68(N) 75.06(N)

100.00 *1152x900 71.81(N) 76.14(N) 108.00

*1280x1024 80.00(P) 75.00(P) 135.00 VESA*1280x1024 81.18(N) 76.16(N) 135.09 SUN


6 Confidential

2. Dressing

A. Check the 4 springs and 5 spacers on the BKT

B. Connect 2 with 1 then connect to connector 3


7 Confidential

C. Fix DVI BD with spacers

D. Place I/F BD and SPS BD in the BKT

E. Screws on the interface & power board(toltal 10 screw)


8 Confidential


9 Confidential

F. Plastic fixture on the interface board and place D-sub cover

G. Screw D-SUB cover on the BKT:


10 Confidential

H. Two gaskets at the bottom of BKT

I. Taping LVDS FFC on the panel:


11 Confidential

J. Place BKT on the panel and fasten FFC with I/F BD

K. Place an iron cover and screw it on BKT


12 Confidential

L. Two screws on panel right side

M. Two screws on panel left side


13 Confidential

N. Paste aluminum tape on the backlight wire hole

O. Spring on control board and fix CTRL BD on BZL


14 Confidential

P. Contorl board 9pin wire dressing

Q. Screw up uppercase with 5 screw


15 Confidential

R. Screw column with uppercase with 2 screw

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

G+

B+

R+

RXC-RXC+

RX0-RX0+

RX1-RX1+

RX2-RX2+

DSUB_SDA

3.3V_MPC5V

3.3V_MCU

3.3V_MCU

3.3V_MCU

3.3V_MCU

PC5V

3.3V_MCU

PC5V_OFF

RED+

VSYNC

BLUE+

HSYNC

RED-

DSUB_SCL

GREEN+

GREEN-

BLUE-

DVIPC5V

DVISCL

DVISDA

A-detect

D-detect

DVIPC5V RX0-

RX0+

RX1-

RX1+

RX2-

RX2+

RXC-

RXC+

RXC-RXC+

RX0-RX0+

RX1-RX1+

RX2-RX2+

DVISCLDVISDA

RX0M

RX1P

RX0P

RX2P

RXCP

RX2M

RX1M

RXCM

Title

Size Document Number R ev.

Date: Sheet o f

Project Code

Reviewed By Approved ByPrepared By

Model Name

PCB P/N PCB Rev.

Benq CorporationOEM/ODM Model Name

99.L8372.000-C3-304-006

INTERFACE BOARD

1 6

ARSENIO LIU ARIES CHU

48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0

Tuesday, December 23, 2003

<OEM/ODM>

10/9 '03R1:10K --> 2K.

PC5V 3.3_MCU PC5V_OFF + - H + + L - + Don't care

If both PC5V and 3.3_MCU exist:PC5V_OFF should set "LOW" to prevent PC5V from enteringthe system.When only PC5V exists:PC5V_OFF should set "HIGH" to provide CPU power.Actually, in the initial state, NO PC5V_OFF, if VGAcable is connected, PC5V exists --> Q4 will ON.That will make 3.3_M = 3.3V.

DVIPC5VGND

Q22N3906

32

1 C1 47P J

R24

10K

U1

AT24C02

A01

A12

A23

GND4

VCC 8

WP 7

SCL 6

SDA 5

R4

75

C490.01U K

D4BZV55-C5V1

AK

R14 100

R16 100

R107

10

TP2

TP86

TP92

DN11BAV99 A

J

K

C100.1U K

C3 47P J

TP12

DN7BAV99 A

J

K

R17 100

R103

10TP87

R7 100

D9BZV55-C5V1

AK

TP93

R101

10

R94.7K

DN3BAV99A

J

K

TP94

DN4

BAV70LT1

2

3

1

R8 100

C4 47P J

J101

2061106210

1 23 45 67 89 10

11 1213 1415 1617 1819 20

R108

10

TP6

D6

BZV55-C5V1

AK

C480.01U K

DN10BAV99 A

JK

R6 100

R104

10

DN6BAV99 A

J

K

R102K

R11 100

R12K

TP95TP88

DN2BAV99A

J

K

R204.7K

R2

75

D5BZV55-C5V1

AK

C5 47P J

R3

75

D2BZV55-C5V1

AK

D13.3V

12

TP89

TP3

C750.1U K

R105

10

TP96

DN9BAV99 A

JK

TP9

TP7

C1010.01U K

DN5BAV99 A

J

K

DN1BAV99A

J

K

J1

2024012015

1728394105

11

12

13

14

15

6

1617

R214.7K

C6 47P J

TP97

R5

47

TP90

TP10

C847P J

TP98

Q32N3904

1

32

R22 47

R106

10

Q12N3906

32

1

R15 1K

R18

10K

DN12BAV99 A

J

K

C947P J

TP91 DN8BAV99 A

JK

TP1

R13 100

TP4

DN14BAV99 A

J

K

R23 47

D3BZV55-C5V1

AK

TP11

C2 47P J

R102

10

D7BZV55-C5V1

AK D8

BZV55-C5V1

AK

R19

10K

DN15BAV99A

J

K

TP150

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

WRZ3

CSZ3RDZ3

3.3V_MCU

+2.5V

3.3V_MCU

3.3V_MCU

VDPLL

VPLLVAD

VDVI

3.3V_MCU

VDPLL

3.3V_MCU

VDVI

VDVI

VPLL

VAD

3.3V_MCU+2.5V

3.3V_MCU

GA1PGA1NGA2PGA2NGA3PGA3N

BRT_ADJ

AD0AD1AD2AD3

BA1PBA1NBA2PBA2NBA3PBA3N

TXO2-TXO2+

TXEC+TXEC-

RB1PRB1NRB2PRB2NRB3PRB3N

GB1PGB1NGB2PGB2NGB3PGB3N

12M BB1PBB1NBB2PBB2NBB3PBB3N

ESPOSPGPO0GPO1GPO2GPO3GPO4

CLKANCLKBPCLKBN

RX2PRX2MRX1PRX1MRX0PRX0MRXCPRXCM

RA1P

RED+RED-GREEN+

RA1NRA2P

RESETINT

RA2NRA3P

GREEN-

BLUE+BLUE-HSYNCVSYNC

RA3N

CLKAP

Title

Size Document Number Rev.

Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-006

INTERFACE BOARD

2 6


48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0


<OEM/ODM>

BUStype=High: Direct DDR Bus

BUStype=Low : 3-wire Bus

Current setting=Direct DDR Bus

** R28 & C33 are reserved for ESD

Add C45 for Diagonal noise.Also reverse L1 and C19.L1, L3 and L4 change to 0 ohm for power ripple reduction.

pin 68: NC (MST suggested), 10/14.

** R28 & C33 are reserved for ESD

C36

0.1U

C160.1U

+ C4522U16V

12

R203

0

C310.1U

+C54

4.7U 25V

12

R202 100

C120.1U

R65

10K

L4

220 OHM

R25 390 F

+ C1822U16V

12

C320.1U

C200.1U

R264.7K

C170.1U

R2011M

C130.1U

L3 220 OHM

R2830K

C230.1U

L2

220 OHM

C110.1U

C140.1U

C34

4.7P C

U2

MST8116B

RIN063

GIN060

SOGIN061BIN058

RIN0M62

GIN0M59

BIN0M57HSYNC037VSYNC038

REXT52

REFP66

REFM67

CSZ/ALE69

SDA/WRZ70 SCL/RDZ71

HWRESETZ32INT72

PWM073PWM174

AVD

D55

AVD

D_M

PLL

35

AVD

D_D

VI45

BYPASS3

AVD

D_D

VI51

VDD

P11

VDD

P21

VDD

P84

VDD

P94

VDD

P10

4VD

DP

114

VDD

P12

6

VDD

C18

VDD

C87

VDD

C97

VDD

C11

7

AVSS

_DVI

39

AVSS

56

AVSS

_MPL

L36

AVSS_LPLL2

AVSS

_PLL

54

AVSS

_DVI

42

GN

DP

10G

ND

P20

GN

DP

85G

ND

P95

GN

DP

115

GN

DP

127

GN

DC

19G

ND

C86

GN

DC

96

GN

DP

105

GN

DC

116

XIN33

XOUT34

LVA2P/RA1P 108LVA2M/RA1N 109LVA1P/RA2P 110LVA1MRA2N 111LVA0P/RA3P 112LVA0M/RA3N 113

GA1P 98GA1N 99GA2P 100GA2N 101

LVA3p/GA3P 102LVA3M/GA3N 103

BA1P 88BA1N 89BA2P 90BA2N 91BA3P 92BA3N 93

NC/RB1P 16NC/RB1N 17NC/RB2P 22NC/RB2N 23NC/RB3P 24NC/RB3N 25

NC/GB1P 8NC/GB1N 9NC/GB2P 12NC/GB2N 13NC/GB3P 14NC/GB3N 15

LVB1P/NC/BB1P 124LVB1M/NC/BB1N 125LVB0P/NC/BB2P 128LVB0M/NC/BB2N 1

NC/BB3P 4NC/BB3N 5

LVB3P/CLKAP 118LVB3M/CLKAN 119

LVBCKMP/NC/CLKBP 120LVBCKP/NC/CLKBN 121

NC/ESP 75OSP 76

AD1 77AD2 78

GPO0 83GPO1 82GPO2 81GPO3 80GPO4 79

DDC1_CLK/GPO829DDC1_DAT/GPO728

AVD

D_P

LL53

AVD

D65

AVSS

64

AVSS

_DVI

48

LVACKP/NC 106LVACKM/NC 107

LVB2P/NC 122LVB2M/NC 123

AVSS

68R+40R-41G+43G-44B+46B-47CK+49CK-50

AD0 30

AD3 31BUS TYPE/NC 6

C280.1U

R27OPEN

C330.1U

C240.1U

C35

4.7P C

C150.1U

C290.1U

+ C1922U16V

12

C270.1U

Y114.318MHZ

L1

220 OHM

C300.1U

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

3.3V_M

S CL

S DA

S CLS DA

DSUB_SDA

WRZ

3.3V_M

3.3V_MCU

+2.5V

3.3V_MCU

3.3V_MCU

3.3V_MCU

3.3V_MCU

3.3V_M

3.3V_M

3.3V_M

3.3V_M

3.3V_MCU

3.3V_MCU

3.3V_MCU+5V

3.3V_MCU

3.3V_M

DSUB_SCL

PC5V_OFFAD0

AD2AD3

RDZ

CSZ

RESET

AD1INT

INCDECEXIT

ENTER

PW_SW

A-detect

PANEL_ON

12M

BLT_ON

I-KEY

LED_ORG

ENTER

DECEXIT

PW_SWI-KEY

INC

BRT_ADJBLT_ON

MUTEVOLUME

MUTE

LED_GRN

D-detect

VOLUME

LED_GRN

LED_ORG

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-006

INTERFACE BOARD

3 6


48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0


<OEM/ODM>

Delete:Change PWR_OFF to VOL_ON_OFF on P6.2.

GMT

VOL_ON_OFF

MUTE

200ms 200ms

R301要靠近MCU

C301要靠近Scaler

C780.1U K

C610.1U K

L12

U4

AT24C04N-10SI-2.7

A01

A12

A23

GND4

VCC 8

WP 7

SCL 6

SDA 5

R45 1K

C42100P50V J

R3051K

C790.1U K

R309 0

R3081M

L6 220 OHM

L13

R88 4.7K

TP26

C39100P50V J

TP154

C760.1U K

+C7447U 25V

12

L5

Z30

L10

Y212MHZ

C46

22P J

R3031k

R0603

TP27

RN

4

4.7K

1 2 3 4

8 7 6 5

CON1

2060091109

123456789

J4

2072060207

1234567891011121314

SOCKET P/N: 22.10079.044

U5

MTV312MV64

DA2

/P5.

21

DA1

/P5.

12

DA0

/P5.

03

VDD

34

NC

5

NC

6

RST7

VSS10

X211

X112

ISDA/P3.4/T013

ISCL/P3.5/T114

STOUT/P4.215

P6.2/AD2/HLFHI16

P1.017

P1.1

18

P3.2

/INT0

19

P1.2

20

P1.3

21

P1.4

22

P1.5

23

P1.6

24

P1.7

25

P6.1

/AD

126

P6.0

/AD

027

HSD

A/P3

.1/T

xd28

HSCL/P3.0/Rxd 29

P6.4/DA10 30

P6.5/DA11 31

P6.6/DA12 32

DA6/P5.6 34

DA7/HCLAMP 35

VBLANK/P4.0 36

HBLANK/P4.1 37

DA9/HALFV 38

DA8/HLFHO 39

DA5

/P5.

540

DA4

/P5.

441

DA3

/P5.

342

HSY

NC

43

VSYN

C44

P6.7/DA13 33

VDD8

P6.3/AD39

R461K

RN

1

4.7K

1 2 3 4

8 7 6 5

RN

6

4.7K

1 2 3 4

8 7 6 5

RN

3 4.7K

1 2 3 4

8 7 6 5

C40100P50V J

C302100P50V J

TP28

L11

C800.1U K

C47

22P J

R3021k

R0603

R77220

TP156

RN

5

4.7K

1 2 3 4

8 7 6 5

TP151

TP29

L301

U6

G950T65U

GN

D2

VOUT 3VIN1

GN

DG

1

C303100P50V J

R76220

TP30

TP153

Q62N3904

1

32

C301

0.1U K

C770.1U K

C600.1U K

R304.7K

R47 1K

TP157

TP155

TP31

+ C57

22U 25V

12

L302

R43 100

RN

7 4.7K

1 2 3 4

8 7 6 5

C530.1U K

RN

2

4.7K

1 2 3 4

8 7 6 5

R314.7K

C440.22U K

R301

0

R44 1K

TP152

Q72N3904

1

32

TP32

C430.1U K

R3041K

C520.1U K

TP33

+C7347U 25V

12

C41100P50V J

C71

0.1U K

R307

10K

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

TXEC+

TXE0+

TXO1-

TXE2-

TXOC+

TXE3+

5V_PANEL

TXE0-

TXO0+

5V_PANEL

TXE3-

TXO2-

TXE1+

TXEC-

TXOC-

TXE2+

TXO0-

TXE1-

TXO2+

TXO1+

+5V

+5V

LCD_PW

PANEL_ON

CLKBN

BB2P

CLKAP

RA1NRA1P

TXO2-

GA3N

BB1P

TXEC-TXEC+

TXO2+

CLKAN

BB1N

RA2N

RA3P

CLKBP

GA3P

RA3N

RA2P

BB2N

Title

Size Document Number Re v.

Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-006

INTERFACE BOARD

4 6


48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0


<OEM/ODM>

G(1)S(2) D(3)

TP60

TP54

C4010.1U K

TP64

TP45

C690.1U K

TP61

TP46

TP62

TP55

+ C68

22U 25V

12

TP56

R57100K

TP49TP50

TP43

Q4AO3401

D

G

S

R61 20K

TP44

TP57

J5

20K2085030

11 22 33 44 55 66 77 88 99 1010 1111 1212 1313 1414 1515 1616 1717 1818 1919 2020

G1G1

G2G2

2121 2222 2323 2424 2525 2626 2727 2828 2929 3030

TP58

Q52N3904

1

32

TP52TP51

TP59

TP47

TP63

TP48

TP53

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-006

INTERFACE BOARD

5 6


48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0


<OEM/ODM>

Optical PointsScrew Holes

H1

HOLE-V8

1

2

3

4

5

6

7

8

9

OPOP5

OPOP8

OPOP11

OPOP4

OPOP7

OPOP6

H3

HOLE-V8

1

2

3

4

5

6

7

8

9OPOP10

OPOP1

H2

HOLE-V8

1

2

3

4

5

6

7

8

9OPOP14

H4

HOLE-V81

2

3

4

5

6

7

8

9

OPOP2

OPOP3

OPOP13

OPOP12

OPOP9

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

OSP

BB3N

GB2N

GB1P

GB2P

BB1P

GB1N

BB1N

BB2N

B0N

B2N

B0P

BB3P

B1N

GB3N

B2P

GB3P

BB2P

B1P

BG1P

BR0N

RB2P

BR2P

BG2P

RB3P

BR2N

RB1N

BR1N

BG2N

BG0P

RB1P

BG0N

BR0P

BG1N

RB2N

RB3N

BR1P

FG2P

FR2N

FB0P

FR1N

FR0N

FB2PFB2N

FG2N

FR1P

FR2P

FB0N

FB1NFB1P

GA3N

FR0P

FG1PFG1N

BA1P

BA2P

GA3P

GA1N

BA3N

FG0NFG0P

RA1P

GA2P

RA2N

BA2N

GA2N

RA2P

GA1P

BA1N

BA3P

RA3P

RA1N

RA3N

POL

OE

ESP

LP

CLKVSTV

LCD_PW

OSP

ESP

BB3N

RB1N

BB3P

RB1P

BB2N

GB3N

BB2P

RB3P

GB3P

BB1N

GB1N

RB3N

GB2N

GB1P

BB1P

GB2P

RB2NRB2P

RA2N

RA3P

RA2P

BA3N

GA3N

RA1N

BA3P

GA3P

RA1P

GA2N

BA2NBA2P

RA3N

GA2P

GA1PGA1N

BA1NBA1P

GPO1GPO0

GPO3GPO2GPO4

CLKANCLKAP

CLKBNCLKBP

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-006

INTERFACE BOARD

6 6


48.L8301.S72 S72

ANGEL HU

<Size>

Q7T399.L8372.001

0


<OEM/ODM>

TP114

TP110

TP145

TP135

TP127

TP120TP121

TP101

TP137

TP141

TP102

TP116

TP138

TP132

TP129

TP107

TP112

J7

20K2167050

G1

23456789

1011121314151617181920212223242526272829303132333435363738394041424344454647484950

1

G2

TP136

RN822

1234

8765

TP105

TP146

TP123

TP149

TP111

TP126

TP139

TP144

TP133

TP143

TP106

TP124TP125

TP128

TP119

TP131

TP140

TP104

RN9

22

1234

8765

TP148

TP113

TP118

TP117

TP100

TP109

TP115

TP147

TP122

J6

20K2167030

30

23456789

1011121314151617181920212223242526272829

G2

G11

TP142

C6020.1U K

TP99

TP130

TP103

TP108

Q7T3(CPT panel) LCD Monitor Service Guide Trouble Shooting

1

Q7T3-CPT TROUBLE SHOOTING GUIDE

1.No Display or display is unstable

No picture or picture unstable

Power off Yes Turn on power

No

Does cable plugs in No Check all of wire then turn on power

connector? switch again.

Yes

Does power stable? No Check Power BD

Yes

Is LED light green/orange? No Check control BD

Yes

Is LED status normal? No Check Flash Rom or replace it

Yes

Does crystal work correctly? No Check crystal CKT or replace it

Yes

Is interface BD normally? No Replace interface BD

Yes

Replace panel


2

2. BUTTON function: OSD is not working Yes

Is control BD connecting? No Plug control BD then retry

Yes

Is bottom switch normally? Yes Replace control BD then retry

No

Replace Control BD

Is OSD working??

No

Check Interface BD

3. OSD function:

OSD doesn’t work

Is control BD working? No Replace control BD

Check interface BD


3

4. Power Board

Backlight didn't shine

LED shined?

3.3V existed? IS I/F board connected?

IC751 PIN 9 IS 15V?Replace Q761

PWM existed?(BLT_ADJ)

Plug CN701 again orchecking I/F BD

Turn on level existed?(BLT_ON)

Insert them againCheck CN752, CN753was pluged properly?

Plug CN601 again orchecking PW BD

Replace IC751,Q751

Replace new fuse

Replace new fuse

Check IC701 OK?

Checking F601Broke?

Check IC601 Vccexisted?

