s1090 101h29 27b深圳市恒佳譽(yù)科技

TABLEOFCONTENT

GENERALSPECIFICATIONS 3

ABSOLUTE UMRATINGS 4

ELECTRICALCHARACTERISTICS 4

BACKLIGHTCHARACTERISTICS 5

DIMENSIONALDRAWING 6

INTERFACEP ONNECTIONS 7

ELECTRO?OPTICALCHARACTERISTICS 13

INSPECTIONCRITERIA 16

RELIABILITY 17

PRECAUTIONSFORUSINGLCDMODULE 19

GeneralSpecifications

Description

S1090-101H29-24B isacoloractivematrixLCDmoduleorporatingamorphoussiliconTFT(ThinFilmTransistor).ItiscomposedofacolorTFT-LCDpanel,driverIC,FPCandabacklightunit.Themoduledisyareacontains1024x600pixels.ThisproductaccordswithRoHSenvironmentalcriterion.

Features

No.

Item

Specification

Unit

1

Panelsize

10.1

h

2

NumberofPixels

1024(H)*3(RGB)*600(V)

Pixels

3

Activearea

222.72x125.28

mm

4

Pixelspitch

0.2175*0.2088

mm

5

Moduleoutline

235x143x3.0

mm/

6

Pixelsarrangement

RGBverticalstripe

/

7

Disymode

NormallyBlack

/

8

Viewingdirection

9

Disycolor

16.7M

10

Luminance(cd/m2)

220(typ)

Cd/

11

BacklightType

WhiED

12

InterfaceType

mipiInterface

13

DriverCondition

1.8

V

14

DriveIC

EK79007+EK73215

15

OperationTemperature

-20~70

?

16

StorageTemperature

-30~80

?

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ElectricalCharacteristics

OperatingConditions

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BacklightCharacteristics

Item

Symbol

Min

Typ

Max

Unit

Condition

Forwardvoltage

Vf

9.6

V

If=195mA

Luminance

Lv

220

cd/m2

If=195mA

NumberofLED

--

27

Piece

--

Connectionmode

3serialand 9parallel

--

--

InternalCircuitDiagram

106.4

62.0 S1090-101H29-27B

InterfacePonnections

PINNO

Symbol

Description

1

VLED+

LEDbacklight(Anode)

2

VLED+

LEDbacklight(Anode)

3

VGH

GateONVoltage

4

VGL

GateOFFVoltage

5

U/D

UP/downselect

6

L/R

Left/rightselect

7

VLED-

LEDbacklight(Cathode)

8

VLED-

LEDbacklight(Cathode)

9

LCD+10V

Apowersupplyforthe ogpower.

10

GND

Ground

11

MIPI_TDP3

MIPI-DSIDatadifferentialsignalinputpins.(Datalane3+)

12

MIPI_TDN3

MIPI-DSIDatadifferentialsignalinputpins.(Datalane3-)

13

GND

Ground

14

MIPI_TDP2

MIPI-DSIDatadifferentialsignalinputpins.(Datalane2+)

15

MIPI_TDN2

MIPI-DSIDatadifferentialsignalinputpins.(Datalane2-)

16

GND

Ground

17

MIPI_TCP

MIPI-DSICLOCKdifferentialsignalinputpins.

18

MIPI-DSICLOCKdifferentialsignalinputpins.

19

GND

Ground

20

MIPI_TDP1

MIPI-DSIDatadifferentialsignalinputpins.(Datalane1+)

21

MIPI_TDN1

MIPI-DSIDatadifferentialsignalinputpins.(Datalane1-)

22

GND

Ground

23

MIPI_TDP0

MIPI-DSIDatadifferentialsignalinputpins.(Datalane0+)

24

MIPI_TDN0

MIPI-DSIDatadifferentialsignalinput

25

GND

Ground

26

STBYB

27

LRSTB

Globalresetpin.Activelowtoenterresetstate.SuggesttoconnectingwithanRCresetcircuitforstability.Normallypullhigh.(R=10K_?C=1-F)

28

VDD

Apowersupplyforthe ogpower.VDD3=1.8V

29

VDD

Apowersupplyforthe ogpower.VDD3=1.8V

30

VCOM

ThepowersupplyofcommonvoltageinDCcomdriving.

Timingcharacteristics

MIPIInterfaceDCCharacteristic

(VDD=VDD_IF=1.8V,AVDD=8to13.5V,GND=AGND=GND_IF=0V,TA=-20кto85к)

Parameter

Symbol

Min.

Typ.

Max.

