20
Date2006.08.30
Product Specification
7〞color TFT-LCD module
MODEL NAME:A070FW03V4(◆) Preliminary Specification(…..) Final Specification
©2006 AU OptronicsAll Rights Reserved,Do Not Copy.Record of Revision
Version12
Revise DatePage13/Jun/200505/Jan/2006
011
First draft.
Modified response timeRise 50à24(max)Fall 60à36(max)13
ModifyReliability test items
High Temperature Operating: 60℃for 240 hoursLow Temperature Operating:-10℃for 240 hoursHigh Temperature Storage: 70℃for 240 hoursLow Temperature Storage:-20℃for 240 hours
Thermal Shock Test:-10℃~60℃for 100 cycles, 1hours/cycleHigh Temperature and High Humidity: 40℃, 90% for 240 hours
3
30/Aug/2006
3711
Revise surface treatment(haze value)Revise backlight driving conditionsModified reliability test items
Content
ModelVersionPage
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Contents:
A.Physicalspecification.....................................................P3B.Electrical specifications...................................................P4
1.Pin assignment............................................................P4a.TFT-LCD panel driving section...........................................P4b.Backlight driving section................................................P52.Absolute maximum ratings..................................................P53.Electrical characteristics....................................................P6a.Typical operating conditions.............................................P6b.Current consumption....................................................P6c. Backlight driving conditions.........................................P.AC Timing.................................................................P7a.Timing conditions.......................................................P7b.Timing diagram.........................................................P75.Power Sequence........................................................P8
C.Optical specifications...................................................P9
D.Reliability test items.......................................................P11E.Packing form...............................................................P12
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Appendix:
Fig.1 Outline dimension of TFT-LCD module.......................................P13Fig.2 Sampling clock timing.......................................................P14Fig.3 Horizontal display timing range..............................................P15Fig.4-(a) Horizontal timing........................................................P16Fig.4-(b) Detail horizontal timing.................................................
P17
Fig.5 Vertical shift clock timing....................................................P18Fig.6-(a) Vertical timing (From up to down)........................................P19Fig.6-(b) Vertical timing (From down to up).......................................P20
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A. Physical specifications
NO.1234567
Item
Display resolution(dot)Active area(mm)Screen size(inch)Dot pitch(mm)Color configurationOverall dimension(mm)Weight(g)Surface treatmentBacklight unit
Specification
1440(W)×234(H)1.08(W)×86.58(H)7.0(Diagonal)0.107(W)×0.370(H)R. G. B. stripe
1.9(W)×100.0(H)×5.7(D)160±10
AG(25%)with WV filmCCFL
Note 1Remark
Note 1: Refer to Fig. 1
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B. Electrical specifications
1.Pin assignment
a. TFT-LCD panel driving section
Pin no12345671011121314151617181920212223242526
SymbolGNDVCCVGLVGHSTVRSTVLCKVU/DOEVVCOMVCOML/RMODOEHSTHLSTHRCPH3CPH2CPH1VCCGNDVRVGVBAVDDAVSS
I/O-III
Ground for logic circuit
Supply voltage of logic control circuit for scan driverNegative power for scan driverPositive power for scan driver
Note 1Note 1
Description
Remark
I/OVertical start pulseI/OVertical start pulseIIIIIIII
Shift clock input for scan driverUP/DOWN scan control inputOutput enable input for scan driverCommon electrode driving signalCommon electrode driving signalLEFT/RIGHT scan control input
Sequential sampling and simultaneous sampling settingOutput enableinput for data driver
Note 1,2
Note 1,2Note 3
I/OStart pulse for horizontal scan lineI/OStart pulse for horizontal scan lineIIII-IIII-Sampling and shifting clock pulse for data driverSampling and shifting clock pulse for data driverSampling and shifting clock pulse for data driverSupply voltage of logic control circuit for data driverGround for logic circuit
Alternated video signal input(Red)Alternated video signal input(Green)Alternated video signal input(Blue)Supply voltage for analog circuitGround for analog circuit
Note 1Note 1
Note 1: Selection of scanning mode (please refer to the following table)Setting of scancontrol inputU/DGNDVCCGNDVCC
L/RVCCGNDGNDVCC
STVROUTINOUTIN
IN/OUT statefor start pulseSTVLINOUTINOUT
STHROUTININOUT
STHLINOUTOUTIN
Scanning direction
From up to down, and from left to right.From down to up, and from right to left.From up to down, and from right to left.From down to up, and from left to right.