Replace IC602,IC702,D702 or check

I/F BD

Replace IC701

Replace new fuse

ReplaceIC601,ZD601,C606,

C611

Y

N

N

N

N

Y

Y

Y

Y

N

Y

Y N

N

Y

Y

Y

N

N

N

Q7T3(CPT panel) LCD Monitor Service Guide Engineering Specification

1

Table of Contents

1. Introduction ...................................................................................................................................4

2. Operational Specification..........................................................................................................5

2.1 Environment.................................................................................................................................5 2.1.1 Temperature..................................................................................................................................................... 5 2.1.2 Relative Humidity........................................................................................................................................... 5 2.1.3 Altitude............................................................................................................................................................. 5

2.2 Transportation .............................................................................................................................5 2.2.1 Vibration Test (Package, Non-Operating)................................................................................................... 5 2.2.2 Drop Test (Package, Non-Operating) .......................................................................................................... 6 2.2.3 Vibration Test (Unpackaged, Non-Operating) ........................................................................................... 7 2.2.4 HALF-SINE SHOCK..................................................................................................................................... 7

2.3 Packing Configuration ................................................................................................................7 2.3.1 Container Specification.................................................................................................................................. 7 2.3.2 Carton Specification ....................................................................................................................................... 8 2.3.3 Pallet Specification ......................................................................................................................................... 8 2.3.4 Container Carrying Capacity......................................................................................................................... 8

2.4 Electrostatic Discharge Requirements.......................................................................................9

2.5 Safety Requirements....................................................................................................................9

2.6 EMI Requirements ......................................................................................................................9

2.7 Reliability......................................................................................................................................9

2.8 Mechanical Design for TCO 99: .................................................................................................9

2.9 Environment Protection Design: ................................................................................................10

2.10 Acoustical Noise .........................................................................................................................10

3. Input / Output Signal Specification .......................................................................................10

3.1 Input Signal Requirements .........................................................................................................10 3.1.1 Signal cable (Directly attached to unit) ....................................................................................................... 10 3.1.2 Video signals: .................................................................................................................................................. 10 3.1.3 Sync signal:...................................................................................................................................................... 10

3.2 Function ........................................................................................................................................11 3.2.1 Support timing................................................................................................................................................. 11

3.3 Number of display colors: ...........................................................................................................12

3.4 Adjustment function ....................................................................................................................12

3.5 Power Supply Requirements.......................................................................................................12 3.5.1 Input Power Requirements ............................................................................................................................ 12 3.5.2 Output Power Requirement ........................................................................................................................... 13


2

Table of Contents

3.5.3 Power Management ........................................................................................................................................ 13

3.6 Specification of Inverter...........................................................................................................13

3.7 Panel optical Characteristics ......................................................................................................14

4. Functional specification .............................................................................................................16

4.1 Display Quality.............................................................................................................................16 4.1.1 Display Data Area (with full white pattern)................................................................................................ 16 4.1.2 Video Performance ......................................................................................................................................... 16 4.1.3 Light Output .................................................................................................................................................... 16 4.1.4 Brightness Adjustment Range....................................................................................................................... 16

5. Physical Specifications................................................................................................................17

5.1 Physical Dimension & Appearance ............................................................................................17 5.1.1 Overall Dimensions:....................................................................................................................................... 17 5.1.2 Outer Appearance: .......................................................................................................................................... 17

5.2 Construction and Materials on outer surface ...........................................................................17

5.3 Base ...............................................................................................................................................17

5.4 Marking & Labels........................................................................................................................17 5.4.1 Reference Label (Rear panel)........................................................................................................................ 17 5.4.2 Controls & Connectors................................................................................................................................... 17

5.5 Packaging......................................................................................................................................17 5.5.1 Carton Dimension:.......................................................................................................................................... 17 5.5.2 Shipping Weight: ............................................................................................................................................ 17 5.5.3 Shipping Container:........................................................................................................................................ 17

6. Maintainability Specifications .................................................................................................17

6.1 General & Requirements ............................................................................................................17 6.1.1 Installation: ...................................................................................................................................................... 17 6.1.2 Periodic Maintenance:.................................................................................................................................... 17 6.1.3 Repair & Calibration: ..................................................................................................................................... 17

6.2 Mean Time to Repair...................................................................................................................17 6.2.1 Module Level: ................................................................................................................................................. 17 6.2.2 Component Level: .......................................................................................................................................... 17

6.3 Accessibility ..................................................................................................................................17 6.3.1 General: ............................................................................................................................................................ 17 6.3.2 Outside Cabinet, access to the following elements.................................................................................... 18 6.3.3 Cover Removal, Access ................................................................................................................................. 18

6.4 Equipment & Tools Required.....................................................................................................18 6.4.1 Standard Test Equipment............................................................................................................................... 18 6.4.2 Documentation ................................................................................................................................................ 18


3

Table of Contents

6.5 Electrical Emission and Energy Saving summary for TCO99 ................................................18 6.5.1 Electrical Field(AC): ...................................................................................................................................... 18 6.5.2 Magnetic Field(AC): ...................................................................................................................................... 18 6.5.3 Energy Saving: ................................................................................................................................................ 18

Appendix 1 – Shipment Conditions..................................................................................................18

Fig. 1 Physical Dimension Front View and Side view .................................................................19


4

1. Introduction This specification describes a 17.0” color TFT LCD monitor which is supported by analog interface solution and support

maximum resolution 1280x1024 at 76 Hz refresh rate. It has the following features:

- User controls: (a) “Power on/off” switch. (b) “Exit” key( Back to main menus or leave OSD menu). (c) “I-key”( For auto adjust vertical position, phase, horizontal position and pixel clock ). (d) “Enter” key(For enter sub-menus or select items. And hot key lock / unlock mode). (e) “Left” key (Select left, decreasing adjust and hot key of Contrast mode). (f) “Right” key (Select right, increasing adjust and hot key of Brightness mode).

- OSD window for control and information display with 8 languages selection. - DPMS (Display Power Management System) - Power on/off indicator. - High quality advanced zoom function (Scaling function)

- Tilt base : Attached base with 0~25 degree tilt. -DDC2B function supported.

- A LCD monitor (a)Head part:

(1) A LCD module(CPT 170EA03). (2) An AC power and inverter board. (3) An Interface board. (4) A control board. (5) A 15pin D-sub connector .

(b) Base part:

(1) Tilt base. (2)Foldable - A power cord - An user menu.

-Setup disk. (including .INF/.ICM/Test pattern) --all INF/ICM/Test pattern are loaded in CD manual + Quick start guide


5

2. Operational Specification 2.1 Environment

2.1.1 Temperature

-Operating 0 to 40 oC -Storage -20 to 60 oC

2.1.2 Relative Humidity -Operating 10 to 90% Max. ( non-condensing) -Storage 10 to 95% Max. ( non-condensing)

2.1.3 Altitude -Operating 0 to 3,048m (10,000ft) -Storage 0 to 12,192m (40,000ft)

2.2 Transportation

2.2.1 Vibration Test (Package, Non-Operating) A) Sine-wave vibration for initial resonance sweeps and dwell

* Sine sweep

Frequency (Hz) Status 5 ~ 26.6 0.6G

26.6 ~ 50 0.016" 50 ~ 500 1.5G

Sweep times: 1 sweep / Per Axis (X,Y, and Z Axis ) * One major resonance dwell is required for each axis. Total dwell time at each resonance point shall be 15 minutes.

B) Random Vibration

Frequency (Hz) Slope ( dB/Oct.) Spectrum Level (g2/Hz)5 ~ 100 0 0.015

100 ~ 200 -6 --- 200 --- 0.0038

Equivalent to 1.47 G rms

* Duration: 30 Minutes / Per Axis (X,Y, and Z Axis ) Total test time : 90 Minutes


6

2.2.2 Drop Test (Package, Non-Operating) A) Drop Height

Weight ( Kg ) ACM Spec.

Height (cm)

0 – 9 91 > 9 - 18.2 76

> 18.2 - 27.2 61 > 27.2 - 45.4 46 > 45.4 - 68.1 31

> 68.1 – 113.5 26 Upgrade one level of height before MP.

B) Drop Sequence

2

1

53

4

6

Surface 2. Front3. Bottom4. Rear5. Right6. Left

1. Top

Manufacturingjoint

-Corner 5-3-2 select at weakness side [the low left(or right) corner of the front panel]

-An edge drop with impact on the shortest edge radiating from corner 5-3-2

-An edge drop with impact on the next shortest edge radiating from corner 5-3-2

-An edge drop with impact on the longest edge radiating from corner 5-3-2

-A flat drop with impact on the rear

-A flat drop with impact on the front

-A flat drop with impact on the right

-A flat drop with impact on the left

-A flat drop with impact on the bottom

-A flat drop with impact on the top

After test, there is no electrical and mechanical damage permitted.


7

2.2.3 Vibration Test (Unpackaged, Non-Operating) 5~200Hz at 1.04g rms FREQUENCY (Hz) SPECTRUM LEVEL (g2/Hz)

2.0 0.0185 4.0 0.0300 8.0 0.0300

40.0 0.0030 55.0 0.0100 70.0 0.0100

200.0 0.0010

DURATION: 15 MINUTES PER AXIS. 2.2.4 HALF-SINE SHOCK

Test conditions: Test unit : 2 sets Each unit has to withstand 18 shocks.(3 shocks pre face) No- operation Half-sine wave Duration : 3ms Acceleration(G) : 75G

2.3 Packing Configuration

2.3.1 Container Specification

a. Shipping Container

Container Type 20'*8'*8'6" Steel 40'*8'*8'6" Steel 40'*8'*9'6"

High Cube Steel

Gross 24,000 30,480 30,480

Weight (Kegs) Tare 2,370 4,000 4,200

Payload 21,630 26,480 26,280

Length 5,898 12,031 12,031

Width 2,352 2,352 2,352 Interior Measurement (mm)

Height 2,394 2,394 2,699

Volume (Cubic Meter) 33.2 67.74 76.4

Width 2,340 2,340 2,340 Door opening (mm)

Height 2,280 2,280 2,585

Length 5,890 12,000 12,000

Width 2,330 2,330 2,330 Useable Interior Dimension (Deducted pallet (130mm & Operating space 50mm) Height 2,100 2,100 2,405

b. Air Transport

Container (1) Container (2) Container (3) Container Type

125"*96"*96" 125"*96"*118" 125"*88"*64"

Gross 6,804 6,804 4,627


8

Weight (Kegs) Tare 129 129 129

Payload 6,675 6,675 4,498

Length 3,048 3,048 3,048

Width 2,260 2,260 2,082 Interior Measurement

(mm) Height 2,438 2,997 1,625

Volume (Cubic Meter) 17 19 11

2.3.2 Carton Specification

Product Net 4.2

Weight (Kegs) Gross 6.2

Length 368

Width 407 Carton Interior Measurement (mm)

Height 140

Length 385

Width 445 Carton External Measurement (mm)

Height 147

2.3.3 Pallet Specification

a. Dimension

Transport Type Pallet A Pallet B Pallet C Pallet D Length 770 770 1155 1155

Width 890 1335 890 1335 Shipping Pallet Dimension (mm)

Height 115 115 115 115

Length X X X X

Width X X X X Air Transport Pallet Dimension (mm)

Height X X X X

2.3.4 Container Carrying Capacity


Quantity of products (sets)

Quantity of Products (sets)

Quantity of pallet (sets) Stowing Type

(Every container) (Every Pallet) (Every Container)

1050 Pallet A: 56 Pallet A: 6 20'

Pallet B: 84 Pallet B: 6

Pallet C:84 Pallet C: 1

Pallet D:126 Pallet D: 1

40' 2100 Pallet A: 56 Pallet A: 15

with pallet



9

2.4 Electrostatic Discharge Requirements The subject product must withstand 8 KV for contact discharge and 15 KV for air discharge of Electrostatic

Discharge and meet the acceptance criteria as specified IEC 801-2 .

2.5 Safety Requirements The display unit complies with the following safety standards and specifications. -UL compliance....standard for information-processing and business equipment, UL 1950. -CSA compliance...standard C22.2 No. 950-M89, data processing equipment. -TUV compliance...EN60950 safety specification-business equipment. -ISO13406-2 .Ergonomic Requirements of Visual Display. -Demko...EN60950. -Nemko...EN60950. -Semko...EN60950. -Fimko...EN60950.

2.6 EMI Requirements 1. This display unit complies with the following EMC rules and regulations.

-FCC compliance...FCC Rule, Part 15, Subpart B, Class B. -VCCI compliance...VCCI Rule, Class-2. -CE Mark Compliance... 89/336/EEC. EN55024, EN61000-4-2/-3/-4/-5/-6/-8/-11

EN55022, Class B. EN61000-3-2,EN61000-3-3.

-DNSF compliance...EN55022, Class B. -MPR2 compliance - TCO99 -C-Tick -BSMI -EPA

2. The sample for EMI agency approval should be under 4 dB of the limit. The production pilot run units should be under 3 dB of the limit. The mass production units should be under 1 dB of the limit.

2.7 Reliability 1. The prediction MTBF of display unit shall be greater than 60,000 hours excluding the lamp.(at 25 ℃) 2. Lamp life time : 40,000 hrs typical at which brightness of lamp is 50% compare to that of initial value at 7.0mA and 25℃.

2.8 Mechanical Design for TCO 99: 1) Front Frame Reflectance:

* diffuse reflectance: > 20% * Gloss <= 30% gloss unit

2) Labeling of plastics:

Plastic weight > 25g shall be marked in accordance with ISO11469

3) Variety of Plastic:

All plastic components that weight > 100g shall be made from the same type of plastic.

4) Painting of Plastic: *Any plastic components that weight >100g shall not be painted lacquer or vanished, so that the paint, lacquer or vanish in dry matter exceed 1 weight-% of the plastic component.

* Mould decoration (IMD) is not allowed * All paints, lacquers, vanishes or colour additives used shall be declared by the type and mount.


10

5) Metallization of Plastic Housing:

* Metallization is not allowed.

6) Plastic components > 25g shall not contain retardants of organically bound chloride or bromide.

2.9 Environment Protection Design: Product is Per ES 715-c49 Environment Design Guide

2.10 Acoustical Noise With the display operating, the issue of sound measured is contained within 40 dB/A in the audible field.

3. Input / Output Signal Specification

3.1 Input Signal Requirements 3.1.1 Signal cable (Directly attached to unit)

3.1.1.1 Video Inputs:

(1) DSUB –digital Signal Inputs 15pin D-sub connector is on the captive signal cable for IBM VGA, compatible graphic adapters.

The pin assignment of this connector is described as below:

15

610

1115 15pin D-sub female

1 RED VIDEO 2 GREEN VIDEO 3 BLUE VIDEO 4 GROUND 5 GROUND 6 RED GROUND 7 GREEN GROUND 8 BLUE GROUND 9 PC5V 10 SYNC GROUND 11 GROUND 12 SDA 13 H SYNC (H+V) 14 V SYNC 15 SCL

3.1.1.2 Cable length: 1600mm +/- 20mm

3.1.2 Video signals: RGB separate, Analog 0.7Vp-p/75 Ohm

3.1.3 Sync signal: - H/V separate, TTL level - H/V composite, TTL level


11

3.2 Function

3.2.1 Support timing

This Interface board is designed to operate in any of the following video mode.

Incoming display mode (Input timing) Multi-scan operation

Resolution Horizontal Frequency (KHz)

Vertical Frequency (Hz)

Dot Clock Frequency (MHz) Remark Actual display

resolution

640x350 31.47(P) 70.08(N) 25.17 DOS 1280x943

720x400 31.47(N) 70.08(P) 28.32 DOS

640x480 31.47(N) 60.00(N) 25.18 DOS

640x480 35.00(N) 67.00(N) 30.24 Macintosh

640x480 37.86(N) 72.80(N) 31.5 VESA

640x480 37.50(N) 75.00(N) 31.5 VESA

800x600 37.88(P) 60.32(P) 40.00 VESA

800x600 48.08(P) 72.19(P) 50.00 VESA

800x600 46.86(P) 75.00(P) 49.50 VESA

832X624 49.72(N) 74.55(N) 57.29 Macintosh

1024x768 48.36(N) 60.00(N) 65.00 VESA

1024x768 56.48(N) 70.10(N) 75.00 VESA

1024x768 60.02(P) 75.00(P) 78.75 VESA

1024X768 60.24(N) 74.93(N) 80.00 Macintosh

1152x864 67.50(P) 75.00(P) 108.00 VESA

1152x870 68.68(N) 75.06(N) 100.00 Macintosh

1152x900 61.80(N) 66.00(N) 94.50 SUN 66

1152x900 71.81(N) 76.14(N) 108.00 SUN

1280x1024 64.00(P) 60.00(P) 108.00 VESA

1280x1024 75.83(N) 71.53(N) 128.00 IBM1

1280x1024 80.00(P) 75.00(P) 135.00 VESA

1280x1024 81.18(N) 76.16(N) 135.09 SPARC2

full screen 1280x1024


12

Notes：

(1) If the incoming display mode is not supported by this I/F board listed above, the picture can show up or doesn’t which is unpredictable, even the picture can display but probably isn’t good or clear.

(2) Some signals from graphics board may not function properly.

(3) “P”, “N” stands for “Positive”, “Negative” polarity of incoming HSYNC/VSYNC(input timing).

(4) OSD will show “No Signal” message on the screen as below to indicate it while no display mode inputs.

(5) OSD will show “Out of Range” message on the screen to indicate it while input display mode meet the following condition

(a) The resolution is large than 1280x1024.

(b) The resolution is 1280x1024 but it frequency of vertical sync (Fv) is large than 77Hz.

(c) The frequency of horizontal sync (Fh) is large than 82KHz.

(d) The frequency of vertical sync (Fv) is large than 76Hz.

3.3 Number of display colors: 16M color numbers (With Dithering)

3.4 Adjustment function Brightness Contrast Display position (Vertical , Horizontal) Phase Pixel clock Color gain(Red, Green, Blue) OSD position (Vertical , Horizontal) Multi-language selection OSD time Recall function(Position Recall、Color Recall、Recall All)

3.5 Power Supply Requirements 3.5.1 Input Power Requirements

(1) Input Voltage Range The unit shall meet all the operating requirements with an input voltage range of 90~264 Vac .

(2) Input Current

Maximum Input Current Measuring Range (MAX) 2 Arms 90Vac 〜 264Vac

(3) Frequency Range

The unit shall operate within a frequency range of 47Hz to 63Hz.

(4) Inrush Current

Power supply inrush current shall be less than the ratings of its critical components(including Power switch, fuse, rectifiers and surge limiting device) for all conditions of line voltage.

(5) Regulator Efficiency

70% minimum (measuring at 115Vac and full load) Power saving mode ＜ 1 Watts


13

3.5.2 Output Power Requirement The power circuit shall supply DC power outputs as followings: Output Nominal Regulation Load Current Range

1 12V-panel ±10% 0 ~ 0.25A

2 3.3V-panel ±10% 0 ~ 0.1A

3 3.3V-Fix ±5% 0 ~ 1.0A

3.5.3 Power Management

Mode H/Vsync Power consumption LED Color (Status)

Recovery Time

Normal Both exist < 40W Green (Normal) --

off None or Only one exist < 1W Amber 5 sec

3.6 Specification of Inverter The backlight system is an edge-lighting type with 4 CCFLs (Cold Cathode Fluorescent Tube).

The characters of dual lamps are shown in the following tables.

ITEM SYMBOL MIN TYP MAX Unit Condition Lamp Voltage VL -- 710 -- V IL=7.0 mA

Lamp Current IL 10 14 16 mA Each connectorInverter Frequency FL 45 50 70 kHz

-- 1350 V Tb=0 oC Starting lamp voltage VS -- 1080 V Ta=25oC

Lamp life time LT -- 50,000 (40,000) -- Hr

IL = 6.0mA Continuous Operation

(IL=7.0 mA)

NOTE: 1.All condition are at 25C ambient unless otherwise specified. 2. Load Panel=SXGA 17”


14

3.7 Panel optical Characteristics Item Condition Symbol Min. Typ. Max. Unit

Contrast Ratio ψ=0°,θ=0° CR 360 450 -- --

Vertical Up

Down

ψ=0° (CR>=10)ψ=0° (CR>=10)

θ θ

-55~55 -55~55

-65~65 -65~65

-- --

Deg. Deg.

Viewing Angle

Horizontal Left

Right

θ=0° (CR>=10)θ=0° (CR>=10)

ψ ψ

-60~60 -60~60

-70~70 -70~70

-- -

Deg. Deg.

25±2.5°ψ=0°,θ=0°

Tr Tf

-- --

-- --

9 16

-- --

ms ms

Response Time Rise Time Fall Time Cross Talk ψ=0°,θ=0° Tr+Tf -- -- 25 -- ms

White Luminance Center point at CCFL 7.0mA -- 240 300 -- cd/m²

Brightness Uniformity θ=ψ=0° -- 70 -- -- %

Crosstalk θ=ψ=0° CMR -- -- 1 %

Chromaticity

Red x y Green x y Blue x y White x y

ψ=0°,θ=0°

0.607 0.314 0.280 0.552 0.113 0.070 0.283 0.299

0.637 0.344 0.310 0.582 0.143 0.100 0.313 0.329

0.667 0.374 0.340 0.612 0.173 0.130 0.343 0.359

--

Note： 1. Viewing Angle, Contrast Ratio, Response Time, Reflectance, and Chromaticity are measured at panel center. 2. Viewing Angle（θ, ψ）

See figure below

Measurement is done on position 1. Viewing angle origine is the axis normal to the flat panel. Left (L) and Right (R) valueare the maximum angles for which CR=10. Up (U) and (D) value are the maximumangles for which CR=10.

Normal Ey È�

Ö� xÖ = 0 , Right

Ö = 90 , Up

Ö = 180 , Left

Ö = 270 , Down


15

3.Contrast Ratio (CR) is defined mathematically as:

)0φ ,0θ(at

(Min.) el Black Levin Luminance

(Max.) LevelWhite in Luminance

oo ==

4. Response time

TrR measures the transition time of L1 relative luminance from white to black state, from 90% to 10% (see graph below) TrD measures the transition time of L1 relative luminance from black to white state, from 10% to 90% (see graph below)

5. Cross talk shall be measured between two patterns.

FULL WHITE

184 gray level

0 gray level

1/2 1/6 2/3 1/61/2 1/3

1/6

1/31/2

2/3

A A'

B B'

184 gray level

l LA-LA’ l / LA x 100%= 1.2% max., LA and LB are brightness at location A and B l LB-LB’ l / LB x 100%= 1.2% max., LA’ and LB’ are brightness at location A’ and B’

LA：Luminance of measured point in A (cd/m2) LB：Luminance of measured point in B (cd/m2) LA’：Luminance of measured point in A’ (cd/m2) LB’：Luminance of measured point in B’ (cd/m2)

(at Viewing Angle o0φ0θ

o == , )

100% 90%

TrR TrD

WHITEBLACK

10% 0% t

WHITE


16

6. Brightness Uniformity of these 9 points is defined as below:

5

110%

90%

50%

90% 10%50%

2

4

3

6

7 8 9

Brightness Uniformity = Min. brightness / Max. brightness x 100 % > 70%

4. Functional specification All the tests to verify specifications in this section must be performed under the following standard conditions

unless otherwise noted. The standard conditions are:

-Temperature : 0 to 40 degree Celsius -AC line input voltage : 90 Vac to 264 Vac, 47Hz or 63Hz -Warm-up time : 30 minutes minimum

4.1 Display Quality 4.1.1 Display Data Area (with full white pattern)

(1) Horizontal: 337.920 mm (2) Vertical: 270.336 mm

4.1.2 Video Performance (1) Resolution : 1280 X 1024 pixels Maximum (2) Contrast ratio : 360(Min.), 450(Typ.) (3) Response time : 25 mS(Typ.) (4)Viewing angle : Up:65° Down:65° R/L:70° (At contrast ratio >= 10) (5)CIE Coordinate: White ( 0.313, 0.329 ) +/- (0.03, 0.03) (at user mode) (6) Display color: 18 bits color

4.1.3 Light Output Brightness rating : 300cd/㎡(Typ.) @7.0mA

4.1.4 Brightness Adjustment Range At contrast ratio control set at maximum level, adjusting Brightness control from minimum to maximum position,

the light output of WHITE pattern shall be increased more than 40cd/㎡.


17

5. Physical Specifications 5.1 Physical Dimension & Appearance

5.1.1 Overall Dimensions: 375mm (W) X 370mm (H) X 155mm (D)

5.1.2 Outer Appearance: see Fig.1

5.2 Construction and Materials on outer surface (1) Materials: Plastic (2) Color: To be defined for Model

5.3 Base (1)Tilt: fiest hinge:0°~ 25° , second hinge : 25 °~135°

5.4 Marking & Labels 5.4.1 Reference Label (Rear panel)

(1) Reference numbers (2) Manufacture data (3) Agency Approvals (4) Power Ratings

5.4.2 Controls & Connectors (1) AC power cord input: abbreviated labels (2) User's Controls: standard print

5.5 Packaging 5.5.1 Carton Dimension:

385mm (W) X455mm (D) X 1478mm (H) (LCD monitor) 5.5.2 Shipping Weight: 6.2kg (LCD monitor) 5.5.3 Shipping Container: 2100 sets per 40 feet container with pallet.

6. Maintainability Specifications 6.1 General & Requirements

6.1.1 Installation: From outside of unit with standard tools and documentation provided to user.

6.1.2 Periodic Maintenance: No periodic maintenance is required.

6.1.3 Repair & Calibration: Require spare modules or components as specified as followings:

(1) Interface board ASSY (2) AC-DC converter board ASSY (3) Control board ASSY

6.2 Mean Time to Repair

6.2.1 Module Level: Less than 10 minutes

6.2.2 Component Level: Less than 15 minutes

6.3 Accessibility 6.3.1 General:

All panels, covers, and major assemblies are removable without disruption of permanent mounting or fasteners.


18

6.3.2 Outside Cabinet, access to the following elements -Operating Controls -AC Inlet -Audio in

6.3.3 Cover Removal, Access All sub assemblies and internally adjustable components may be accessed by removing the base and the rear cover .

6.4 Equipment & Tools Required 6.4.1 Standard Test Equipment

(1) Voltmeter (2) Dual trace oscilloscope (3) Hand tools as required (4) Computer with IBM VGA , or compatible graphic adapter

6.4.2 Documentation A service manual will be available which covers all service requirements. A users manual written

in Japanese German, Italian, Spanish, France and English will be available to ship with the product. 6.5 Electrical Emission and Energy Saving summary for TCO99

6.5.1 Electrical Field(AC): *Band I< 10V/m (132cd/m^2,”+” pattern) *Band II< 1V/m (132cd/m^2,”+” pattern) Note: Shielded power cord is not acceptable

6.5.2 Magnetic Field(AC): *Band I< 200nt (132cd/m^2,”+” pattern) *Band II< 32nt (132cd/m^2,”+” pattern) Note: Shielded power cord is not acceptable

6.5.3 Energy Saving: *1st stage:<15W(recover time:3 sec) 2nd stage:<5W *single stage:<5W(recover time: 3sec)

Appendix 1 – Shipment Conditions

ITEM State Power OFF Brightness 90 Contrast 50 OSD- Timeout 20s OSD-Language English OSD-Image size Full Screen

OSD-Color temp CU MODE


19

Fig. 1 Physical Dimension Front View and Side view

Q7T3 (CPT panel) LCD Monitor Service Guide Circuit Operation Theory

1

I. Introduction: The Q7T3-CPT is a 17” SXGA (1280x1024) , 26.2 K colors(R, G, B 6-bit data) TFT LCD

monitor without multi-media function. It’s an analog interface LCD monitor with a 15 pins D-sub signal cable and it’s compliant with VESA specification to offer a smart power management and power saving function. It also offers OSD menu for users to control the adjustable items and get some information about this monitor, and the best function is to offer users an easy method to set all adjustable items well just by pressing one key, we called it “Auto key” which can auto adjusting all controlled items. Q7T3-CPT also offer DDC2 function to meet VESA standard.

II. Block diagram

The Q7T3-CPT consists of a head and a stand (base). The head consists of a LCD module with 4 lamps, a power board (include AC/DC, DC/DC and inverter board), a control board and interface BD. The block diagram is shown as below.

III. Circuit operation theory:

A.) HEAD: A-1.) Interface board diagram:


2

(a) Circuit operation theory: A basic operation theory for this interface board is to convert analog signals of Red, Green, Blue. The scaling IC has internal A/D converter, internal OSD and auto detect input timing functions. A/D converter is convert analog signal to digital data. OSD is offering adjustable functions to end-user. Detect timing is for detect change mode. Scalar finally output the digital RGB data, the Hsync, Vsync and pixel clock to LCD panel driver IC by RSDS interface. MCU also embedded in PW133A controls system processing. EEPROM is stored DDC data, OSD common data and user mode data. Flash-Rom is stored the source code which is accessed by MCU to run program.

(b) IC introduction: 1.) DDC (Display Data Channel) function: We use DDC IC to support DDC/2B function. DDC data

is stored in 24C02(EEPROM). Those data related to LCD monitor specification. PC can read them by “SDA” and “SCL” serial communication for I²C communication for DDC2B.

2.) PW133A IC : There are A/D, Scaling, OSD, MCU functions in the PW133A IC. Scaling IC is revolutionary scaling engine, capable of expanding any source resolution to a highly uniform and sharp image, combined with the critically proven integrated 8 bit triple-ADC and patented Rapid-lock digital clock recovery system. It also support detect mode and DPMS control. MCU


3

control unit, it controls all the functions of this interface board, just like the OSD display setting, the adjustable items, adjusted data storage, the external IIC communication, support DDC2B.

3.) EEPROM: We use 24C16 to store all the adjustable data and user settings. 4.) FLASH ROM: To stored the source code which is accessed by MCU to run program.

A-2.) Power board diagram:

Fig.1

#1 EMI Filter

This circuit (fig. 2) is designed to inhibit electrical and magnetic interference for meeting FCC, VDE, VCCI standard requirements.

EMI Filter Rectifier and

filter

Isolation power

transformer

Rectifier and filter Audio Amp and

Pre-Amp

PWM controller Switching element

Feedback Isolation

Inverter circuit

Rectifier and filter

LDO regulator


4

Fig. 2 #2 Rectifier and filter

AC Voltage (90-264V) is rectified and filtered by BD601, C605 (See Fig 3) and the DC Output voltage is 1.4*(AC input). (See Fig.3)

Fig. 3


5

#3 Switching element and Isolation power transformer When the Q601 turns on, energy is stored in the transformer. During Q601 turn-off period, the stored energy is delivered to the secondary of transformer. R607, C607 and D601 is a snubber circuit. R615 is current sense resistor to control output power. (See Fig.4)

Fig. 4

#4 Rectifier and filter D701 and C703 are to produce DC output. L701 and C704 are to suppress high Frequency switching spikes. (See Fig.5)

Fig. 5


6

#5 PWM Controller The PWM controller NCP1200A implements a standard current mode architecture. With an internal structure operating at a fixed 40KHz. Where the switch time is dictated by the peak current set-point. When the current set-point falls below a given value. The output power demand diminishes, the IC automatically enters the so-called skip cycle mode and provides excellent efficiency.

Fig. 6

#6 Feedback circuit PC123 is a photo-coupler and TL431 is a shunt regulation. They are used to detect the output voltage change and be the primary and secondary isolation. When output voltage changes, the feedback voltage will be compared and duty cycle will be decided to control the correct output voltage. (See Fig.7)

Fig. 7


7

A-3.) Control board introduction: The main parts of the control board are a push button, and a LED.

(a) Push button: It’s a simple switch function, pressing it for “ON” to do the auto adjustment function, releasing it for “OFF” to do nothing. (c) LED: It indicates the DPMS status of this LCD monitor; green light means DPMS on (Normal operating condition). Amber light means DPMS off (Power off condition).


8

A-4.) Inverter diagram: 1.Block Diagram:

2. General Specification

Input Voltage: 15V Input Current: 2A max. ON/OFF Voltage: 3.3V PWM Duty: 3.3V/47KHz Output Requirement: Max. Output Current: 15mA Min. Output Current: 6mA Lamp Working Voltage: 600Vrms Open Lamp Voltage: 1700Vrms Frequency: 50KHz

15Vin ON/OFF

switching

OSCILATOR

CIRCUIT

TRANSFORMER CCFL

PWM CONTROLLER

TL1451 CIRCUIT PROTECTION

AND DETECT

ON/OFF

BRT_ADJ


9

3.Circuit Operation Theorem 3.1 ON/OFF SWITCH

The turn-on voltage was controlled by R756 and R757.The inverter was turned on or off by the switching transistors Q761 and Q757, Also regulator IC751 is control by Q761 and Q757 decide supply 15V to inverter part or instead.


10

3.2 PWM Control circuit

TL1451 is a dual PWM controller.C765 and R765 decide the working frequency.BLT_ADJ signal is from control board, control pulse width then decide how much energy delivery to CCFL also decide CCFL brightness. Q741 and Q742 be the buffer to rise the drive capability and the totem poles circuit can improve a capable of driving for Q743.C770 decide the striking time delay.


11

3.3 Oscillator Circuit

Royer circuit uses the characteristic of transformer saturation to oscillate. When the DC power inject, Q759 or Q760 will turns on, and the current Ic increases. After a period, the transistor will leave the saturation status and Vce increase. The result causes the voltage of primary coil get lower. Finally the transistor turn off, and another transistor turn on. These statuses are repeated and the pin7 and pin8 of T751 will get a Sin Wave to turn on CCFL.

� Product System (PS)

Subject: ASS'Y Drawing Part No.: 99.L8372.CBE Rev.: 0

Doc. No. 99.L8372.CBE-C3-328-001

Project Code: 99.L8372.001 Component Part. No.: Page 1 of 1

Model Name: Q7T3

Form No: ACM0-0B-003-24(010918)

1

Release Notice

Q7T3(CPT Panel)LCD Monitor Service Guide Alignment Procedure

1

1.Alignment procedure (for function adjustment)

A. Preparation: 1. Setup input timing VGA_60Hz, Cross-Hatch ( General - I ) pattern. 2. The monitor power on at first time that will enter Factory OSD mode. (If not, Please press “Menu” and “Exit” plus

“Power” buttons at the same time. A “Factory” word will be showed on the upper left hand side of OSD Main menu.) Burn in mode have already started. (See Fig 1.). If it hasn’t started, Please choose “BURN IN MODE” tag and select “On” to enable burn-in mode.(See Fig2a ,2b)

3. Setup unit and keep it warm up at least 20 minutes

B. Timing adjustment:

1. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the same time to enter factory mode.).

2. Select timing from Table 1. The timing marked with star sign (*) have to be adjusted. 3. Execute “Recall All” (press “Yes”) to clear user area in EEPROM 4. The cursor moves to “AUTO Adjust ” or press “I-Key” to run “AUTO adjustment” function.(After AUTO adjustment,

Press “Exit key ” to exit “ AUTO Color Balance ” function. 6. Check the phase of the image; if phase is not perfect adjust it to the best condition. 7. Adjust the settings to following values:

CONTRAST = 50 BRIGHTNESS = 90 OSD TIME = 20 COLOR = sRGB

8. When Factory mode is disable (burn-in mode “off”) then power off after power on will enter user mode.

C. Color balance adjustment: 1. Setup input timing XGA_75Hz, 4 gray pattern.( chroma timing 307 , pattern 45) 2. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the

same time to enter factory mode.). 3. Setup the “Burn-in mode” is “On” 4. Select the color to user-preset mode. 5. At Main menu move cursor to “AUTO Adjust ” tag then press the “ENTER” or “I-Key” to run “ AUTO Adjust ”

function, then press “ RIGHT Key ” to run “ Auto Color Balance ” function . 6. Checking if the picture is no good, reject this monitor.

D. Color adjustment: 1. Setup input timing VGA_60Hz, white pattern. 2. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the

same time to enter factory mode.).

3. Move cursor into “BUR-IN MODE” tag and select “On” to enable burn-in mode. (If it wants to do “Auto Color balance”, please select the color to user-preset mode.)

4. Measure color temperature by Minolta CA-110 (or equivalent equipment). If the default value can’t meet color temperature spec. Please use Auto Alignment to calibrate the color temperature;

Bluish, & Reddish and sRGB. The color temperature specification as follows:


2

X+- 0.326+(-) 0.03White Balance

(Reddish, 5800K set on OSD) Y+- 0.342+(-) 0.03

230cd/m


(sRGB, 6500K set on OSD) Y+- 0.329+(-) 0.03

230cd/m


(Bluish, 9300K set on OSD) Y+- 0.297+(-) 0.03

200cd/m

5. Move cursor into “BURN IN MODE” tag and select “Off” to disable burn-in mode. 6. Turns off the monitor power.

E. Writing EDID file : 1. Setup a PC with DDC card.

2. Connect PC to monitor with a D-sub signal cable.

3. Please refer to the C212 for the correct EDID file.

4. Runs the writing program to write the EDID file into EEPROM for analog input, ie. 15-pin D-sub.

5. Read both EEPROM data and confirm it to match with the C212 definition.

F. Command definition:

PC Host will send 0x7C IIC slave address and then following 4 bytes command

I2C Send Command Byte1 Byte2 Byte3 Byte4

Write Contrast CA 55 Data checksum

Write Brightness CA 56 Data checksum

Write Red Gain CA 57 Data checksum

Write Green Gain CA 58 Data checksum

Write Blue Gain CA 59 Data checksum

Read Contrast C3 55 XX checksum

Read Brightness C3 56 XX checksum

Read Red Gain C3 57 XX checksum

Read Green Gain C3 58 XX checksum

Read Blue Gain C3 59 XX checksum

Write Bluish(9300K) R-Gain Data to NVRAM AA 3C Data checksum

Write Bluish(9300K) G-Gain Data to NVRAM AA 3D Data checksum

Write Bluish(9300K) B-Gain Data to NVRAM AA 3E Data checksum

Write sRGB(6500K) R-Gain Data to NVRAM AA 4C Data checksum

Write sRGB(6500K) G-Gain Data to NVRAM AA 4D Data checksum

Write sRGB(6500K) B-Gain Data to NVRAM AA 4E Data checksum

Write Reddish(5800K) R-Gain Data to NVRAM AA 5C Data checksum

Write Reddish(5800K) G-Gain Data to NVRAM AA 5D Data checksum


3

Write Reddish(5800K) B-Gain Data to NVRAM AA 5E Data checksum

Write User R-Gain Data to NVRAM AA 6C Data checksum

Write User G-Gain Data to NVRAM AA 6D Data checksum

Write User B-Gain Data to NVRAM AA 6E Data checksum

Read Bluish(9300K) R-Gain data from NVRAM A3 3C XX checksum

Read Bluish(9300K) G-Gain data from NVRAM A3 3D XX checksum

Read Bluish(9300K) B-Gain data from NVRAM A3 3E XX checksum

Read sRGB(6500K) R-Gain data from NVRAM A3 4C XX checksum

Read sRGB(6500K) G-Gain data from NVRAM A3 4D XX checksum

Read sRGB(6500K) B-Gain data from NVRAM A3 4E XX checksum

Read Reddish(5800K) R-Gain data from NVRAM A3 5C XX checksum

Read Reddish(5800K) G-Gain data from NVRAM A3 5D XX checksum

Read Reddish(5800K) B-Gain data from NVRAM A3 5E XX checksum

Read User R-Gain data from NVRAM A3 6C XX checksum

Read User G-Gain data from NVRAM A3 6D XX checksum

Read User B-Gain data from NVRAM A3 6E XX checksum

Change Color Temperature to Bluish CC 1 XX checksum

Change Color Temperature to sRGB CC 2 XX checksum

Change Color Temperature to Reddish CC 3 XX checksum

Change C/T to User CC 4 XX checksum

User mode to factory mode 1A 5A XX checksum

Auto Color (Offset1, Offset2, Gain) 1B 5A XX checksum

Factory mode to User mode 1E 5A XX checksum

Clear user area data 1F 5A XX checksum

Off burn in mode CE 2 XX checksum

Change Language Setting 66 0~7 XX checksum

Note A: Byte4(Checksum) = Byte1 + Byte2 + Byte3

Note B: Data = The value write to MCU

Note C: XX = don't care, any value(<=0xFF).

Note D: The Byte-2 definition of “Change Language Setting” is as below,

0=DE, 1=EN, 2=ES, 3=FR, 4=IT, 5=JA, 6=繁中, 7=簡中

When PC Host sends 0x7D command to MCU, MCU must return as following (2 bytes)

Return Code R-Byte1 R-Byte2

Checksum error code FC AA

Normal return code the above Byte3 (/data) FC

If normal return code is exact FCh FC CF


4

The Table is for alignment machine to read data from EEPROM to check if the alignment process and write data are correct.

Read EEPROM Contrast A3 92 XX checksum

Read EEPROM Brightness A3 93 XX checksum

Read EEPROM C/T Point A3 94 XX checksum

Read EEPROM OSD-Hpos A3 95 XX checksum

Read EEPROM OSD-Vpos A3 96 XX checksum

Read EEPROM Language A3 97 XX checksum

Read EEPROM OSD Timer A3 98 XX checksum

Read EEPROM Volume A3 99 XX checksum

Table 1.

Incoming display mode (Input timing) Multi-scan

operation

Resolution Horizontal

Frequency (KHz)

Vertical

Frequency (Hz)

Dot Clock

Frequency (MHz)Remark

Actual display

resolution

*640x480 31.47(N) 60.00(N) 25.18 DOS

*640x480 37.50(N) 75.00(N) 31.5 VESA

*800x600 37.88(P) 60.31(P) 40.00 VESA

*800x600 46.87(P) 75.00(P) 49.5 VESA

*1024x768 48.36(N) 60.00(N) 65.00 VESA

*1024x768 60.02(P) 75.00(P) 78.75 VESA *1152x864 67.50(P) 75.00(P) 108.00 VESA

*1280x1024 64.00(P) 60.00(P) 108.00 VESA

*1280x1024 80.00(P) 75.00(P) 135.00 VESA

Full Screen

1280 x 1024

Table 2


5

Fig 1. Factory Mode “On”

Fig 2a. Burn-In Mode Button


6

Fig 2b. Burn-In Mode “ON”

2.Wire Dressing a. RSDS Cable


7

b. Lamp wire with clip

c. Add 4 Pcs crew to BKT between panel grounding


8

d. Al-Foil-Mylar on the shielding cover

e. Spacer


9

f. Signal cable with clip

g. Bracket Cover


10

h. Plug under AC socket

i. Main Grounding Wire


11

j. Control BD wire: conductive tape change to Clip

k. Shielding cover: conductive tape


12

l. Bracket with panel grounding spring

m. Ctrl BD with panel grounding spring


13

3. Add Glue a. C605

b. C603, C604, L606, L607


14

c. C615

Q7T3(AUO Panel) LCD Monitor Service Guide Circuit Operation Theory

1

I. Introduction: The Q7T3-FP767 is a 17” SXGA (1280x1024) , 262 K colors(R, G, B 6-bit data) TFT LCD

monitor with multi-media function. It’s an analog interface LCD monitor with a 15 pins D-sub signal cable and it’s compliant with VESA specification to offer a smart power management and power saving function. It also offers OSD menu for users to control the adjustable items and get some information about this monitor, and the best function is to offer users an easy method to set all adjustable items well just by pressing one key, we called it “Auto key” which can auto adjusting all controlled items. Q7T3-FP767 also offer DDC2 function to meet VESA standard.

II. Block diagram

The Q7T3-FP767S consists of a head and a stand (base). The head consists of a LCD module with 4 lamps, a power board (include AC/DC, DC/DC and inverter board), a control board and interface BD. The block diagram is shown as below.