IN: Input; OUT: Output.
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ModelVersionPageNote 2: Definition of scanning direction.Refer to figure as below:: A070FW03 V4: 3: 5/20Note 3: MOD = H: Simultaneous sampling.MOD = L: Sequential sampling.Please set CPH2 andCPH3 to GND when MOD = H.b. Backlight driving section (Refer to Figure 1)No.12SymbolHIGNDI/OI-DescriptionPower supply for backlight unit (High voltage)Groundfor backlight unitRemark----2. Absolute maximum ratingsItemSymbolVCCAVDDPower voltageVGHVGLVGH－VGLInput signal voltageViVIVCOMConditionGND=0AVSS=0GND=0Min.-0.3-0.3-0.3-15--0.3-0.3-2.9Max.77180.333AVDD+0.3VCC+0.35.2UnitVVVVVVVVNote 1Note 2RemarkNote 1: VR, VG, VB.
Note 2: STHL, STHR, OEH, L/R, CPH1~CPH3, STVR, STVL, OEV, CKV, U/D.
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3. Electrical characteristics
a. Typical operating conditions (GND=AVss=0V, Note 4 )
Item
SymbolVCCAVDD
Power supply
VGHVGL
Video signalamplitude(VR,VG,VB)
ViAViACViDCVCACVCDC
Min.34.514.3-10.50.4--3.51.4
Typ.5515-10-3AVDD/25.61.7
Max.5.55.515.7-9.5AVDD-0.4
--6.52.0
UnitVVVVVVVVp-pV
Note 1AC componentDC componentAC component, Note 2
DC componentRemark
VCOM
InputH LevelVIH0.8 VCC-VCCVsignalNote 3
L LevelV0-0.2 VVILCCvoltage
Note 1: Refer to Fig.4-(a).
Note 2: The brightnessof LCD panel could be changed by adjusting the AC component of VCOM.Note 3: STHL, STHR, OEH, L/R, CPH1~CPH3, STVR, STVL, OEV, CKV, U/D.Note 4: Be sure to apply GND, VCCand VGLto the LCD first, and then apply VGH.
b. Current consumption (GND=AVss=0V)
ParameterCurrentfordriver
SymbolIGHIGLICCIDD
ConditionVGH=15VVGL=-10VVCC=5VAVDD=5V
Min.----Typ.0.200.803.017.0
Max.0.51.56.030
UnitmAmAmAmA
Remark
c. Backlight driving conditions
ParameterLamp voltageLamp currentFrequencyLamp starting voltage
Lamp life time
Symbol
Min.
VL
ILFLVS
-----10,000
Typ.538670---
Max.5917801,1501,500-
UnitRemark
Vrms
mArmskHzVrmsVrmsHr
Note3Note 1,4Note 2,4Note5
Note 1: Ta = 25℃.Note 2: Ta= 0℃.
Note3: The lamp frequency should be selected as different as possible from display horizontal
synchronous signal to avoid interference.
Note4:The “MAX” of “Starting voltage” means the minimum voltage to light normally in the LCD module,
and the start up voltage should be kept at least 1 second.
Note5: The” Lamp life time” is defined as the module brightness decrease to 50% original brightness at
Ta=25℃, IL=6mA.