AC-DC board

TFT-LCD module with 4 CCFL(backlight)

AC input

To backlight

Analog RGB signals

AC socket

Control board

DDC IC

EEPROMMCU

gm2120

LVDS Xmtr x 2Interface board

LVDS

D-sub connector

Flash ROM

Power sequence circuit

Inverter board

III. Circuit operation theory:

A.) HEAD: A-1.) Interface board diagram:

PW BD AC Socket


2

Interface Board

Red Green Blue

Vsync

Hsync (/H+V)

A/D MCU Scaling OSD

To LCD module

EE

PRO

MSCL SDA

FLA

SH-

RO

M

DDC

gm2120

(a) Circuit operation theory: A basic operation theory for this interface board is to convert analog signals of Red, Green, Blue. The scaling IC has internal A/D converter, internal OSD and auto detect input timing functions. A/D converter is convert analog signal to digital data. OSD is offering adjustable functions to end-user. Detect timing is for detect change mode. Scaler generate the pixel clock to the LVDS transmitter. Finally output the digital RGB data, the Hsync, Vsync and pixel clock to LCD panel driver IC by LVDS transmitter. MCU also embedded in Gm2120 offers H/W DDC2Bi function & controls system processing. EEPROM is stored DDC data, OSD common data and user mode data. Flash-Rom is stored the source code which is accessed by MCU to run program.

(b) IC introduction: 1.) DDC (Display Data Channel) function: We use DDC IC to support DDC/2B function. DDC data

is stored in 24C02(EEPROM). Those data related to LCD monitor specification. PC can read them by “SDA” and “SCL” serial communication for I²C communication for DDC2B.

2.) Gm2120 IC: There are A/D, Scaling, OSD, MCU functions in the Gm2120 IC. Scaling IC is revolutionary scaling engine, capable of expanding any source resolution to a highly uniform and sharp image, combined with the critically proven integrated 8 bit triple-ADC and patented


3

Rapid-lock digital clock recovery system. It also support detect mode and DPMS control. MCU control unit, it controls all the functions of this interface board, just like the OSD display setting, the adjustable items, adjusted data storage, the external IIC communication, support DDC2B.

3.) EEPROM: We use 24C16 to store all the adjustable data and user settings. 4.) FLASH ROM: To stored the source code which is accessed by MCU to run program.


Fig.1

#1 EMI Filter



filter

Isolation power

transformer


Pre-Amp


Feedback Isolation

Inverter circuit


LDO regulator


4

Fig. 2 #2 Rectifier and filter


Fig. 3


5

#3 Switching element and Isolation power transformer When the Q601 turns on, energy is stored in the transformer. During Q601 turn-off period, the stored energy is delivered to the secondary of transformer. R607, C607 and D601 is a snubber circuit. R615 is current sense resistor to control output power. (See Fig.4)

Fig. 4


Fig. 5


6

#5 PWM Controller The current mode control IC UC3842B is used to control PWM. When the VCC terminal of it gets 16V, IC601 turns on. +5V will be set up at Pin8 through soft start circuit, which includes R617, C611, D606 and D605. R616 and C610 generate a fixed frequency saw-tooth wave at Pin4.

Fig. 6

#6 Feedback circuit PC123 is a photo-coupler and TL431 is a shunt regulation. They are used to detect the output voltage change and be the primary and secondary isolation. When output voltage changes, the feedback voltage will be compared and duty cycle will be decided to control the correct output voltage. (See Fig.7)

Fig. 7




7

A-4.) Inverter diagram: 1.Block Diagram:


Input Voltage: 15V Input Current: 2A max. ON/OFF Voltage: 3.3V PWM Duty: 3.3V/47KHz Output Requirement: Max. Output Current: 15mA Min. Output Current: 6mA Lamp Working Voltage: 600Vrms Open Lamp Voltage: 1700Vrms Frequency: 50KHz

15Vin ON/OFF

switching

OSCILATOR

CIRCUIT

TRANSFORMER CCFL

PWM CONTROLLER


AND DETECT

ON/OFF

BRT_ADJ


8

3.Circuit Operation Theorem 3.1 ON/OFF SWITCH

The turn-on voltage was controlled by R756 and R757.The inverter was turned on or off by the switching transistors Q761 and Q757, Also regulator IC751 is control by Q761 and Q757 decide supply 15V to inverter part or instead.


9


TL1451 is a dual PWM controller.C765 and R765 decide the working frequency.BLT_ADJ signal is from control board, control pulse width then decide how much energy delivery to CCFL also decide CCFL brightness. Q741 and Q742 be the buffer to rise the drive capability and the totem poles circuit can improve a capable of driving for Q743.C770 decide the striking time delay.


10



Q7T3(AUO panel) LCD Monitor Service Guide Trouble Shooting

1

Q7T3 TROUBLE SHOOTING GUIDE

No Display or display is unstable: 1.1 Interface Board:



No



Yes


Yes


Yes

Is LED status normal? No Check Flash Rom or replace it

Yes

Does crystal work correctly? No Check crystal CKT or replace it

Yes


Yes

Replace panel

Q7T3(AUO Panel) LCD Monitor Service Guide Trouble Shooting

2

2. BUTTON function: 2.1 Control Board OSD is not working Yes


Yes


No

Replace Control BD

Is OSD working??

No

Check Interface BD

3. OSD function:

OSD doesn’t work


Check interface BD

Q7T3(AUO Panel) LCD Monitor Service Guide Trouble Shooting

3

4. Power Board


LED shined?


IC751 PIN 9 IS 15V?Replace Q761

PWM existed? (BLT_ADJ)

Plug CN701 again or checking I/F BD


Insert them againCheck CN752, CN753 was pluged properly?

Plug CN601 again or checking PW BD

Replace IC751,Q751

Replace new fuse

Replace new fuse

Check IC701 OK?

Checking F601 Broke?

Check IC601 Vcc existed?

Replace IC602, IC702,D701 or check

I/F BD

Replace IC701

Replace new fuse

Replace IC601,Q602,Q603

R602

Y

N

N

N

N

Y

Y

Y

Y

N

Y

Y N

N

Y

Y

Y

N

N

N

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C2-204-004

INTERFACE BOARD

1 5

JAMSON LIU DAVEN WU

48.L8301.S11 S11

ANGEL HU

<Size>

Q7T3-FP767S99.L8372.001

0

Tuesday, February 11, 2003

NA

Optical Points

Screw Holes

H4

HOLE-V8

1

2

3

4

5

6

7

8

9OPOP4

OPOP14

OPOP7

H2

HOLE-V8

1

2

3

4

5

6

7

8

9

H1

HOLE-V8

1

2

3

4

5

6

7

8

9OPOP2

OPOP10

OPOP12

OPOP13

OPOP1

OPOP5

OPOP3

OPOP8

OPOP9H3

HOLE-V8

12

3

4

5

6

7

8

9

OPOP11

OPOP6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

PC5V

G+

B+

R+

R-

G-

B-

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

VS

HS

DSUB_SCL

DSUB_SDA

BLUE+

GREEN+

RED+

RED-

GREEN-

BLUE-

Cable-Detect

DVIPC5V

DVISCL

DVISDA

RX0-

RX0+

RX1-

RX1+

RX2-

RX2+

RXC-

RXC+

RX0M

RX0P

RX1M

RX1P

RX2M

RX2P

RXCM

RXCP

RX1+RX2+

RX1-RX0+

RX2-

RX0-

DVIPC5V

DVISCLDVISDA

RXC+RXC-

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C2-204-004

INTERFACE BOARD

2 5

JAMSON LIU DAVEN WU

48.L8301.S11 S11

ANGEL HU

<Size>

Q7T3-FP767S99.L8372.001

0


NA

OPEN

DN10BAV99

1

3

2

TP4

R1022

U2C

74LVC14A

5 6

147

R7 22

C2 0.01U 50V K

R3

75

TP3

D1

TZMC5V11

2

R175

DN11BAV99

1

3

2

R184.7K

C5 0.01U 50V K

TP6

TP13

R11 47

DN1

BAV99

1

3

2

R14100

TP5

TP15

R4 56

R17

10K

C10.1U

16V K

R20 10K

R1322

TP17

U2A

74LVC14A

1 2

147

U1

AT24C02A

A01

A12

A23

VSS4

VCC 8

WP 7

SCL 6

SDA 5

TP7

R194.7K

DN4

BAV70LT1

2

3

1

C1247P50V J

U3

AT24C02A

A01

A12

A23

VSS4

VCC 8

WP 7

SCL 6

SDA 5

R12 56

C3 0.01U 50V K

C847P50V J

TP12

U2D

74LVC14A

9 8

147

J2

2061106212

123456789101112131415161718192021222324

TP8

R275

TP19

DN5BAV99

1

3

2

D5

TZMC5V1

12

DN12BAV99

1

3

2

C6 0.01U 50V K

DN3

BAV99

1

3

2

TP20

TP14

TP9

D6

TZMC5V1

12

DN100

BAV99

1

3

2

R15100

TP18

DN7BAV99

13

2

TP11

R62.7K

TP16

DN13BAV99

1

3

2

R52.7K

TP21

D7

TZMC5V1

12

TP22

D4

TZMC5V1

12

TP10

DN8BAV99

13

2

TP23

D8

TZMC5V1

12

C4 0.01U 50V K

J1

CON16

12345678910111213141516

DN2

BAV99

1

3

2

R8 56

TP2

C7 0.01U 50V K

D3

TZMC5V1

12

D2

TZMC5V1

12

C130.1U16V K

DN9BAV99

13

2

DN6

BAV70LT1

2

3

1

C100.1U16V K

TP1

C1147P50V J

R16

10K

R9 47

U2B

74LVC14A

3 4

147

C947P50V J

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

FLASH_WE

RMADDR[0..15]

RM

DA

TA[0

..7]

RMADDR5

RMDATA0RMADDR7

RMADDR11

RMADDR9

RMADDR10TXD

RMADDR11

RMDATA7

RMADDR14

RMDATA7

RMDATA2

SDA

SDA

RMADDR5

RMADDR10

RMDATA6RMADDR2RMDATA5RMADDR12

BANK

RMADDR1

RMADDR8

RMADDR1

RMADDR2

RMADDR8

RMDATA1

SCL

RMDATA1

RMDATA3

RMADDR3

RMADDR14RMDATA3

RMDATA0

RMADDR6RMADDR15

RMADDR13

ROM_OEn

RMADDR6

RMADDR7

RXD

RMDATA2

RMADDR12

RMDATA6

RMDATA4

RMADDR3

RMDATA4

RMADDR4RMADDR9

RMADDR13

RMADDR15

RMADDR8

SCLRMDATA5

RMADDR14

BANK

RMADDR9

RMADDR0

RMADDR0

RMADDR4FLASH_WE

3.3V_DDDS3.3V_SDDS

3.3V_RDDS

3.3V_RGB

3.3V_DVI

2.5V_RXPL

TXDRXD

D EN

DCLK

TCLKXTAL

3.3V_DVI

D HSDVS

Reset

+3.3V

+2.5V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+2.5V

+2.5V +3.3V

+3.3V+3.3V

+3.3V +3.3V +3.3V +3.3V

+3.3V

+3.3V

GREEN-P.2BLUE+P.2BLUE-P.2

VSP.2HSP.2

RED+P.2RED-P.2

GREEN+P.2

BRT_ADJ

BL_ON

DSUB_SCLDSUB_SDALED_ORG

LED_GRN

VOL_ON/OFF

PW_SWKEY_MENU

I_KEY

KEY_DECKEY_INC

VOLUME

DCLK_TTL

DEN_TTL

DVS_TTL

OB7OB6OB5OB4OB3OB2OB1OB0

OG7OG6OG5OG4OG3OG2OG1OG0

OR7OR6OR5OR4OR3OR2OR1OR0

EB7EB6EB5EB4EB3EB2EB1EB0

EG7EG6EG5EG4EG3EG2EG1EG0

ER7ER6ER5ER4ER3ER2ER1ER0

LVDS_EN

KEY_EXITLCD_ON

DHS_TTL

Cable-Detect

RXCPP.2RXCMP.2RX2PP.2RX2MP.2RX1PP.2RX1MP.2

RX0MP.2RX0PP.2

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C2-204-004

INTERFACE BOARD

3 5

JAMSON LIU DAVEN WU

48.L8301.S11 S11

ANGEL HU

<Size>

Q7T3-FP767S99.L8372.001

0


NA

ROM_ADDR9

Available for reading from a status register

1

ROM_ADDR7 If using 6-wire host protocol, program this bit to 1

OCM_START

GPIO(22:16) is on "Host Port" pins

x

HOST_PORT_EN

1 = All 48K of ROM is in external ROM

0

Reserved

HOST_PROTOCOL

x

ROM_ADDR8

0 = XTAL and TCLK pins are connected

1

DESCRIPTION

xROM_ADDR6

1

Available for reading from a status register

NAME

x

0

ADDRESS SET

USER_BITS(4:0)

Determines polarity of HCLK signal

OCM_ROM_CFG(1)

If using 6-wire host protocol, program this bit to 0

USER_BITS(7:5)

ROM_ADDR14

Re setCircuit

BOOTSTRAP SIGNALS

SCLPOL

ROM_ADDR13

FLASH/ Prom-Jet Socket

ROM_ADDR(4:0)

32-Pin PLCC Socket

ROM_ADDR(12:10)

ROM_ADDR5

OSC_SEL

1 = OCM becomes active after OCM_CLK is stable Close to respective power PinsClose to respective power Pins

RS232

OPEN OPEN

OPEN

Re setCircuit

OPEN

OPEN

C490.1U

16V K

+ C1422U16V

12

C500.1U

16V K

Q22N3906

32

1

C2147POPEN

C580.1U

16V K

C160.1U

16V K

R69 51K

C340.1U

16V K

C550.1U

16V K

R242.7K

R50

10K

+ C4022U16V

12

C180.1U

16V K

CN1

22P OPEN

81

72

63

54

RN10

1001234

8765

J3

CON_3P_S123

R46

10K

R34

10K

R99 4.7K

+ C4122U16V

12

+ C2822U16V

12

CN5

22P OPEN

81

72

63

54

CN1222P OPEN

81

72

63

54

RN7

1001234

8765

R21 0

R33 0

C570.1U

16V K

CN2

22P OPEN

81

72

63

54

CN1022P OPEN

81

72

63

54

RN3

1001234

8765

R40

10K

R7010K

C510.1U

16V K

C540.1U

16V K

L1

BEAD

R44

10K

CN822P OPEN

81

72

63

54

R36 1KF

C250.1U

16V K

C150.1U

16V K

C36 4.7P J

C310.1U

16V K

R35

10K

RN4

1001234

8765

C200.1U

16V K

L2

BEAD

C530.1U

16V K

R47

10K

C390.1U

16V K

C260.1U

16V K

C300.1U

16V K

Int_Test

U4

GM2120

710212000ERED+171RED-170GREEN+167GREEN-166BLUE+163BLUE-162

RX2+179RX2-180RX1+185RX1-186RX0+191RX0-192

XTAL151 TCLK152

GPIO0/PWM0 40GPIO1/PWM1 41GPIO2/PWM2 42GPIO3/TIMER1 43

GPIO4/UART_D1 44GPIO5/UART_D0 45

GPIO6/EXTCLK 46GPIO7 47

GPIO10/TCON_ROE3 49

GPIO11 50

GPIO12 51GPIO13 52

DCLK/TCON_OCLK 118DEN/TCON_ECLK 115

DVS/TCON_FSYNC 117DHS/TCON_LP 116

RXC-195 RXC+194

REXT174

TCON_OPOL 120TCON_OINV 121TCON_ESP 122

TCON_EPOL 123TCON_EINV 124

TCON_RSP2 125TCON_RSP3 126TCON_RCLK 127

TCON_ROE 128

GPIO20/HDATA3206GPIO19/HDATA2207GPIO18/HDATA1208GPIO17/HDATA01GPIO16/HFS205GPIO22/HCLK204

RESETn5GPIO21/IRQn4

DDC_SCL6DDC_SDA7

GPIO9/TCON_ROE2 48

GPIO8/IRQINn 39

CLKOUT 201

ROM_ADDR025 ROM_ADDR124 ROM_ADDR223 ROM_ADDR322 ROM_ADDR419 ROM_ADDR518 ROM_ADDR617 ROM_ADDR716

ROM_ADDR815

ROM_ADDR158

ROM_DATA035 ROM_DATA134 ROM_DATA233 ROM_DATA332 ROM_DATA431 ROM_DATA530 ROM_DATA629 ROM_DATA728

ROM_ADDR149ROM_ADDR1310

ROM_ADDR914

ROM_ADDR1112ROM_ADDR1013

ROM_ADDR1211

ROM_OEn36

VD

D1_

AD

C_2

.515

5V

DD

2_A

DC

_2.5

153

AGND_GREEN165AGND_RED169

AGND_BLUE161 AGND_ADC158 SGND_ADC157

AGND_RX2178

RV

DD

2R

VD

D20

RV

DD

53R

VD

D67

RV

DD

81R

VD

D97

RV

DD

111

RV

DD

129

CV

DD

26C

VD

D88

CV

DD

134

CV

DD

203

VD

D_R

X2_

2.5

176

PPWR113PBIAS114

AGND_IMB175

VD

D_R

X1_

2.5

182

AGND_RX1184

VD

D_R

X0_

2.5

188

AGND_RX0190AGND_RXC197AGND_RXPLL198

VDD_RXPLL_2.5199

AV

DD

_RP

LL15

0

AVSS_RPLL149

VD

D_D

PLL

_3.3

148

AV

DD

_SD

DS

146

VD

D_S

DD

S_3

.314

4

AV

DD

_DD

DS

141

VD

D_D

DD

S_3

.313

9

AVSS_SDDS145AVSS_DDDS140

HSYNC137VSYNC136

RV

SS

3R

VS

S21

RV

SS

38R

VS

S54

RV

SS

68R

VS

S82

RV

SS

98R

VS

S11

2R

VS

S13

0

CV

SS

89C

VS

S13

3

CV

SS

202

CV

SS

135

GN

D1_

AD

C15

6G

ND

2_A

DC

154

GN

D_R

X2

177

GN

D_R

X1

183

GN

D_R

X0

189

VS

S_D

PLL

147

VS

S_S

DD

S14

3V

SS

_DD

DS

138

N/C 200

ADC_TEST159

PD6/ER6 61PD7/ER7 62

PD10/EG2 65PD11/EG3 66PD12/EG4 69PD13/EG5 70PD14/EG6 71PD15/EG7 72

PD33/OG1 94PD32/OG0 93

PD18/EB2 75PD19/EB3 76PD20/EB4 77PD21/EB5 78PD22/EB6 79PD23/EB7 80

PD17/EB1 74PD16/EB0 73

PD26/OR2 85PD27/OR3 86PD28/OR4 87PD29/OR5 90PD30/OR6 91PD31/OR7 92

PD25/OR1 84PD24/OR0 83

PD34/OG2 95PD35/OG3 96PD36/OG4 99PD37/OG5 100PD38/OG6 101PD39/OG7 102

PD9/EG1 64PD8/EG0 63

PD42/OB2 105PD43/OB3 106PD44/OB4 107PD45/OB5 108PD46/OB6 109PD47/OB7 110

PD41/OB1 104PD40/OB0 103

TCON_OSP 119

CV

SS

27

Reserved 131

N/C 142Reserved 132

AVDD_IMB173AVDD_RX2181AVDD_RX1187AVDD_RX0193AVDD_RXC196

AVDD_BLUE164AVDD_GREEN168AVDD_RED172

AVDD_ADC160

PD5/ER5 60PD4/ER4 59PD3/ER3 58PD2/ER2 57PD1/ER1 56PD0/ER0 55

RV

DD

37

C600.1U

16V K

R27

10K

R5210K

C1011U10V Z

RN1

1001234

8765

U7

AT24C16 16K

NC 1NC 2NC 3

GND 4SDA5 SCL6 WP7 VCC8

RN11

1001234

8765

C520.1U

16V K

C38

0.1U16V K

RN8

1001234

8765

C370.1U16V K

R25

10K

C35 4.7P J

R51

10K

R68

10K

RN13

1001234

8765

R29

100K

+ C3322U16V

12

R48

10K

+ C2322U16V

12

C290.1U

16V K

R42

10K

CN3

22P OPEN

81

72

63

54

L6

BEAD

R38

10K

U9

V6300L OPEN

NC1

VSS2

NC3

VDD 5

RES 4

RN9

1001234

8765

R41

10K

Y114.318MHZ

R39

10K

C270.1U

16V K

CN6

22P OPEN

81

72

63

54

CN1122P OPEN

81

72

63

54

RN5

1001234

8765

L4

BEAD

R22

1KF

RN12

1001234

8765

RN2

1001234

8765

L3

BEAD

R31

3KF

CN4

22P OPEN

81

72

63

54

CN922P OPEN

81

72

63

54

CN7 22P OPEN

81

72

63

54

R37

10K U6 SST 39VF010

A153A1429A1328A124A1125A1023A926A827A75A66A57A48A39A210A111A012

DQ7 21DQ6 20DQ5 19DQ4 18DQ3 17DQ2 15DQ1 14DQ0 13

OE24

WE31

VCC 32

NC 1

GND 16

A162 NC/A1730

CE22

C320.1U

16V K

C590.1U

16V K

+ C1722U16V

12

C190.1U

16V K

R43

10K R49

10K

R28

10K

D9

1N4148

12

R32 0

R45

10K

C420.1U

16V K

RN6

1001234

8765

C430.1U

16V K

L5

BEAD

C2247POPEN

C440.1U

16V K

C560.1U

16V K

C450.1U

16V K

C460.1U

16V K

C470.1U

16V K

R26

10K

C480.1U

16V K

C240.1U

16V K

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

+3.3V

+5V

+3.3V+2.5V

LCD_ONBL_ONBRT_ADJ

VOLUMEVOL_ON/OFF

LED_ORG

KEY_MENU

KEY_DEC

LED_GRN

KEY_EXIT

I_KEY

KEY_INC

PW_SW

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C2-204-004

INTERFACE BOARD

4 5

JAMSON LIU DAVEN WU

48.L8301.S11 S11

ANGEL HU

<Size>

Q7T3-FP767S99.L8372.001

0


NA

PWM output first, it must be "H" when no work.

OPENOPEN

R60 1KL23

C750.1U50V Z

C64100P50V J

L20

U5IRU1206-25CY

IN1

GN

D2

OUT 3

GN

D4 + C79

10U16V

12

C680.1U

16V K

J4

2060091109

123456789

C670.1U

16V K

R59 1K

C730.1U50V Z

R53 200

J5

20.72060.207

1234567891011121314

R58 1K

C65100P50V J

R56 1K

C810.1U50V Z

C61100P50V J

R57 1KL21

C700.1U K

C760.1U50V Z

U2F

74LVC14A

13 12

147

L24

+ C7210U16V

12

R23

0

R55 1K

C62100P50V J

L22

+ C6910U16V

12

C710.1U K

C63100P50V J

R54 100

C740.1U50V Z

L15

L18

U2E

74LVC14A

11 10

147

L19

C770.1U50V Z

C780.1U50V Z

C66100P50V J

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+5V+5V

+3.3V

+3.3V

+3.3V

+3.3V

ER7

ER5

EG0

EG1

EG2

EG6

EG7

EG3

EG4

EG5

EB0

EB6

EB7

EB1

EB2

EB3

EB4

EB5

DHS_TTL

DVS_TTL

DEN_TTL

DCLK_TTL

ER6

ER0

ER1

ER2

ER3

ER4

E0-

E0+

E1-

E1+

E2-

E2+

ECLK-

ECLK+

E3-

E3+

O3+

OR3

O0-

DHS_TTL

OG2

OB0

DVS_TTL

OG0

OR6

OG5

OR4

O1+

O3-

OCLK-

OB2

OG7

OR0

OB6

O2-

DEN_TTL

OB5

OG6

OR1

OR5

O2+

OB7

OR2

OG1

OB1

DCLK_TTL

OG3

OB4

OCLK+

O0+

OB3

O1-

OR7

OG4

LVDS_EN

LCD_PW

LCD_ON

E3+O0-O0+O1-O1+O2-O2+

OCLK-OCLK+

O3-O3+

E3-ECLK+ECLK-E2+E2-E1+E1-E0+E0-

LCD_PW

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C2-204-004

INTERFACE BOARD

5 5

JAMSON LIU DAVEN WU

48.L8301.S11 S11

ANGEL HU

<Size>

Q7T3-FP767S99.L8372.001

0


NA

"L" Falling edge trigger"H" Rising edge trigger

J6

20D0017210

1234567891011121314151617181920

+ C8822U16V

12

C960.1U16V K

L7

BEAD

L13

BEAD

L11

BEAD

+ C8510U16V

12

C910.1U

16V K

C950.1U

16V K

+ C9922U16V

12

J7

2060089108

12345678

R61100K

C840.1U16V K

C980.1U16V K

C870.1U16V K

T.L.

IC1

THC63LVDM83A

VCC1

TXIN52

TXIN63

TXIN74

GND5

TXIN86

TXIN97

TXIN108

VCC9

TXIN1110

TXIN1211

TXIN1312

GND13

TXIN1414

TXIN1515

TXIN1616

VCC17

TXIN1718

TXIN1819

TXIN1920

GND21

TXIN2022

TXIN2123

TXIN2224

TXIN2325

VCC26

TXIN2427

TXIN2528

TXIN4 56

TXIN3 55

TXIN2 54

GND 53

TXIN1 52

TXIN0 51

TXIN27 50

LVDS GND 49

TXOUT0- 48

TXOUT0+ 47

TXOUT1- 46

TXOUT1+ 45

LVDS VCC 44

LVDS GND 43

TXOUT2- 42

TXOUT2+ 41

TXCLK OUT- 40

TXCLK OUT+ 39

TXOUT3- 38

TXOUT3+ 37

LVDS GND 36

PLL GND 35

PLL VCC 34

PLL GND 33

PWR DWM 32

TXCLK IN 31

TXIN26 30

GND 29

C940.1U

16V K

+ C8347U16V

12

C860.1U

16V K

R66OPEN

+ C9022U16V

12

L8

BEAD

R6220K

L14

BEAD

T.L.

U8

GF4435

S1

S2

S3

G4

D 8

D 7

D 6

D 5

C1000.1U

16V K

C820.1U

16V K

R67

10K

R65

10K

L12

BEAD

+ C9722U16V

12

T.L.

IC2

THC63LVDM83A

VCC1

TXIN52

TXIN63

TXIN74

GND5

TXIN86

TXIN97

TXIN108

VCC9

TXIN1110

TXIN1211

TXIN1312

GND13

TXIN1414

TXIN1515

TXIN1616

VCC17

TXIN1718

TXIN1819

TXIN1920

GND21

TXIN2022

TXIN2123

TXIN2224

TXIN2325

VCC26

TXIN2427

TXIN2528

TXIN4 56

TXIN3 55

TXIN2 54

GND 53

TXIN1 52

TXIN0 51

TXIN27 50

LVDS GND 49

TXOUT0- 48

TXOUT0+ 47

TXOUT1- 46

TXOUT1+ 45

LVDS VCC 44

LVDS GND 43

TXOUT2- 42

TXOUT2+ 41

TXCLK OUT- 40

TXCLK OUT+ 39

TXOUT3- 38

TXOUT3+ 37

LVDS GND 36

PLL GND 35

PLL VCC 34

PLL GND 33

PWR DWM 32

TXCLK IN 31

TXIN26 30

GND 29

C890.1U16V K

R64OPEN

Q12N3904

1

32

R6310K

Q7T3(AUO panel) LCD Monitor Service Guide Engineering Specification

1

Table of Contents

1. INTRODUCTION................................................................................................................................... 3

2. OPERATIONAL SPECIFICATION .................................................................................................... 3

2.1 ENVIRONMENT..................................................................................................................................... 3 2.2TRANSPORTATION................................................................................................................................. 3 2.3 PACKING CONFIGURATION................................................................................................................... 5 2.4 ELECTROSTATIC DISCHARGE REQUIREMENTS ..................................................................................... 7 2.5 SAFETY REQUIREMENTS ...................................................................................................................... 7 2.6 EMI REQUIREMENTS ........................................................................................................................... 7 2.7 RELIABILITY ........................................................................................................................................ 8 2.8 MECHANICAL DESIGN FOR TCO 99:.................................................................................................... 8 2.9 ENVIRONMENT PROTECTION DESIGN:.................................................................................................. 8 2.10 ACOUSTICAL NOISE ........................................................................................................................... 8

3. INPUT / OUTPUT SIGNAL SPECIFICATION ................................................................................. 8

3.1 INPUT SIGNAL REQUIREMENTS ............................................................................................................ 8 3.2 FUNCTION ............................................................................................................................................ 9 3.3 NUMBER OF DISPLAY COLORS: 226K COLOR NUMBERS...................................................................... 10 3.4 ADJUSTMENT FUNCTION .................................................................................................................... 10 3.5 DISPLAY POWER MANAGEMENT SYSTEM (DPMS)............................................................................ 10 3.7 PANEL OPTICAL CHARACTERISTICS NOTE：...................................................................................... 12 3.8 BACK-LIGHT UNIT........................................................................................................................ 14

4. FUNCTIONAL SPECIFICATION..................................................................................................... 14

4.1 DISPLAY QUALITY ............................................................................................................................. 14

5. PHYSICAL SPECIFICATIONS......................................................................................................... 15

5.1 PHYSICAL DIMENSION & APPEARANCE ............................................................................................. 15 5.2 CONSTRUCTION AND MATERIALS ON OUTER SURFACE....................................................................... 15 5.3 BASE.................................................................................................................................................. 15 5.4 MARKING & LABELS ......................................................................................................................... 15 5.5 PACKAGING ....................................................................................................................................... 15

6. MAINTAINABILITY SPECIFICATIONS........................................................................................ 15

6.1 GENERAL & REQUIREMENTS ............................................................................................................. 15 6.2 MEAN TIME TO REPAIR...................................................................................................................... 15 6.3 ACCESSIBILITY................................................................................................................................... 16


2

Table of Contents

6.4 EQUIPMENT & TOOLS REQUIRED....................................................................................................... 16 6.5 ELECTRICAL EMISSION AND ENERGY SAVING SUMMARY FOR TCO99............................................... 16


3

1. Introduction This specification describes a 17.0” color TFT LCD monitor which is supported by analog interface solution and support

maximum resolution 1280X1024 at 75Hz refresh rate. It has the following features:

- User controls:

(a) “Power on/off” switch. (b) “Menu” key: For enter sub-menus or select items. (c) " EXIT "key: back to main menus、leave OSD or enter volume hot-key function. (d) " 3 " key: For left adjustment and enter “Contrast” Hot-key function. (e) " 4 " key: For right adjustment and enter “Brightness” Hot-key function. (f) “I-Key”: For auto-adjustment picture.

- OSD window for control and information display with 8 languages selection.

- DPMS (Display Power Management System) - Power on/off indicator. - Tilt base (with tilt function from 0 to +25 degree). -DDC2B function supported.

It is composed of the following materials: -A LCD monitor

(a) Head part:

(1) A LCD module (AU M170EN05). (2) An Inverter +AC-DC board (3) An Interface board. (4) A control board. (5) A 15pin D-sub connector

(b) Base part:

(1) Tilt base. - A power cord - An user menu.

2. Operational Specification

2.1 Environment 2.1.1 Temperature

-Operating +0 to +40 degrees Celsius -Non-operating -20 to +60 degrees Celsius

2.1.2 Humidity -Operating 10 to 90% Max. Non-condensing -Non-operating 10 to 95% Max. Non-condensing

2.1.3 Altitude -Operating 0 to 3,048m (10,000ft) -Non-operating 0 to 12,192m (40,000ft)

2.2Transportation 2.2.1 Vibration Test (Package, Non-Operating)


4

A) Sine-wave vibration for initial resonance sweeps and dwells

* Sine sweep


26.6 ~ 50 0.016" 50 ~ 500 1.5G

Sweep times: 1 sweep / Per Axis (X, Y, and Z Axis) * One major resonance dwell is required for each axis. Total dwell time at each resonance point shall be 15 minutes.

B) Random Vibration

Frequency (Hz) Slope (dB/Oct.) Spectrum Level (g2/Hz)

5 ~ 100 0 0.015

100 ~ 200 -6 ---

200 --- 0.0038


* Duration: 30 Minutes / Per Axis (X, Y, and Z Axis) Total test time: 90 Minutes

2.2.2 Drop Test (Package, Non-Operating) A) Drop Height

Weight (Kg) ACM Spec. Height (cm)

0 - 9 91 > 9 - 18.2 76

> 18.2 - 27.2 61 > 27.2 - 45.4 46 > 45.4 - 68.1 31

> 68.1 - 113.5 26 B) Drop Sequence

2

1

53

4

6


1. Top

Manufacturingjoint


5

-Corner 5-3-2 select at weakness side [the low left (or right) corner of the front panel]

-An edge drop with impact on the shortest edge radiating from corner 5-3-2 -An edge drop with impact on the next shortest edge radiating from corner 5-3-2 -An edge drop with impact on the longest edge radiating from corner 5-3-2 -A flat drop with impact on the rear -A flat drop with impact on the front -A flat drop with impact on the right -A flat drop with impact on the left -A flat drop with impact on the bottom -A flat drop with impact on the top After test, there is no electrical and mechanical damage permitted.

2.2.3 HALF-SINE SHOCK Test conditions:

Test unit: 2 sets

Each unit has to withstand 18 shocks.(3 shocks pre face)

No- operation

Half-sine wave

Duration: 3ms

Acceleration (G): 75G

2.3 Packing Configuration 2.3.1 Container Specification


Container Type 20'*8'*8'6

" Steel 40'*8'*8'6" Steel 40'*8'*9'6"

High Cube Steel

Gross 24,000 30,480 30,480

Weight (Kegs) Tare 2,370 4,000 4,200

Payload 21,630 26,480 26,280

Length 5,898 12,031 12,031


Height 2,394 2,394 2,699



Height 2,280 2,280 2,585


6

Length 5,890 12,000 12,000

Width 2,330 2,330 2,330

Useable Interior Dimension

(Deducted pallet (130mm

& Operating space 50mm) Height 2,100 2,100 2,405

b. Air Transport


125"*96"*96" 125"*96"*118" 125"*88"*64"

Gross 6,804 6,804 4,627


Payload 6,675 6,675 4,498

Length 3,048 3,048 3,048


(mm) Height 2,438 2,997 1,625



Product Net 4.2


Length 368

Width 407 Carton Interior

Measurement (mm) Height 140

Length 385

Width 445 Carton External



a. Dimension

Transport Type Pallet A Pallet B Pallet C Pallet D

Shipping Pallet Length 770 770 1155 1155


7

Width 890 1335 890 1335 Dimension (mm)

Height 115 115 115 115

Length X X X X

Width X X X X Air Transport Pallet

Dimension (mm) Height X X X X



Quantity of products

(sets)

Quantity of Products

(sets)

Quantity of pallet

(sets) Stowing Type




Pallet C:84 Pallet C: 1

Pallet D:126 Pallet D: 1


with pallet


2.4 Electrostatic Discharge Requirements The subject product must withstand 8KV for contact discharge and 15KV for air discharge of

Electrostatic Discharge and meet the acceptance criteria as specified in XXXISO 9241-3XXX -- should be IEC 801-2.

2.5 Safety Requirements The display unit complies with the following safety standards and specifications. - UL compliance.... standard for information-processing and business equipment, UL 1950. - CSA compliance...standard C22.2 No. 950-M89, data processing equipment. - TUV compliance...EN60950 safety specification-business equipment. - ISO13406-2. Ergonomic Requirements of Visual Display.


-FCC compliance...FCC Rule, Part 15, Subpart B, Class B. -VCCI compliance...VCCI Rule, Class-2. -CE Mark Compliance... 89/336/EEC. EN55024, EN61000-4-2/-3/-4/-5/-6/-8/-11 EN55022, Class B. EN61000-3-2, EN61000-3-3.

-DNSF compliance...EN55022, Class B. -MPR2 compliance -TCO99 -C-Tick -BSMI -EPA


8


2.7 Reliability 1. The prediction MTBF of display unit shall be greater than 60,000 hours excluding the lamp. (at 25 ℃) 2. Lamp lifetime: 30,000 hrs minimum at which brightness of lamp is 50% compare to that of initial value at 7.0mA and 25℃.

2.8 Mechanical Design for TCO 99:

1) Front Frame Reflectance: * diffuse reflectance: > 20%

* Gloss <= 30% gloss unit




All plastic components that weight > 100g shall be made from the same type of plastic.

4) Painting of Plastic:

*Any plastic components that weight >100g shall not be painted lacquer or vanished, so that the paint, lacquer or

vanish in dry matter exceed 1 weight-% of the plastic component.

* Mould decoration (IMD) is not allowed

* All paints, lacquers, vanishes or colour additives used shall be declared by the type and mount.


* Metallization is not allowed.



2.10 Acoustical Noise With the display operating, the issue of sound measured is contained within 40 dB/A in the audible field.

3. Input / Output Signal Specification

3.1 Input Signal Requirements 3.1.1 Signal cable

(1) Analog Video Inputs:

15pin D-sub connector is on the captive signal cable for IBM VGA, compatible graphic adapters. The pin assignment of this connector is described as below:


9

1 5

6 10

11 15

15pin D-sub female

1 RED VIDEO 2 GREEN VIDEO 3 BLUE VIDEO 4 GROUND 5 GROUND 6 RED GROUND 7 GREEN GROUND 8 BLUE GROUND 9 PC5V 10 SYNC GROUND 11 GROUND 12 SDA 13 H SYNC (H+V) 14 V SYNC 15 SCL

Cable length:

1600mm +/- 20mm

3.1.2 Video signals: RGB separate, Analog 0.7Vp-p/75 Ohm

3.1.3 Sync signal: - H/V separate, TTL level - H/V composite, TTL level

3.2 Function 3.2.1 Support timing


Incoming display mode(Input timing) Multi-scan

operation


Frequency (KHz)

Vertical

Frequency (Hz)

Dot Clock


Actual display

resolution

640x350 31.47(P) 70.08(N) 25.17 DOS 1280x943

*720x400 31.47(N) 70.08(P) 28.32 DOS

640x480 31.47(N) 60.00(N) 25.18 DOS

640x480 35.00(N) 67.00(N) 30.24 Macintosh

640x480 37.86(N) 72.80(N) 31.5 VESA

640x480 37.50(N) 75.00(N) 31.5 VESA

800x600 37.88(P) 60.32(P) 40.00 VESA

800x600 48.08(P) 72.19(P) 50.00 VESA

*800x600 46.86(P) 75.00(P) 49.50 VESA

full screen

1280x1024


10

832X624 49.72(N) 74.55(N) 57.29 Macintosh

*1024x768 48.36(N) 60.00(N) 65.00 VESA

1024x768 56.48(N) 70.10(N) 75.00 VESA

*1024x768 60.02(P) 75.00(P) 78.75 VESA

1024X768 60.24(N) 74.93(N) 80.00 Macintosh

1152x864 67.50(P) 75.00(P) 108.00 VESA

*1152x870 68.68(N) 75.06(N) 100.00 Macintosh

1152x900 61.80(N) 66.00(N) 94.50 SUN 66

1152x900 71.81(N) 76.14(N) 108.00 SUN

*1280x1024 64.00(P) 60.00(P) 108.00 VESA

1280x1024 75.83(N) 71.53(N) 128.00 IBM1

*1280x1024 80.00(P) 75.00(P) 135.00 VESA

*1280x1024 81.18(N) 76.16(N) 135.09 SPARC2

3.3 Number of display colors: 226K color numbers

3.4 Adjustment function Luminance:

Brightness Contrast

Geometry: H. Position V. Position

Pixel Clock Phase Color gain (Red, Green, Blue) OSD:

H. Position V. Position OSD Time

Multi-language selection Recall function: Position Recall Color Recall

Recall All Miscellaneous: Display Information. OSD Halftone

3.5 Display Power Management System (DPMS) This Interface board will automatically cut down the power of the monitor when not receiving HSYNC or VSYNC

signals over about 5 seconds, and the condition are as below,

HSYNC VSYNC LCD Module BacklightPulse Pulse On On

No pulse Pulse Off Off Pulse No pulse Off Off

No pulse No pulse Off Off


11

3.6 Power Supply Requirement

3.6.1 Input Power Requirements (1) Input Voltage Range

The unit shall meet all the operating requirements with an input voltage range of 90~264 Vac.

(2) Input Current

Maximum Input Current Measuring Range (MAX) 2 Arms 90Vac 〜 264Vac

(3) Frequency Range

The unit shall operate within a frequency range of 47KHz to 63KHz.

(4) Inrush Current

Power supply inrush current shall be less than the ratings of its critical components (including Power switch, fuse, rectifiers and surge limiting device) for all conditions of line voltage.

(5) Regulator Efficiency 70% minimum (measuring at 115Vac and full load)

(6) Maximum power consumption ＜45Watts (without Audio). Power saving mode ＜ 3 Watts.

3.6.2 Output Power Requirements The power circuit shall supply DC power outputs as followings: Output Nominal Regulation Load Current Range

1 5V-Fix ±5% 0 ~ 0.8A 2 3.3V-Fix ±5% 0 ~ 0.8A

3.6.4 Power Management


Recovery Time

Normal Both exist < 45W Green (Normal) --

Off None or Only one exist < 3W Amber 5 sec


12

3.7 Panel optical Characteristics Note：

Item Condition Symbol Min. Typ. Max. Unit

Contrast Ratio ψ=0°,θ=0° CR 250 450 - -

Up ψ=0° (CR>=10) θ 70 - Deg. Vertical

Down ψ=0° (CR>=10) θ 70 - Deg.

Left θ=0° (CR>=10) ψ 70 - Deg.

Viewing Angle

Horizontal Right θ=0° (CR>=10) ψ 70 - Deg.

25±2.5°C

ψ=0°,θ=0°

Tr

Tf

-

-

-

-

4

12

-

-

ms

ms

Response Time

Rise Time

Fall Time

Cross Talk ψ=0°,θ=0° Tr+Tf - - 16 ms

White Luminance Center point at

CCFL 7.0mA 260 - cd/m²

Wx 0.28 0.31 0.34

White Wy 0.30 0.33 0.36

Rx 0.61 0.64 0.67

Red Ry 0.31 0.34 0.37

Gx 0.26 0.29 0.32 Green

Gy 0.58 0.61 0.64

Bx 0.11 0.14 0.17

Chromaticity

Blue By

CIE1931

ψ=0°,θ

=0°

0.04 0.07 0.01

1. Viewing Angle, Contrast Ratio, Response Time, Reflectance, and Chromaticity are measured at panel center. 2. Viewing Angle（θ, ψ）


13

2. Contrast Ratio (CR) is defined mathematically as:

Surface Luminance with all white pixels

Contrast Ratio = _____________________________________

Surface Luminance with all black pixels

4. Response time

TrR measures the transition time of L1 relative luminance from white to black state, from 90% to 10% (see graph below)

100% 90%

TrR TrD

WHITEBLACK

10% 0% t

WHITE

TrD measures the transition time of L1 relative luminance from black to white state, from 10% to 90% (see graph below) 5. Flicker is measured at cyan dot pattern of Forground RGB (0,0,0) and Background RGB (0,31,31).