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4. AC Timing
a. Timing conditions
Parameter
Rising time
Falling time
High and low level pulse widthCPH pulse dutyCPH pulse delaySTH setup timeSTH hold timeSTH pulse widthSTH periodOEH pulse width
Sample and hold disable timeOEV pulse widthCKV pulse widthClean enable timeHorizontal display startHorizontal displaytiming rangeSTV setup timeSTV hold timeSTV pulse widthHorizontal lines per fieldVertical display startVertical display timing rangeVCOM rising timeVCOM falling timeVCOM delay timeRGB delay time
Symbol
trtftCPHtCWHtC12tC23tC31tSUHtHDHtSTHtHtOEHtDIS1tOEVtCKVtDIS2tSHtDHtSUVtHDVtSTVtVtSVtDVtrCOMtfCOMtDCOMtDRGB
Min.--9940302020-61.5-------400400-256
Typ.--10350tCPH/3--163.51.228.285.404.183.7401440---2623234----Max.101010760tCPH/2---65.5---------1268--5531
Unit.nsnsns%nsnsNstCPHμsμsμsμsμsμsTCPH/3TCPH/3nsnstHtHtHtHμsμsμsμs
STVL,STVRSTVL,STVRSTVL,STVRNote 2OEVCKVRemarkNote 1Note 1CPH1~CPH3CPH1~CPH3CPH1~CPH3STHR,STHLSTHR,STHLSTHR,STHLSTHR,STHL
OEH
Note 1: For all of the logic signals.
Note 2: Please don’t use odd horizontal lines to drive LCD panel for both odd and even field
simultaneously.
b. Timing diagram
Please refer to the attached drawing, from Fig.2 to Fig.6.
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5.Power Sequence
Sequence for power on/off and Signal on/off
Power onVGHVCCGNDVGHPower offVCCGNDVCCT1T1T2T3OFFVGLVGLT5T4T6T5T7OFFVideo Signal, Logic SignalONT1≦15ms(From 10%*VCC to 90%*VCC，when VCC is Low to High)；T2≦10ms (From 90%*VCC to 10%*VGH，when VCC is Low to High)；T3≦10ms (From 90%*VGH to Video signal，when VGH is Low to High)；T4≦10ms (From Video signal to 90%*VGH，when VGH is High to Low)；T5≦20ms (From 90%*VCC to 10%*VCC，when VCC is High to Low)；T6≦10ms (From 10%*VGH to 90%*VCC，when VCC is Low to High)；T7≧0.4s (From 10%*VCC is H→L to 10%*VCC is L→H)。
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C. Optical specification (Note 1, Note 2)
Item
Response time
RiseFall
SymbolTrTfCR
Conditionθ=0°
Min.--200
Typ.1218300
Max.2436-Unitmsms
RemarkNote 3,5
Contrast ratioViewing angle
TopBottom
LeftRight
At optimizedViewing angle
Note 4, 5
CR≧10
305050503500.260.28
4065656000.310.33
-----0.360.38
Note 5, 6
deg.
BrightnessWhite chromaticity
YLXY
IL=6mA,25℃
θ=0°θ=0°
cd/m2
Note 7Note 7
Note 1 : Ambient temperature =25℃, and lamp current IL= 6 mArms. To be measured in the dark room.
DC/AC inverter driving frequency: 70 kHz.
Note 2 :To be measured on the center area of panel with a viewing cone of 1°by Topcon luminance meterBM-5, after 15 minutes operation.
Note 3. Definition of response time:
The output signals of photo detector aremeasured when the input signals are changed from“black” to “white”(falling time) and from “white” to “black”(rising time), respectively.
The response time is defined as the time interval between the 10% and 90% of amplitudes. Refer to figure as below.