6. The variation in surface luminance of these 9 points is defined as below:

1

2 34

5

678

9


14

3.8 BACK-LIGHT UNIT The backlight system is an edge-lighting type with 4 CCFLs (Cold Cathode Fluorescent Lamp). The characters of dual lamps are shown in the following tables.

Ta=25 ± 2°C

ITEM SYMBOL MIN TYP MAX Unit Condition

Lamp Current lf 3.0 7 7.5 mA

Lamp Voltage VL 700 Vrms IL=7.0mArms

Driving Frequency 40 50 80 KHz *1

LIFE Time - 30,000 - Hour *2

IL=7.0ma Continuous Operation

- 1700 - Vrms 0°C Startup Voltage

- 1200 - Vrms 25± 2°C

*1.Lamp frequency of inverter may produce interference with horizontal synchronous frequency,and this may cause horizontal beat on the display.Therefore,please adjust lamp frequency,and keep inverter as far from module as possible or use electronic shielding between inverter and module to avoid the interference

*2. Definition of the lamp lifetime Luminance: L under 50% of specification Starting Lamp Voltage: VS < 1700V, Ta=0℃ VS < 1200V, Ta=25℃

4. Functional specification

All the tests to verify specifications in this section must be performed under the following standard conditions unless otherwise noted. The standard conditions are:

-Temperature: 5 to 40 degree Celsius -AC line input voltage: 90 Vac to 264 Vac, 47Hz or 63Hz -Warm-up time: 30 minutes minimum

4.1 Display Quality 4.1.1 Display Data Area (with full white pattern)

(1) Horizontal: 337.920 mm (2) Vertical: 270.336 mm

4.1.2 Video Performance (1) Resolution: 1280X1024 pixels Maximum (2) Contrast ratio: 250(Min.), 450(Typ.) (3) Response time: 16 ms (Typ.) (4)Viewing angle : Up/Down:70° R/L:70° (At contrast ratio >= 10) (5) CIE Coordinate: White (0.31, 0.33) +/- (0.03, 0.03) (at user mode) (6) Display color: 18 bits color

4.1.3 Light Output

Brightness rating : 260cd/㎡ (Typ.) (at user mode)


15

4.1.4 Brightness Adjustment Range At contrast ratio control set at maximum level, adjusting Brightness control from minimum to maximum position, the light output of WHITE pattern shall be increased more than 40cd/㎡.

5. Physical Specifications

5.1 Physical Dimension & Appearance 5.1.1 Overall Dimensions: 375mm (W) X 370mm (H) X 155mm (D) 5.1.2 Outer Appearance: see Fig.1

5.2 Construction and Materials on outer surface (1) Materials: Plastic

5.3 Base (1)Tilt: fiest hinge:0°~ 25° , second hinge : 25 °~135°



5.4.2 Controls & Connectors

(1) DC power adapter input: abbreviated labels (2) User's Controls: standard print

5.5 Packaging 5.5.1 Carton Dimension: 385mm (W) X455mm (D) X 1478mm (H) (LCD monitor)

5.5.2 Shipping Weight: 6.2kg (LCD monitor)

5.5.3 Shipping Container: 2100 sets per 40 feet container with pallet.

6. Maintainability Specifications

6.1 General & Requirements 6.1.1 Installation: From outside of unit with standard tools and documentation provided to user.

6.1.2 Periodic Maintenance: No periodic maintenance is required.

6.1.3 Repair & Calibration: Require spare modules or components as specified as followings: (1) Interface board ASSY (2) AC-DC converter board ASSY (1) Control board ASSY

6.2 Mean Time to Repair 6.2.1 Module Level: Less than 10 minutes

6.2.2 Component Level: Less than 15 minutes


16

6.3 Accessibility 6.3.1 General:


6.3.2 Outside Cabinet, access to the following elements -Operating Controls -AC Inlet -Audio in

6.3.3 Cover Removal, Access

All sub assemblies and internally adjustable components may be accessed by removing the base and the rear cover .


(1) Voltmeter (2) Dual trace oscilloscope (3) Hand tools as required (4) Computer with IBM VGA, or compatible graphic adapter

6.4.2 Documentation

A service manual will be available which covers all service requirements. A users manual written in Japanese German, Italian, Spanish, France and English will be available to ship with the product.

6.5 Electrical Emission and Energy Saving summary for TCO99 6.5.1 Electrical Field(AC):

*Band I< 10V/m (132cd/m^2,”+” pattern) *Band II< 1V/m (132cd/m^2,”+” pattern) Note: Shielded power cord is not acceptable




ITEM State Power OFF Brightness 90 Contrast 50 OSD- Timeout 20s OSD-Language English OSD-Image size Full Screen

OSD-Color temp CU MODE


17


� Product System (PS)

Subject: ASS'Y DRAWING-Q7T3(767S) Part No.: 99.L8372.000 Rev.: 0

Doc. No. 99.L8372.000-C3-328-001

Project Code: 99.L8372.001 Component Part. No.: Page 1 of 1

Model Name: Q7T3

Form No: ACM0-0B-003-24(010918)

1

Release Notice

Q7T3(AUO Panel) LCD Monitor Service Guide Alignment Procedure

1

1.Alignment procedure (for function adjustment)

A. Preparation: 1. Setup input timing VGA_60Hz, Cross-Hatch (General-1) pattern. 2. The monitor power on at first time that will enter Factory OSD mode. (If not, Please press “Menu” and “Exit” plus

“Power” buttons at the same time. A “Factory” word will be showed on the upper left hand side of OSD Main menu.) Burn in mode have already started. (See Fig 1.). If it hasn’t started, Please choose “BURN IN MODE” tag and select “On” to enable burn-in mode.

3. Setup unit and keep it warm up at least 30 minutes

B. Timing adjustment:

1. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the same time to enter factory mode.).

2. Burn-In Mode “off”. See Fig 2. 3. Select timing from Table 1. The timing marked with star sign (*) have to be adjusted. 4. Execute “Recall All” (press “Yes”) to clear user area in EEPROM 5. The cursor moves to “AUTO Adjust ” or press “I-Key” to run “AUTO adjustment” function. 6. Check the phase of the image; if phase is not perfect adjust it to the best condition. 7. Adjust the settings to following values:

CONTRAST = 50 BRIGHTNESS = 90 OSD TIME = 20 COLOR = sRGB

8. When Factory mode is disable (burn-in mode “off”) then power off after power on will enter user mode.

C. Color balance adjustment: 1. Setup input timing VGA_60Hz, cross-hatch (General-1) pattern. 2. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the

same time to enter factory mode.). 3. Setup the “Burn-in mode” is “On” 4. Select the color to user-preset mode. 5. At Main menu move cursor to “AUTO Adjust ” tag then press the “ENTER” or “I-Key” to run “AUTO Color

balance” function. 6. Checking if the picture is no good, reject this monitor.

D. Color adjustment: 1. Setup input timing VGA_60Hz, cross-hatch (General-1) pattern. 2. Enter factory setting area (if it isn’t at factory mode, Please press “Menu” and “Exit” plus “Power” buttons at the

same time to enter factory mode.).

3. Move cursor into “BUR-IN MODE” tag and select “On” to enable burn-in mode. (If it wants to do “Auto Color balance”, please select the color to user-preset mode.)

4. Measure color temperature by Minolta CA-110 (or equivalent equipment). 5. The monitor has already set default value to monitor (just for 56.91L53.001)

If it can’t meet color temperature spec. upper default value. Please use Auto Alignment to calibrate the color temperature; Bluish, & Reddish and sRGB. The color temperature specification as follows:


2


(Reddish, 5800K set on OSD) Y+- 0.342+(-) 0.03220 cd/㎡


(sRGB, 6500K set on OSD) Y+- 0.329+(-) 0.03220 cd/㎡


(Bluish, 9300K set on OSD) Y+- 0.297+(-) 0.03190 cd/㎡

6. Move cursor into “BURN IN MODE” tag and select “Off” to disable burn-in mode. 7. Turns off the monitor power.

E. Writing EDID file : 1. Setup a PC with DDC card.

2. Connect PC to monitor with a D-sub signal cable.

3. Please refer to the C212 for the correct EDID file.

4. Runs the writing program to write the EDID file into EEPROM for analog input, ie. 15-pin D-sub.

5. Read both EEPROM data and confirm it to match with the C212 definition.

F. Command definition:

PC Host will send 0x7C IIC slave address and then following 4 bytes command

I2C Send Command Byte1 Byte2 Byte3 Byte4

Write Contrast CA 55 Data checksum

Write Brightness CA 56 Data checksum

Write Red Gain CA 57 Data checksum

Write Green Gain CA 58 Data checksum

Write Blue Gain CA 59 Data checksum

Read Contrast C3 55 XX checksum

Read Brightness C3 56 XX checksum

Read Red Gain C3 57 XX checksum

Read Green Gain C3 58 XX checksum

Read Blue Gain C3 59 XX checksum

Write Bluish(9300K) R-Gain Data to NVRAM AA 3C Data checksum

Write Bluish(9300K) G-Gain Data to NVRAM AA 3D Data checksum

Write Bluish(9300K) B-Gain Data to NVRAM AA 3E Data checksum

Write sRGB(6500K) R-Gain Data to NVRAM AA 4C Data checksum

Write sRGB(6500K) G-Gain Data to NVRAM AA 4D Data checksum

Write sRGB(6500K) B-Gain Data to NVRAM AA 4E Data checksum

Write Reddish(5800K) R-Gain Data to NVRAM AA 5C Data checksum

Write Reddish(5800K) G-Gain Data to NVRAM AA 5D Data checksum


3

Write Reddish(5800K) B-Gain Data to NVRAM AA 5E Data checksum

Write User R-Gain Data to NVRAM AA 6C Data checksum

Write User G-Gain Data to NVRAM AA 6D Data checksum

Write User B-Gain Data to NVRAM AA 6E Data checksum

Read Bluish(9300K) R-Gain data from NVRAM A3 3C XX checksum

Read Bluish(9300K) G-Gain data from NVRAM A3 3D XX checksum

Read Bluish(9300K) B-Gain data from NVRAM A3 3E XX checksum

Read sRGB(6500K) R-Gain data from NVRAM A3 4C XX checksum

Read sRGB(6500K) G-Gain data from NVRAM A3 4D XX checksum

Read sRGB(6500K) B-Gain data from NVRAM A3 4E XX checksum

Read Reddish(5800K) R-Gain data from NVRAM A3 5C XX checksum

Read Reddish(5800K) G-Gain data from NVRAM A3 5D XX checksum

Read Reddish(5800K) B-Gain data from NVRAM A3 5E XX checksum

Read User R-Gain data from NVRAM A3 6C XX checksum

Read User G-Gain data from NVRAM A3 6D XX checksum

Read User B-Gain data from NVRAM A3 6E XX checksum

Change Color Temperature to Bluish CC 1 XX checksum

Change Color Temperature to sRGB CC 2 XX checksum

Change Color Temperature to Reddish CC 3 XX checksum

Change C/T to User CC 4 XX checksum

User mode to factory mode 1A 5A XX checksum

Auto Color (Offset1, Offset2, Gain) 1B 5A XX checksum

Factory mode to User mode 1E 5A XX checksum

Clear user area data 1F 5A XX checksum

Off burn in mode CE 2 XX checksum

Change Language Setting 66 0~7 XX checksum

Note A: Byte4(Checksum) = Byte1 + Byte2 + Byte3

Note B: Data = The value write to MCU

Note C: XX = don't care, any value(<=0xFF).

Note D: The Byte-2 definition of “Change Language Setting” is as below,

0=DE, 1=EN, 2=ES, 3=FR, 4=IT, 5=JA, 6=繁中, 7=簡中

When PC Host sends 0x7D command to MCU, MCU must return as following (2 bytes)

Return Code R-Byte1 R-Byte2

Checksum error code FC AA

Normal return code the above Byte3 (/data) FC

If normal return code is exact FCh FC CF


4

The Table is for alignment machine to read data from EEPROM to check if the alignment process and write data are correct.

Read EEPROM Contrast A3 92 XX checksum

Read EEPROM Brightness A3 93 XX checksum

Read EEPROM C/T Point A3 94 XX checksum

Read EEPROM OSD-Hpos A3 95 XX checksum

Read EEPROM OSD-Vpos A3 96 XX checksum

Read EEPROM Language A3 97 XX checksum

Read EEPROM OSD Timer A3 98 XX checksum

Read EEPROM Volume A3 99 XX checksum

Table 1.

Incoming display mode (Input timing) Multi-scan

operation


Frequency (KHz)

Vertical

Frequency (Hz)

Dot Clock


Actual display

resolution

*720x400 31.47(N) 70.08(P) 28.32 DOS

*640x480 31.47(N) 60.00(N) 25.18 DOS

*640x480 37.50(N) 75.00(N) 31.5 VESA

*800x600 37.88(P) 60.31(P) 40.00 VESA

*800x600 46.87(P) 75.00(P) 49.5 VESA

*1024x768 48.36(N) 60.00(N) 65.00 VESA

*1024x768 60.02(P) 75.00(P) 78.75 VESA *1152x864 67.50(P) 75.00(P) 108.00 VESA

*1280x1024 64.00(P) 60.00(P) 108.00 VESA

*1280x1024 80.00(P) 75.00(P) 135.00 VESA

Full Screen

1024x768

Table 2

Fig 1. Burn-In Mode “On”


5

Fig 2. Burn-In Mode “Off” 2.Wire Dressing

a. LVDS Cable with clip


6

b. LVDS Cable with tape

c. Lamp wire with clip


7

d. Add 4 Pcs crew to BKT between panel grounding

e. Al-Foil-Mylar on the shielding cover


8

f. Spacer

g. Signal cable with clip


9

h. Bracket Cover

i. Plug under AC socket


10

j. Main Grounding Wire

k. Control BD wire: conductive tape change to Clip


11

l. Shielding cover: conductive tape

m. Bracket with panel grounding spring


12

n. Ctrl BD with panel grounding spring

3. Add Glue a. C605


13

b. C603, C604, L606, L607

c. C615

Q7T3-FP737S Dual function LCD Monitor Service Guide Trouble Shooting

1 Confidential

Q7T3_LS(FP731-DVI) TROUBLE SHOOTING GUIDE

No Display or display is unstable: 1.1 Interface Board:



No



Yes


Yes


Yes

Is LED status normal? No Check MCU(U4) or replace it

Yes

Does crystal work correctly? No Check crystal Y2 CKT or replace it

Yes


Yes

Replace panel


2 Confidential

2. BUTTON function: 2.1 Control Board OSD is not working Yes


Yes


No

Replace Control BD

Is OSD working??

No

Check Interface BD


3 Confidential

3. OSD function:

OSD doesn’t work


Check interface BD


4 Confidential

4. Power Board


LED shined?


IC751 PIN 9 IS 14-16V?

Check IC751

PWM existed?(BLT_ADJ)

Plug CN701 again orchecking I/F BD


Insert them againCheck CN752, CN753was pluged properly?

Plug CN601 again orchecking PW BD

Replace IC751,Q751

Replace new fuse

Replace new fuse

Check IC701 OK?

Checking F601Broke?

Check IC601 Vccexisted?

Replace IC602,IC702,D701 or check

I/F BD

Replace IC701

Replace new fuse

ReplaceIC601,Q602,Q603

R602

Y

N

N

N

N

Y

Y

Y

Y

N

Y

Y N

N

Y

Y

Y

N

N

N


5 Confidential

5. DVI_BD DVI No picture or picture unstable


No



Yes


Yes


Yes

Is LED status normal? No Check MCU(U4) or replace it

Yes

Does crystal work correctly? No Check crystal Y2 CKT or replace it

Yes

Is DVI BD normally? No Replace DVI BD

Yes

Replace panel

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

1 7

ALLEN PC LEE DAVEN WU

48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0

Tuesday, March 18, 2003

OEM/ODM

Optical Points

Screw Holes

H4

HOLE-V8

1

2

3

4

5

6

7

8

9 OPOP4

OPOP14

OPOP7

H2

HOLE-V8

1

2

3

4

5

6

7

8

9

H1

HOLE-V8

1

2

3

4

5

6

7

8

9 OPOP2

OPOP10

OPOP12

OPOP13

OPOP1

OPOP3

OPOP5

OPOP9

OPOP8

H3

HOLE-V8

1

2

3

4

5

6

7

8

9

OPOP11

OPOP6

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

PC5V

G+

R+

B+

V33

V33

V33

V33

V33

V33

V33

RX0+

RX1-

RX1+

RX2-

RX2+

RXC-

RXC+

RX0P

RX1M

RX2M

RX2P

RXCM

RXCP

DVIPC5V

DVISCL

DVISDA

RX0- RX0M

RXD_1

TXD

RXD

TXD_1

VS

HS

VS_I

HS_I

HS

VS

TXD_1

RXD_1

RED+

BLUE+

GREEN+

ISOG

VS_I

HS_I

DVIPC5V

DVISCLDVISDA

RXC+RXC-

RX1+RX2+

RX1-RX0+

RX2-

RX0-

RX1P

RS232_EN

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

2 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

C22

0.047U K

R24

10K

C2847P50V J

TP20

R262.2K

R15

75

TP2

TP22

DN4

BAV70LT1

2

3

1

R224.7K

DN13

BAV99

1

3

2

TP7

R20100

C24

0.047U K

Q22N3904

1

32

R11 0

TP21

R25

10K

TP1

DN5BAV99

1

3

2

U3

AT24C02A

A01

A12

A23

VSS4

VCC 8

WP 7

SCL 6

SDA 5

C23

1000P K

D1

TZMC5V1

12

U4D

74LVC14A

9 8

147D5

TZMC5V1

12

C25

0.047U K

CP1

22pF

1234 5

678

DN8

BAV70LT1

2

3

1

R10 22

R304.7K

R8 0

R172.7K

R14 0

TP3

R234.7K

R27

2.2K

U4C

74LVC14A

5 6

147

TP13

TP4

TP12

D3

TZMC5V1

12

DN10

BAV99

1

3

2

DN6BAV99

1

3

2

TP9

C3047P50V J

C260.1U K

TP5

D4

TZMC5V1

12

R18 47

R314.7K

TP15

R13 22

J3

2061106212

123456789101112131415161718192021222324

R28

2.2K

R9

75

C290.1U K

R19 47

R29 10K

DN1

BAV99

1

3

2

DN7BAV99

1

3

2

TP8

U4A

74LVC14A

1 2

147

TP17

C3147P50V J

D6

TZMC5V1

12

TP14

DN11

BAV99

1

3

2 C320.1U K

C2747P50V J

TP6

DN3

BAV99

1

3

2

R12

75

TP23

U5

AT24C02A

A01

A12

A23

VSS4

VCC 8

WP 7

SCL 6

SDA 5

J2

CON16

12345678910111213141516

TP10

R162.7K

R21100

D7

TZMC5V1

12

TP11

DN9BAV99

1

3

2

TP19

TP16

DN2

BAV99

1

3

2

Q12N3904

1

32

D2

TZMC5V1

12

R7 22

TP18

D8

TZMC5V1

12

DN12

BAV99

1

3

2

U4B

74LVC14A

3 4

147

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

V18AV18V33

+12V+3.3V+5V

V33

V18AV33

BL_ONBRT_ADJ

VOL_ONVOL_ADJ

Power_OFF

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

2 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

C30.1U K

R6249

+ C1622uF

SECCB

12

C90.1U K

+ C722U16V

12 C13

0.1U K

R2

NPR0805

C40.1U K

C100.1U K

+ C2022uF

SECCB

12

C150.1U K

+ C1422uF

SECCB

12

C110.1U K

L2

C170.1U K

J1

2072060207

1 23 45 67 89 10

11 1213 14

C190.1U K

+ C1822uF

SECCB

12

U1

LM317M

GN

D1

VOUT 2VIN3

C210.1U K

L4

C10.1U K

R1 560

U2

LM317M

GN

D1

VOUT 2VIN3

FB1L1206

12

+ C522U16V

12

R5

NPR0805

R3249

R4 560

+ C622U16V

12

C20.1U K

L3

+ C1222U16V

12

L1

C80.1U K

A

A

B

B

C

C

D

D

E

E

4 4

3 3

2 2

1 1

GFILT

RTERM

A2

A17

D3

A16

A4

D7

A1

D15

D0

A11

D10

D5

D12

A18

D6

A14

D4

D8

A9

A7

A3

D1

A19

A6

A13

D13

D2

A10

A15

D14

A12

D11

D9

A5

A8

X607 X608

MPV

1

DP

V1

R28C11TESTEN

LV1

DV

1

RDn

D CK

DCKO

D CK

DCKO

XCLK

DS3

SD

S1

SD

S0

DLE

E

SD

SD

XCLK

SDS1

DLEE

SDS0

DS3 SDSD

D[15:0]

A[19:1]

TMS

TDO

TCK

TDI

TRSTn

PV1

V33V33V33 V33

3.3VADC3.3VADC 3.3VADC3.3VADC 3.3VADC3.3VADC

3.3VADC V33

V33V33 V33V33V33 V33V33

V18

3.3VDVI

3.3VDVI3.3VDVI

V18V18 V18 V18V18 V18

V18A

PVDDPV1

3.3VDVI

3.3VADC

V33

V33

V33

+3.3V

DCLK

EB4EB3

EB5

EB2

EG5EG4EG3EG2

ER5ER4ER3ER2

OB5OB4OB3OB2

OG5OG4OG3OG2

OR5OR4OR3OR2

RED+

GREEN+

BLUE+

VS

HS

RXCPRXCM

RX2PRX2M

RX1PRX1M

RX0MRX0P

ISOG

RXDTXD

EEP_SDAEEP_SCL

RESETn

NMI

ROMOEnROMWEn

BRT_ADJ

CS0n

DCLK_M

PD0PD1PD2PD3PD4PD5PD6

CS1n

VOL_ADJ

OB7OB6

OG7OG6

OR7OR6

EB6EB7

EG7EG6

ER7ER6

RESETn

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

4 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

350ma max. 90ma max.

40ma max.

175ma max. 40ma max.Sleep Mode 35ma

Sleep Mode 9ma max.

SS CIRCUIT

Re setCircuit

C440.1U K

C500.1U K

C600.1U K

PW131Misc

U6C

PW135

A1 193A2 192A3 191A4 190A5 189A6 188A7 183A8 182A9 181

A10 180A11 179A12 178A13 177A14 176A15 175A16 164A17 163A18 162A19 161

D0 160D1 159D2 158D3 157D4 156D5 155D6 154D7 153D8 152D9 151

D10 150D11 149D12 148D13 145D14 144D15 143

RD 196WR 195

ROMOE 197ROMWE 198

CS0 199CS1 200

TESTEN137

RESETB132

RXD53TXD54

PORTA0208PORTA1207PORTA2206PORTA3205PORTA4204PORTA5203PORTA6202PORTA7201

TRST142TCK141TMS140TDI139TDO138

NMI194

XI169XO170

C3418P J

C540.1U K

C650.1U K

C3718P J

R48 33

R393.3K

FB2

L0805

1 2

Power and GroundU6DPW135

DVD

D11

1D

VDD

123

DVD

D13

20

DG

ND

112

DG

ND

124

DG

ND

1319

DVD

D31

6D

VDD

3218

DG

ND

319

DG

ND

3212

DG

ND

3315

PVD

1122

PVD

1224

PVD

1326

PGN

D11

21PG

ND

1225

PGN

D13

27

ALVD

D11

28AL

VDD

1229

ALG

ND

1130

ALG

ND

1231

AVD

D31

32AV

DD

3233

AVD

D33

36AV

DD

3439

AVD

D35

41AV

DD

3646

AVD

D37

48AV

DD

3852

AGN

D31

34AG

ND

3235

AGN

D33

38AG

ND

3440

AGN

D35

42AG

ND

3645

AGN

D37

47AG

ND

3849

AGN

D39

51

VDD

Q31

68VD

DQ

3283

VDD

Q33

104

VDD

Q34

122

VDD

Q35

133

VDD

Q36

171

VDD

Q37

186

VSSQ

3169

VSSQ

3284

VSSQ

3310

5VS

SQ34

123

VSSQ

3513

4VS

SQ36

172

VSSQ

3718

7

VDD

1175

VDD

1295

VDD

1313

5VD

D14

146

VDD

1517

3VD

D16

184

VSS1

176

VSS1

296

VSS1

313

6VS

S14

147

VSS1

517

4VS

S16

185

DPL

LVD

D1

165

MPL

LVD

D1

167

DPL

LVSS

116

6

MPL

LVSS

116

8

FB8L0805

12

FB5L0805

12C45

0.1U K

C550.1U K

C3818P J

FB9L0805

12

R50 33

+ C881U50V

12

C660.1U K

R363.3K

R320

TP24R41 1.5M

Y1

14.318MHZ

R333.3K

TP25

R4210K

C410.1U K

C460.1U K

FB6L0805

12

C560.1U K

R8610K

R40

430

R4310K

R373.3K

C610.1U K

R442.2K

C470.1U K

C39

0.1U KC420.1U K

C570.1U K

C360.039U K

D111N4148

12

Display Port

U6B

PW135

DCLK 106DCLKNEG 107

DVS 101DHS 102DEN 103

DR0 98DR1 97DR2 94DR3 93DR4 92DR5 91DR6 90DR7 89

DG0 88DG1 87DG2 86DG3 85DG4 82DG5 81DG6 80DG7 79

DB0 78DB1 77DB2 74DB3 73DB4 71DB5 70DB6 67DB7 66

DGR0 131DGR1 130DGR2 129DGR3 128DGR4 127DGR5 126DGR6 125DGR7 124

DGG0 121DGG1 120DGG2 119DGG3 118DGG4 117DGG5 116DGG6 115DGG7 114

DGB0 113DGB1 112DGB2 111DGB3 110DGB4 109DGB5 108DGB6 100DGB7 99

C510.1U K

FB3

L0805

1 2

R35 0

C620.1U K

R4933

R462.2K

C480.1U K

C580.1U K

C333900P K

C520.1U K

FB7L0805

12

C40

0.1U K

C430.1U K

C630.1U K

R472.2K

U12

V6300L_L2.8V

NC1

VSS2

NC3

VDD 5

RES 4

C3518P J

R34 0

C490.1U K

U11

MK1707S

CLKI1

VDD2

GND3

CLKO4 LEE 5

S0 6

S1 7

SD 8

C590.1U K

FB4L0805

12

Graphics andVideo Port

U6A

PW135

V656_063V656_162V656_261V656_360V656_459V656_558V656_657V656_756

VPEN55

VS64

HS65

VCLK72

RCM17 RCP16

RX0M14 RX0P13

RX1M11 RX1P10

RX2M8 RX2P7

RTERM5

BLUE50

SOG44

GREEN43

RED37

FILTER23

C67

0.01U K

C530.1U K

R383.3K

C640.1U K

R452.2K

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

ICEn

ROMOEn

ROMWEn

D15

D10

D0

D6

D8

D14

D11

D3

D11

D5

D14

D12

D6

D2

D8

D10

D13

D13D5

D2

D1

D4

D7

D9

D9

D12

D15

D3D4

D7

D1

D0

A7

A11

A14

A14

A18A8

A9

A16

A1

A9

A12A10

A13

A6

A8

A10

A19

A3

A19

A17

A17

A18

A6

A15

A2A5

A2

A4

A12

A3A4

A7

A11

A16

A5

A13

A15

A1

FCEn

A[19:1]

D[15:0] V33

V33

GND GND

GNDGND

GND GND

V33

GND

V33 V33

V33

V33

GNDGND

GND

GND

V33

GND

V33

GND

EEP_SCLEEP_SDA

ROMOEnROMWEn

RESETn

RESETn

NMI

RESETnNMI

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

5 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

TP_JP11

R54

3.3K

TP_JP12

TP_JP13

C700.1U K

TP_JP14

R523.3K

TP_JP21

TP_SW11

C690.1U K

IC1

AT49BV8192A(T)

VCC 37

VPP 13

GND 46GND 27

D1 29

D9 30

D2 31

D10 32

D3 33

D11 34

D4 35

D12 36

D5 38

D13 39

D6 40

D14 41

D7 42

D15 43

D8 44

D16 45

A151 A142 A133 A124 A115 A106 A97 A88

A1717

A718 A619 A520 A421 A322 A223 A124 A025

A1648

CE26OE28WE11RP12WP14BYTE47

A1816

R51100K

TP_SW12

P1

20D1042225

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 3031 3233 3435 3637 3839 4041 4243 4445 4647 4849 50

TP_JP22

R533.3K

TP_SW21

C68 0.1U K

R56 3.3K

TP_JP23

TP_SW22

TP_JP24

R553.3K

IC2

AT24C16 16K

NC1NC2NC3GND4 SDA 5SCL 6WP 7VCC 8

C7118P J

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

D7

D0D1D2D3D4D5D6

D0D1D2D3

D5D6D7

D4

D[15:0]

D[15:0]

V33V33

V33

V33

LED_GRN

ENTER

KEY_DECEXIT

PW_SWI-KEY

KEY_INC

ENTERKEY_DECKEY_INCEXITI-KEYPW_SW

CS0n

Power_OFF

RESETn

CS1n

LCD_ONLED_GRN

Power_OFFBL_ONVOL_ON

LCD_ON1

RS232_EN

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

6 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

TP26

C72100P50V J

R591k

R0603

R754.7K

L7

R581k

R0603

TP27

U8

74LCX244

1A121A241A361A482A1112A2132A3152A417

OE11OE219

1Y1 181Y2 161Y3 141Y4 122Y1 92Y2 72Y3 52Y4 3

VCC

20

GN

D10

TP28

C73100P50V J

L8

R684.7K

Q42N3904

1

32

TP29R61

1K

R67 0

R66 1K

C74100P50V J

R694.7K

TP30

R65 1KL9

CON1

2060091109

123456789

TP31

C780.1U K

R704.7K

C75100P50V J

C810.1U K

R64 1KTP32

C800.1U K

C790.1U K

R714.7K

R760

C76100P50V J

TP33L10

R724.7K

C77100P50V J

R601k

R0603

R62 1K

R571k

R0603

R770

R734.7K

L5

Q32N3904

1

32

R63 1K

R744.7K

L6

U7

74LVC273CLR1 G

ND

10

CLK11

VCC

20

Q1 2Q2 5Q3 6Q4 9Q5 12Q6 15Q7 16Q8 19

D13D24D37D48D513D614D717D818

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

POLXSTBYCLKY DIOBXDIOFXDIOYOE

POL

Y DIO

BXDIO

FXDIOXSTB

YOE

YCLK

GND

+3.3V

+12V +5V

PD0PD1PD2PD3PD4PD5PD6

ER7ER6

ER5ER4

ER3ER2

EG7EG6

EG5EG4

EG3EG2

EB7EB6

EB5EB4

EB3EB2

OR7OR6

OR5OR4

OR3OR2

OG7OG6

OG5OG4

OG3OG2

OB7OB6

OB5OB4

OB3OB2

DCLK_MDCLK

DCLK_MDCLK

LCD_PW

LCD_PWLG

LCD_ON1

LCD_PW

LCD_ON LCD_PWLG

Title


Date: Sheet o f

Project Code


Model Name

PCB P/N PCB Rev.


99.L8372.000-C3-304-002

INTERFACE BOARD

7 7


48.L8301.S02 S02

ANGEL HU

<Size>

Q7T3-CPT99.L8372.001

0


OEM/ODM

TP70

R790

TP58

TP64

TP52

R8120K

TP57

TP46

TP71

TP40

TP35

+C8547U16V

12

TP77

TP43

R8510K

CN2

20K2167030

30

234567891011121314151617181920212223242526272829

G2

G11

TP59

+C8447U16V

12

TP73

TP79

TP45

D9

30V

12

R8420K

TP82

TP61

TP80

TP76

TP47

TP68

TP56

TP62

TP50

+C8247U16V

12

TP44

D10

30V

12

TP37

TP34

TP81

TP63

TP78

TP49

T.L.

U10

GF4435

S1

S2

S3

G4

D 8

D 7

D 6

D 5

Q52N3904

1

32

TP83

TP38

TP65

TP51

TP72

TP66

TP54

TP60

TP48

TP42

TP36

C830.1U K

R80100K

TP53

TP67

Q62N3904

1

32

TP39

T.L.

U9

GF4435

S1

S2

S3

G4

D 8

D 7

D 6

D 5

TP74

C860.1U K

R780

CN1

20K2167050

G1

234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950

1

G2

TP55

R83100K

TP69

+C8747U16V

12

R8210K

TP41

TP75

Q7T3-FP737S-Dual function LCD Monitor Service Engineering Specification

1 Confidential

Table of Contents

1. Introduction ...................................................................................................................................4

2. Operational Specification..........................................................................................................4

2.1 Environment.................................................................................................................................4 2.1.1 Temperature .....................................................................................................................................................4 2.1.2 Relative Humidity ...........................................................................................................................................5 2.1.3 Altitude .............................................................................................................................................................5

2.2 Transportation .............................................................................................................................5 2.2.1 Vibration Test (Package, Non-Operating) ...................................................................................................5 2.2.2 Drop Test (Package, Non-Operating)...........................................................................................................5 2.2.3 Vibration Test (Unpackaged, Non-Operating)............................................................................................6 2.2.4 HALF-SINE SHOCK .....................................................................................................................................6

2.3 Packing Configuration ................................................................................................................7 2.3.1 Container Specification ..................................................................................................................................7 2.3.2 Carton Specification........................................................................................................................................8 2.3.3 Pallet Specification .........................................................................................................................................8 2.3.4 Container Carrying Capacity .........................................................................................................................8

2.4 Electrostatic Discharge Requirements.......................................................................................9

2.5 Safety Requirements....................................................................................................................9

2.6 EMI Requirements ......................................................................................................................9

2.7 Reliability......................................................................................................................................9

2.8 Mechanical Design for TCO 03: .................................................................................................9

2.9 Environment Protection Design: ................................................................................................10

2.10 Acoustical Noise .........................................................................................................................10

3. Input / Output Signal Specification .......................................................................................10

3.1 Input Signal Requirements .........................................................................................................10 3.1.1 Signal cable (Directly attached to unit)........................................................................................................10 3.1.2 Video signals: ..................................................................................................................................................11 3.1.3 Sync signal: ......................................................................................................................................................11

3.2 Function ........................................................................................................................................11 3.2.1 Support timing .................................................................................................................................................11


2 Confidential

Table of Contents

3.3 Number of display colors: ...........................................................................................................13

3.4 Adjustment function ....................................................................................................................13

3.5 Power Supply Requirements.......................................................................................................13 3.5.1 Input Power Requirements.............................................................................................................................13 3.5.2 Output Power Requirement............................................................................................................................14 3.5.3 Power Management.........................................................................................................................................14

3.6 Specification of Inverter...........................................................................................................14

3.7 Panel optical Characteristics ......................................................................................................15

4. Functional specification .............................................................................................................17

4.1 Display Quality.............................................................................................................................17 4.1.1 Display Data Area (with full white pattern) ................................................................................................17 4.1.2 Video Performance..........................................................................................................................................18 4.1.3 Light Output.....................................................................................................................................................18 4.1.4 Brightness Adjustment Range .......................................................................................................................18

5. Physical Specifications................................................................................................................18

5.1 Physical Dimension & Appearance ............................................................................................18 5.1.1 Overall Dimensions: .......................................................................................................................................18 5.1.2 Outer Appearance: ..........................................................................................................................................18

5.2 Construction and Materials on outer surface ...........................................................................18

5.3 Base................................................................................................................................................18

5.4 Marking & Labels........................................................................................................................18 5.4.1 Reference Label (Rear panel) ........................................................................................................................18 5.4.2 Controls & Connectors ...................................................................................................................................18

5.5 Packaging......................................................................................................................................18 5.5.1 Carton Dimension: ..........................................................................................................................................18 5.5.2 Shipping Weight:.............................................................................................................................................18 5.5.3 Shipping Container: ........................................................................................................................................18

6. Maintainability Specifications .................................................................................................19

6.1 General & Requirements ............................................................................................................19 6.1.1 Installation:.......................................................................................................................................................19 6.1.2 Periodic Maintenance: ....................................................................................................................................19 6.1.3 Repair & Calibration: .....................................................................................................................................19


3 Confidential

Table of Contents

6.2 Mean Time to Repair...................................................................................................................19 6.2.1 Module Level:..................................................................................................................................................19 6.2.2 Component Level: ...........................................................................................................................................19

6.3 Accessibility ..................................................................................................................................19 6.3.1 General:.............................................................................................................................................................19 6.3.2 Outside Cabinet, access to the following elements ....................................................................................19 6.3.3 Cover Removal, Access..................................................................................................................................19

6.4 Equipment & Tools Required.....................................................................................................19 6.4.1 Standard Test Equipment ...............................................................................................................................19 6.4.2 Documentation.................................................................................................................................................19

6.5 Electrical Emission and Energy Saving summary for TCO 03 ...............................................19 6.5.1 Electrical Field(AC):.......................................................................................................................................19 6.5.2 Magnetic Field(AC):.......................................................................................................................................19 6.5.3 Energy Saving: ................................................................................................................................................19

Appendix 1 – Shipment Conditions..................................................................................................20

Fig. 1 Physical Dimension Front View and Side view .................................................................20


4 Confidential

1. Introduction This specification describes a 17.0” color TFT LCD monitor which is supported by dual(analog and DVI) interface

solution and support maximum resolution 1280x1024 at 76 Hz refresh rate. No speakers are expected. Besides, tilt and wall mount function are equipped. It has the following features:

- User controls:

(a) “Power on/off” switch.

(b) “Exit” key( Back to main menus or leave OSD menu and hot key of Input selection).

(c) “I-key”( For auto adjust vertical position, phase, horizontal position and pixel clock ).

(d) “Enter” key(For enter sub-menus or select items.).

(e) “Left” key (Select left, decreasing adjust and hot key of Contrast adjustment).

(f) “Right” key (Select right, increasing adjust and hot key of Brightness adjustment).

- OSD window for control and information display with 8 languages selection.

- DPMS (Display Power Management System)

- Power on/off indicator.

- High quality advanced zoom function (Scaling function)

- Tilt base : Attached base with 0~25 degree tilt.

-DDC2B function supported.

- A LCD monitor

(a)Head part:

(1) A LCD module(LG M170E01-A5NC).

(2) An AC power and inverter board.

(3) An Interface board.

(4) A control board.

(5) A signal cable with 15pin D-sub and 24 pin DVI connector .

(b) Base part:

(1) Tilt base.

(2) Foldable

- A power cord

- An user menu.

-Setup disk. (including .INF/.ICM/Test pattern) --all INF/ICM/Test pattern are loaded in CD manual + Quick

start guide

2. Operational Specification 2.1 Environment

2.1.1 Temperature

-Operating 0 to 40 oC -Storage -20 to 60 oC


5 Confidential

2.1.2 Relative Humidity

-Operating 10 to 90% Max. ( non-condensing) -Storage 5 to 95% Max. ( non-condensing)

2.1.3 Altitude

-Operating 0 to 3,048m (12,000ft) -Storage 0 to 12,192m (40,000ft)

2.2 Transportation

2.2.1 Vibration Test (Package, Non-Operating)

A) Sine-wave vibration for initial resonance sweeps and dwell * Sine sweep


26.6 ~ 50 0.016" 50 ~ 500 1.5G

Sweep times: 1 sweep / Per Axis (X,Y, and Z Axis ) * One major resonance dwell is required for each axis. Total dwell time at each resonance point shall be 15 minutes.

B) Random Vibration

Frequency (Hz) Slope ( dB/Oct.) Spectrum Level (g2/Hz)

5 ~ 100 0 0.015

100 ~ 200 -6 ---

200 --- 0.0038


* Duration: 30 Minutes / Per Axis (X,Y, and Z Axis ) Total test time : 90 Minutes

2.2.2 Drop Test (Package, Non-Operating)

A) Drop Height

Weight ( Kg ) ACM Spec.

Height (cm)

0 – 9 91 > 9 - 18.2 76

> 18.2 - 27.2 61 > 27.2 - 45.4 46 > 45.4 - 68.1 31

> 68.1 – 113.5 26

Upgrade one level of height before MP.


6 Confidential

B) Drop Sequence

2

1

53

4

6


1. Top

Manufacturingjoint

-Corner 5-3-2

select at weakness side [the low left(or right) corner of the front panel]

-An edge drop with impact on the shortest edge radiating from corner 5-3-2

-An edge drop with impact on the next shortest edge radiating from corner 5-3-2

-An edge drop with impact on the longest edge radiating from corner 5-3-2

-A flat drop with impact on the rear

-A flat drop with impact on the front

-A flat drop with impact on the right

-A flat drop with impact on the left

-A flat drop with impact on the bottom

-A flat drop with impact on the top

After test, there is no electrical and mechanical damage permitted.

2.2.3 Vibration Test (Unpackaged, Non-Operating)

5~200Hz at 1.04g rms

FREQUENCY (Hz) SPECTRUM LEVEL (g2/Hz)

2.0 0.0185

4.0 0.0300

8.0 0.0300

40.0 0.0030

55.0 0.0100

70.0 0.0100

200.0 0.0010

DURATION: 15 MINUTES PER AXIS. 2.2.4 HALF-SINE SHOCK

Test conditions:

Test unit : 2 sets

Each unit has to withstand 18 shocks.(3 shocks pre face)

No- operation

Half-sine wave


7 Confidential

Duration : 3ms

Acceleration(G) : 75G

2.3 Packing Configuration

2.3.1 Container Specification


Container Type 20'*8'*8'6

" Steel 40'*8'*8'6" Steel 40'*8'*9'6"

High Cube Steel

Gross 24,000 30,480 30,480

Weight (Kegs) Tare 2,370 4,000 4,200

Payload 21,630 26,480 26,280

Length 5,898 12,031 12,031


Height 2,394 2,394 2,699



Height 2,280 2,280 2,585

Length 5,890 12,000 12,000

Width 2,330 2,330 2,330

Useable Interior Dimension

(Deducted pallet (130mm

& Operating space 50mm) Height 2,100 2,100 2,405

b. Air Transport


125"*96"*96" 125"*96"*118" 125"*88"*64"

Gross 6,804 6,804 4,627


Payload 6,675 6,675 4,498

Length 3,048 3,048 3,048


(mm) Height 2,438 2,997 1,625


8 Confidential



Product Net 4.4


Length 378

Width 418 Carton Interior


Length 395

Width 456 Carton External



a. Dimension

Transport Type Pallet A Pallet B Pallet C Pallet D

Length 812 812 406 406

Width 836 1254 836 1254 Shipping Pallet

Dimension (mm) Height 115 115 115 115

Length X X X X

Width X X X X Air Transport Pallet

Dimension (mm) Height X X X X



Quantity of products

(sets)

Quantity of Products

(sets)

Quantity of pallet

(sets) Stowing Type




Pallet C: 28 Pallet C: 1

Pallet D: 42 Pallet D: 1

with pallet



9 Confidential


2.4 Electrostatic Discharge Requirements The subject product must withstand 8 KV for contact discharge and 15 KV for air discharge of

Electrostatic Discharge and meet the acceptance criteria as specified IEC 801-2 .