\"White\"100%90%Signal(Relativevalue)\"Black\"\"White\"10%0%TrTfNote 4. Definition of contrast ratio:
Contrast ratio is calculated with the following formula.Contrast ratio (CR)=
Note 5. White Vi=Vi50＋1.5V
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Photo detector output when LCD is at “White” statePhoto detector output when LCD is at “Black” stateModelVersionPage
Black Vi=Vi50±2.0V“±” means that the analog input signal swings in phase with VCOMsignal.: A070FW03 V4: 3: 10/20
“ ” means that the analog input signal swings out of phase with VCOMsignal.Vi50 : The analog input voltage when transmission is 50%The 100% transmission is defined as the transmission of LCD panel when all the input terminalsof moduleare electrically opened.Note 6. Definition of viewing angle, Refer to figure as below.Note 7. Measured at the center area of the panel when all the input terminals of LCD panel are electricallyopened.ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
ModelVersionPage
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D. Reliability test items(Note 2):
No.1234567
Test items
High temperature storageLow temperature storageHigh temperature operationLow temperature operation
High temperature and high humidityHeat shock
Electrostatic discharge
Ta=70℃Ta=-20℃Tp=60℃
Conditions
240Hrs240Hrs240Hrs
Remark
Ta=2-10℃4Tp= 402Operation℃,4-10℃~60℃/100 cyclesNon-operation1Hrs/cycle±200V,200pF(0Ω), once for each terminal
Non-operationFrequency rangeStoke
: 10~55Hz: 1.5mm: 10 ~ 55 ~ 10Hz
JIS C7021,A-10
Condition AJIS C7021,A-7
Condition C
8
Vibration
Sweep
(6 hours for total)100G, 6ms,±X,±Y,±Z
2 hours for each direction of X,Y,Z
9Mechanical shock3 times for each directionRandom vibration:
10Vibration (with carton)
0.015G/Hz from 5~200Hz–6dB/octave from 200~500HzHeight: 60cm
1 corner, 3 edges, 6 surfaces
2
IEC 68-34
11Drop (with carton)JIS Z0202
Note1: Ta: Ambient temperature.Note2: Tp: Panel Surface Temperature
Note3: In the standard conditions, there is not display function NG issue occurred. All the cosmetic
specification is judged before the reliability stress.
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ModelVersionPage: A070FW03 V4: 3: 12/20E. Packing formALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.(最上層空盤)(一層放5PCS)(一箱放30PCS)背面向上)(一箱堆疊7層)ModelVersionPage: A070FW03 V4: 3: 13/20ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.Fig.1-OutlinedimensionofTFT-LCDmoduleModelVersionPage
: A070FW03 V4: 3: 14/20
tftCPH50%tCWHtr90%90%50%STHL(R)CPH1CPH210%10%ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
CPH3Fig.2SamplingclocktimingtC31tHDHtSUHtSTHtC12tC23ModelVersionPage
: A070FW03 V4: 3: 15/20
Input(STHL/STHR)Output(STHR/STHL)ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
CPH1Fig.3HorizontaldisplaytimingrangetDHModelVersionPage
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t1HViABlackCDCVOEHSTHL(R)ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
VCOM(HSY)OEVCKVVR(GB)ViDCBlankFig.4-(a)HorizontaltimingVCACBlankWhiteBlackViACHWhiteModelVersionPage
: A070FW03 V4: 3: 17/20
10%tfCOM(HSY)STHL(R)ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
VCOMVR(GB)Note:ThefallingedgeofOEVshouldbesynchronizedwiththefallingedgeofOEHtDCOMtrCOMtOEHtCKVtOEVOEHOEVtDIS2CKV10%90%50%tDRGBFig.4-(b)Detailhorizontaltiming1HtDIS1tSTH90%ModelVersionPage
: A070FW03 V4: 3: 18/20
50%50%STVL(R)ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
CKVFig.5VerticalshiftclocktimingtSUVtHDVtCKVModelVersionPage
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VR(GB)(HSY)(VSY)STVLALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED,OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROMAU OPTRONICS CORP.
VCOM(Evenfield)VCOM(Oddfield)Fig.6-(a)Verticaltiming(Fromuptodown)DisplayonpanelfirstlinetSVModelVersionPage
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VCOM(Evenfield)VR(GB)(HSY)VCOM(Oddfield)(VSY)STVLFig.6-(b)Horizontaltiming(Fromdowntoup)DisplayonpanelfirstlinetSV
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