2.5 Safety Requirements The display unit complies with the following safety standards and specifications. -UL compliance....standard for information-processing and business equipment, UL 1950. -CSA compliance...standard C22.2 No. 950-M89, data processing equipment. -TUV compliance...EN60950 safety specification-business equipment. -ISO13406-2 .Ergonomic Requirements of Visual Display. -Demko...EN60950. -Nemko...EN60950. -Semko...EN60950. -Fimko...EN60950.


-FCC compliance...FCC Rule, Part 15, Subpart B, Class B. -VCCI compliance...VCCI Rule, Class-2. -CE Mark Compliance... 89/336/EEC. EN55024, EN61000-4-2/-3/-4/-5/-6/-8/-11

EN55022, Class B. EN61000-3-2,EN61000-3-3.

-DNSF compliance...EN55022, Class B. -MPR2 compliance - TCO99 -C-Tick -BSMI -EPA


2.7 Reliability 1. The prediction MTBF of display unit shall be greater than 60,000 hours excluding the lamp.(at 25 ℃) 2. Lamp life time : 40,000 hrs typical at which brightness of lamp is 50% compare to that of initial value at 7.0mA and 25℃.

2.8 Mechanical Design for TCO 03: 1) Front Frame Reflectance:

* diffuse reflectance: ≦ ±10% * Gloss≦ ± 2% gloss unit



10 Confidential



Type of plastic material is synonymous with the term basic polymer used in ISO1043-1. For blends of plastics e.g.

PC+ABS, all weight ratios are considered to be the same type of material.

4) Painting of Plastic:

Plastic materials weighing more than 25 grams included in the VDU. Different kinds of adapters are defined as

parts of

VDU. Printed wiring board laminates and the flat panel itself are excluded.


* Metallized name-plates and control knobs are accepted.



2.10 Acoustical Noise

With the display operating, the issue of sound measured is contained within 40 dB/A in the audible field. 3. Input / Output Signal Specification

3.1 Input Signal Requirements 3.1.1 Signal cable (Directly attached to unit)

3.1.1.1 Video Inputs:

(1) DSUB –digital Signal Inputs 15pin D-sub connector is on the captive signal cable for IBM VGA, compatible graphic adapters.

The pin assignment of this connector is described as below:

15

610

1115 15pin D-sub female

1 RED VIDEO 2 GREEN VIDEO 3 BLUE VIDEO 4 GROUND 5 Cable Detect 6 RED GROUND 7 GREEN GROUND 8 BLUE GROUND 9 PC5V 10 SYNC GROUND 11 GROUND 12 SDA 13 H SYNC (H+V)


11 Confidential

14 V SYNC 15 SCL

(2) DVI (digital signal input)

24 pins DVI connector is designed to match with DVI-digital signal cable. The pin assignment of this connector is as the following:

* 24 pins DVI female

Pin Signal Assignment Pin Signal Assignment 1 TMDS RX2- 13 Floating 2 TMDS RX2+ 14 +5V Power 3 TMDS Ground 15 Ground 4 Floating 16 Hot Plug Detect 5 Floating 17 TMDS RX0- 6 DDC Clock 18 TMDS RX0+ 7 DDC Data 19 TMDS Ground 8 Floating 20 Floating 9 TMDS RX1- 21 Floating

10 TMDS RX1+ 22 TMDS Ground 11 TMDS Ground 23 TMDS Clock+ 12 Floating 24 TMDS Clock-

3.1.1.2 Cable length:

1500mm +/- 20mm

3.1.2 Video signals:

RGB separate, Analog 0.7Vp-p/75 Ohm 3.1.3 Sync signal:

- H/V separate, TTL level

- H/V composite, TTL level

3.2 Function 3.2.1 Support timing


Incoming display mode (Input timing) Multi-scan operation

Resolution Horizontal Vertical Dot Clock Remark Actual display resolution

640x350 31.47(P) 70.08(N) 25.17 DOS 1280x943

720x400 31.47(N) 70.08(P) 28.32 DOS full screen


12 Confidential

640x480 31.47(N) 60.00(N) 25.18 DOS

640x480 35.00(N) 67.00(N) 30.24 Macintosh

640x480 37.86(N) 72.80(N) 31.5 VESA

640x480 37.50(N) 75.00(N) 31.5 VESA

800x600 37.88(P) 60.32(P) 40.00 VESA

800x600 48.08(P) 72.19(P) 50.00 VESA

800x600 46.86(P) 75.00(P) 49.50 VESA

832X624 49.72(N) 74.55(N) 57.29 Macintosh

1024x768 48.36(N) 60.00(N) 65.00 VESA

1024x768 56.48(N) 70.10(N) 75.00 VESA

1024x768 60.02(P) 75.00(P) 78.75 VESA

1024X768 60.24(N) 74.93(N) 80.00 Macintosh

1152x864 67.50(P) 75.00(P) 108.00 VESA

1152x870 68.68(N) 75.06(N) 100.00 Macintosh

1152x900 61.80(N) 66.00(N) 94.50 SUN 66

1152x900 71.81(N) 76.14(N) 108.00 SUN

1280x1024 64.00(P) 60.00(P) 108.00 VESA

1280x1024 75.83(N) 71.53(N) 128.00 IBM1

1280x1024 80.00(P) 75.00(P) 135.00 VESA

1280x1024 81.18(N) 76.16(N) 135.09 SPARC2

1280x1024

Notes：

(1) If the incoming display mode is not supported by this I/F board listed above, the picture can show up or

doesn’t which is unpredictable, even the picture can display but probably isn’t good or clear.

(2) Some signals from graphics board may not function properly.

(3) “P”, “N” stands for “Positive”, “Negative” polarity of incoming HSYNC/VSYNC(input timing).

(4) OSD will show “No Signal” message on the screen as below to indicate it while no display mode inputs.

(5) OSD will show “No Cable Connection” message on the screen as below to indicate it while no cable


13 Confidential

plug in PC.

(6) OSD will show “Out of Range” message on the screen to indicate it while input display mode meet the

following condition

(a) The resolution is large than 1280x1024.

(b) The resolution is 1280x1024 but it frequency of vertical sync (Fv) is large than 77Hz.

(c) The frequency of horizontal sync (Fh) is large than 83KHz.

(d) The frequency of vertical sync (Fv) is large than 76Hz.

3.3 Number of display colors: 262k color numbers

3.4 Adjustment function Brightness

Contrast

Display position (Vertical , Horizontal)

Phase

Pixel clock

Color gain(Red, Green, Blue)

OSD position (Vertical , Horizontal)

Multi-language selection OSD time Input selection(analog/DVI)

Recall function(Color Recall、Recall All)

3.5 Power Supply Requirements

3.5.1 Input Power Requirements

(1) Input Voltage Range

The unit shall meet all the operating requirements with an input voltage range of 90~264 Vac . (2) Input Current

Maximum Input Current Measuring Range (MAX) 2 Arms 90Vac ∼ 264Vac

(3) Frequency Range

The unit shall operate within a frequency range of 47Hz to 63Hz.

(4) Inrush Current

Power supply inrush current shall be less than the ratings of its critical components (including Power switch, fuse, rectifiers and surge limiting device) for all conditions of line voltage.

(5) Regulator Efficiency

70% minimum (measuring at 115Vac and full load) Power saving mode ＜ 1 Watts at 115vac


14 Confidential

3.5.2 Output Power Requirement

The power circuit shall supply DC power outputs as followings: Output Nominal Regulation Load Current Range

1 5V-panel ±10% 0 ~ 1.0A

2 3.3V-Fix ±5% 0 ~ 1.0A 3.5.3 Power Management


Recovery Time

Normal Both exist < 40W Blue (Normal) --

off None or Only one exist

< 1W, under 115Vac < 2W, under 264Vac

Amber < 3 sec

3.6 Specification of Inverter The backlight system is an edge-lighting type with 4 CCFLs (Cold Cathode Fluorescent Tube).

The characters of dual lamps are shown in the following tables.

ITEM SYMBOL MIN TYP MAX Unit Condition Lamp Voltage VL -- 650 -- V IL=6.5 mA

Lamp Current IL 2.5 6.5 7 mA Each Lamp Inverter Frequency FL 40 60 70 kHz

1250 -- -- V Tb=0 oC Starting lamp voltage VS

1000 -- -- V Ta=25oC

Lamp life time LT 50,000 -- -- Hr Ta=25±2 oC

NOTE: 1.All condition are at 25C ambient unless otherwise specified.

2. Load Panel=SXGA 17”


15 Confidential

3.7 Panel optical Characteristics Item Unit Conditions Min. Typ. Max.

Horizontal (Right) CR = 10 (Left) 60

60

70 70 -

Vertical (Up) CR = 10 (Down) 60

60

70 70 -

Horizontal (Right) CR = 5 (Left) 70

70

80 80 -

-

Viewing Angle [degree]

Vertical (Up) CR = 5 (Down) 70

70

80 80 -

- Contrast ratio Normal Direction 300 450 -

Raising Time - 4 5 Falling Time - 12 20 Response Time (Note 1)

[msec] Raising + Falling - 16 25

Red x 0.61 0.641 0.67 Red y 0.31 0.342 0.37

Green x 0.26 0.292 0.32 Green y 0.58 0.611 0.64 Blue x 0.11 0.147 0.17

Color / Chromaticity Coordinates (CIE)

Blue y 0.04 0.068 0.10 White x 0.28 0.313 0.34

Color Coordinates (CIE) White White y 0.30 0.329 0.36

White Luminance @ CCFL 7.0mA (center) [cd/m2]

200 260 -

Luminance Uniformity (Note 2) [%] 75 80 - Crosstalk (in 75Hz) (Note 3) [%] 1.5

Note：

1. Viewing Angle, Contrast Ratio, Response Time, Reflectance, and Chromaticity are measured at panel center. 2. Viewing Angle（θ, ψ）


16 Confidential

See figure below

Measurement is done on position 1. Viewing angle origine is the axis normal to the flat panel. Left (L) and Right (R) valueare the maximum angles for which CR=10. Up (U) and (D) value are the maximumangles for which CR=10.

Normal Ey È�

Ö� xÖ = 0 , Right

Ö = 90 , Up

Ö = 180 , Left

Ö = 270 , Down

3.Contrast Ratio (CR) is defined mathematically as:

)0φ ,0θ(at

(Min.) el Black Levin Luminance

(Max.) LevelWhite in Luminance

oo ==

4. Response time

TrR measures the transition time of L1 relative luminance from white to black state, from 90% to 10% (see graph

below)

TrD measures the transition time of L1 relative luminance from black to white state, from 10% to 90% (see graph

below)

5. Cross talk shall be measured between two patterns.

100% 90%

TrR TrD

WHITEBLACK

10% 0% t

WHITE


17 Confidential

FULL WHITE

184 gray level

0 gray level

1/2 1/6 2/3 1/61/2 1/3

1/6

1/31/2

2/3

A A'

B B'

184 gray level

l LA-LA’ l / LA x 100%= 1.2% max., LA and LB are brightness at location A and B l LB-LB’ l / LB x 100%= 1.2% max., LA’ and LB’ are brightness at location A’ and B’

LA：Luminance of measured point in A (cd/m2) LB：Luminance of measured point in B (cd/m2) LA’：Luminance of measured point in A’ (cd/m2) LB’：Luminance of measured point in B’ (cd/m2)

(at Viewing Angle o0φ0θ

o == , )

6. Brightness Uniformity of these 9 points is defined as below:

5

110%

90%

50%

90% 10%50%

2

4

3

6

7 8 9

Brightness Uniformity = Min. brightness / Max. brightness x 100 % > 70%

4. Functional specification All the tests to verify specifications in this section must be performed under the following standard conditions

unless otherwise noted. The standard conditions are:

-Temperature : 0 to 40 degree Celsius

-AC line input voltage : 90 Vac to 264 Vac, 47Hz or 63Hz

-Warm-up time : 30 minutes minimum

4.1 Display Quality

4.1.1 Display Data Area (with full white pattern)

(1) Horizontal: 337.920 mm


18 Confidential

(2) Vertical: 270.336 mm 4.1.2 Video Performance

(1) Resolution : 1280 X 1024 pixels Maximum (2) Contrast ratio : 250(Min.), 500(Typ.) (3) Response time : 16 mS(Typ.) (4)Viewing angle : Up:70° Down:70° R/L:70° (At contrast ratio >= 10) (5)CIE Coordinate: White ( 0.31, 0.33 ) +/- (0.03, 0.03) (at user mode)

(6) Display color: 262k bits color 4.1.3 Light Output

Brightness rating : 260cd/㎡(Typ.) @7.0mA

4.1.4 Brightness Adjustment Range

At contrast ratio control set at maximum level, adjusting Brightness control from minimum to maximum

position, the light output of WHITE pattern shall be increased more than 40cd/㎡.

5. Physical Specifications 5.1 Physical Dimension & Appearance

5.1.1 Overall Dimensions:

375mm (W) X 370mm (H) X 155mm (D) 5.1.2 Outer Appearance:

see Fig.1 5.2 Construction and Materials on outer surface

(1) Materials: Plastic (2) Color: To be defined for Model

5.3 Base (1)Tilt: fiest hinge:0°~ 25°



5.4.2 Controls & Connectors (1) AC power cord input: abbreviated labels (2) User's Controls: standard print

5.5 Packaging 5.5.1 Carton Dimension:

456mm (W) X395mm (D) X 146mm (H) (LCD monitor) 5.5.2 Shipping Weight:

5.5kg (LCD monitor) 5.5.3 Shipping Container:

2100 sets per 40 feet container with pallet.


19 Confidential

6. Maintainability Specifications 6.1 General & Requirements

6.1.1 Installation:

From outside of unit with standard tools and documentation provided to user. 6.1.2 Periodic Maintenance:

No periodic maintenance is required. 6.1.3 Repair & Calibration:

Require spare modules or components as specified as followings: (1) Interface board ASSY (3) AC-DC converter board ASSY (4) Control board ASSY

6.2 Mean Time to Repair

6.2.1 Module Level:

Less than 10 minutes 6.2.2 Component Level:

Less than 15 minutes 6.3 Accessibility

6.3.1 General:


6.3.2 Outside Cabinet, access to the following elements

-Operating Controls -AC Inlet

6.3.3 Cover Removal, Access All sub assemblies and internally adjustable components may be accessed by removing the base and the rear cover .


(1) Voltmeter (2) Dual trace oscilloscope (3) Hand tools as required (4) Computer with IBM VGA , or compatible graphic adapter

6.4.2 Documentation A service manual will be available which covers all service requirements. A users manual written

in Japanese German, Italian, Spanish, France and English will be available to ship with the product. 6.5 Electrical Emission and Energy Saving summary for TCO03

6.5.1 Electrical Field(AC): *Band I< 10V/m (132cd/m^2,”+” pattern) *Band II< 1V/m (132cd/m^2,”+” pattern) Note: Shielded power cord is not acceptable




20 Confidential


ITEM State Power ON Brightness 90 Contrast 50 OSD- Timeout 20s OSD-Language English OSD-Image size Full Screen

OSD-Color temp SRGB MODE


Q7T3-FP737S Dual function LCD Monitor Service Guide Circuit Operation Theory

1 Confidential

I. Introduction: The Q7T3-FP731-D is a 17” SXGA (1280x1024) , 262 K colors(R, G, B 6-bit data) TFT LCD

monitor with multi-media function. It’s an Dual (analog and digital) interface LCD monitor with a 15 pins D-sub signal cable and a 24pins DVI-D cable . it’s compliant with VESA specification to offer a smart power management and power saving function. It also offers OSD menu for users to control the adjustable items and get some information about this monitor, and the best function is to offer users an easy method to set all adjustable items well just by pressing one key, we called it “Auto key” which can auto adjusting all controlled items. Q7T3-FP731-D also offer DDC2 function to meet VESA standard.

II. Block diagram

The Q7T3-FP731-D consists of a head and a stand (base). The head consists of a LCD module with 4 lamps, a power board (include AC/DC, DC/DC and inverter board), a control board and interface BD. The block diagram is shown as below.

III. Circuit operation theory: A.) HEAD:

A-1.) Interface board diagram:

Control board

Interface board

LCD module with 4 lamps (backlight)

AC power in

D-Sub DVI-D

Inverter

Power


2 Confidential

Mst 8131B

140MHz Single Link

TMDS

MTV312M64(AJ)

Clock

Generator

XGA

1280×1024 LCM

DVI-D

D-SUB

Keypad IIC

140MHz ADC


3 Confidential

(a) Circuit operation theory: A basic operation theory for the interface board is to convert input signal into digital RGB . Analog RGB signal is converted to digital signal through ADC. DVI-D signal is converted through TMDS receiver. The microprocessor Mst8131B receives video data and optimizes the image automatically. It also supports input source selection, 16 color from a 64k palette bitmap OSD, and keypad con t ro l l ing . The ou tpu t da ta a re sen t to LCD module .

(b) IC introduction: 1.) DDC (Display Data Channel) function: We use DDC IC to support DDC/2B function. DDC data is

stored in 24C04(EEPROM). Those data related to LCD monitor specification. PC can read them by “SDA” and “SCL” serial communication for I2C communication for DDC2B.

2.) Mst8131B IC: There are A/D, Scaling, OSD, MCU functions in the Mst8131B IC. Scaling IC is revolutionary scaling engine, capable of expanding any source resolution to a highly uniform and sharp image, combined with the critically proven integrated 8 bit triple-ADC and patented Rapid-lock digital clock recovery system. It also support detect mode and DPMS control. MCU control unit, it controls all the functions of this interface board, just like the OSD display setting, the adjustable items, adjusted data storage, the external IIC communication, support DDC2B.

3.) EEPROM: We use 24C04 to store all the adjustable data and user settings. And use 24C02 to store DVI EDID data. 4.) MTV312M64: To stored the source code which is accessed by MCU to run program.


4 Confidential


Fig.1

#1 EMI Filter


Fig. 2


filter

Isolation power

transformer


Pre-Amp


Feedback Isolation

Inverter circuit


LDO regulator


5 Confidential

#2 Rectifier and filter


Fig. 3


6 Confidential

#3 Switching element and Isolation power transformer When the Q601 turns on, energy is stored in the transformer. During Q601 turn-off period, the stored

energy is delivered to the secondary of transformer. R607, C607 and D601 is a snubber circuit. R615 is current sense resistor to control output power. (See Fig.4)

Fig. 4


Fig. 5


7 Confidential

#5 PWM Controller The PWM controller NCP1200A implements a standard current mode architecture. With an internal structure

operating at a fixed 40KHz. Where the switch time is dictated by the peak current set-point. When the current set-point falls below a given value. The output power demand diminishes, the IC automatically enters the so-called skip cycle mode and provides excellent efficiency.

Fig. 6

#6 Feedback circuit PC123 is a photo-coupler and TL431 is a shunt regulation. They are used to detect the output voltage

change and be the primary and secondary isolation. When output voltage changes, the feedback voltage will be compared and duty cycle will be decided to control the correct output voltage. (See Fig.7)

Fig. 7


8 Confidential




9 Confidential

A-4.) Inverter diagram:

1.Block Diagram:


Input Voltage: 15V

Input Current: 2A max.

ON/OFF Voltage: 3.3V

PWM Duty: 3.3V/47KHz

Output Requirement:

Max. Output Current: 15mA

Min. Output Current: 6mA

Lamp Working Voltage: 600Vrms

Open Lamp Voltage: 1700Vrms

Frequency: 50KHz

15Vin ON/OFF

switching

OSCILATOR

CIRCUIT

TRANSFORMER CCFL

PWM CONTROLLER


AND DETECT

ON/OFF

BRT_ADJ


10 Confidential

3.Circuit Operation Theorem

3.1 ON/OFF SWITCH

The turn-on voltage was controlled by R756 and R757.The inverter was turned on or off by the switching transistors

Q761 and Q757, Also regulator IC751 is control by Q761 and Q757 decide supply 15V to inverter part or instead.


11 Confidential


TL1451 is a dual PWM controller.C765 and R765 decide the working frequency.BLT_ADJ signal is from control board,

control pulse width then decide how much energy delivery to CCFL also decide CCFL brightness. Q741 and Q742 be

the buffer to rise the drive capability and the totem poles circuit can improve a capable of driving for Q743.C770 decide

the striking time delay.


12 Confidential



benq q7t3-fp731

Documents