Unit

MIPICharacteristicsforHighSpeedReceiver

Single-endedinputlowvoltage(DSI-CLKP/N,DSI-DnP/N)

Vilhs

-40

-

-

mV

Single-endedinputhighvoltage

(DSI-CLKP/N,DSI-DnP/N)

Vihhs

-

-

460

mV

InputCommon-modevoltage(DSI-CLKP/N,DSI-DnP/N)

Vcdrxdc

70

-

330

mV

Differentialinputimpedance

Zid

100

ohm

HStransmitdifferentialvoltage(VOD=VDP-VDN)

|VOD|

140

200

250

mV

Low-leveldifferentialinputvoltagethreshold

VthlclkVthldata

-70

-

-

mV

High-leveldifferentialinputvoltagethreshold

VthhclkVthhdata

-

-

-

mV

Single-endedthresholdvoltagefortermination

Vtern_en

-

-

450

mV

Terminationcapacitor

Cterm

-

14

pf

Inputvoltagecommonmode

variation(<=450Mhz)

Vcmrclk

Vcmrdatal

-50

-

50

mV

Inputvoltagecommonmodevariation(>=450Mhz)

VcmrclkmVcmrdatam

-

100

mV

MIPICharacteristicsforLowPowerMode

Padsignalvoltagerange

Vi

-50

-

1350

mV

Groundshift

Vgndsh

-50

-

50

mV

Logic0inputthreshold

Vil

0

-

550

mV

Logic1inputthreshold

Vih

880

-

1350

mV

Logic0inputvoltageLPRX(CLK,ULPmode)

Villprxulp

0

-

300

mV

Inputhysteresis

Vhyst

25

-

-

mV

Outputlowlevel

Vol

-50

-

50

mV

Outputhighlevel

Voh

1.1

1.2

1.3

V

OutputimpedanceofLowPowerTransmitter

ZOLP

90

100

110

ohm

Logic0contentionthreshold

Vilcd,max

-

-

200

mV

Logic0contentionthreshold

Vihcd,min

450

-

1350

mV

Logichighlevelinputcurrent

Iih

-

-

10

uA

Logiclowlevelinputcurrent

Iil

-10

-

-

uA

Inputpulserejection

(DSI-CLKP/N,DSI-DnP/N)

SGD

-

-

300

Vps

MIPIACCharacteristic

LPTransmitCSpecification

Parameter

Symbol

Min

Typ

Max

Units

Notes

15%~85%risingtimeandfallingtime

TRLP/TFLP

-

-

25

ns

-

30%~85%risingtimeandfallingtime

TREOT

-

-

35

ns

-

PulsewidthofLPexclusive-ORclock

FirstLPEXORclockpulseafterSTOPstateorLastpulsebeopstate

TLP-PULSE-TX

40

-

-

ns

-

Allotherpulses

20

-

-

ns

-

PeriodoftheLPEXORclock

TLP-PER-TX

90

-

-

mV/ns

-

SlewRate@CLOAD=0pF

30

-

500

mV/ns

-

SlewRate@CLOAD=5pF

?V/?tSR

30

-

200

mV/ns

-

SlewRate@CLOAD=20pF

30

-

150

mV/ns

-

SlewRate@CLOAD=70pF

30

-

100

mV/ns

-

LoadCapacitance

TRLP

-

-

70

pF

-

InputTimingTable

DEmode

Parameter

Symbol

Value

Unit

Min.

Typ.

Max.

DCLKfrequency@Framerate=60hz

fclk

40.8

51.2

70.3

Mhz

Horizontaldisyarea

thd

1024

DCLK

HSYNCperiodtime

th

1114

1344

1464

DCLK

HSYNCblanking

thb+thfp

90

320

376

DCLK

Verticaldisyarea

Tvd

600

H

VSYNCperiodtime

Tv

610

635

800

H

VSYNCblankin fp

10

35

200

H

HVmode

Horizontalinputtiming

Parameter

Symbol

Value

Unit

Horizontaldisyarea

thd

1024

DCLK

DCLKfrequency@Framerate=60hz

fclk

Min.

Typ.

Max.

44.9

51.2

70.3

Mhz

1HorizontalLh

1200

1344

1464

DCLK

HSYNCpulsewidth

Min.

thpw

1

Typ.

Max.

140

HSYNCblanking

thb

160

160

160

HSYNCfrontporch

thfp

16

160

216

HVmode

Verticalinputtiming

Parameter

Symbol

Value

Unit

Min.

Typ.

Max.

Verticaldisyarea

tvd

600

H

VSYNCperiodtime

tv

624

635

800

H

VSYNCpulsewidth

tvpw

1

20

H

VSYNCbackporch

tvb

23

23

23

H

VSYNCfrontporch

tvfp

1

12

177

H

PowerOn/OffSequence

InordertopreventICfrompoweronresetfail,therisingtime(TPOR)ofthedigitalpowersupplyVDDshouldbemaintainedwithinthegivenspecifications.Referto“ACCharacteristics”formoredetailontiming.

PowerOn/OffSequence

EnndExitSleepModeSequence

Note:LowLevel=3Fh,whenNBW=”L”(Normallywhite)LowLevel=00h,whenNBW=”H”(NormallyBlack)

Electro-opticalCharacteristics

Overview

ThetestofOpticalspecificationsshallbemeasuredinadarkroom(ambientluminance

1luxandtemperature=252?)withtheequipmentofLuminancemetersystem(GoniometersystemandTOPCONBM-5)andtestunitshallbelocatedatanapproximatedistance50cmfromtheLCDsurfaceataviewingangleof?and?equalto0.Wereferto?‘0?3)asthe3R?FORFNdirection(the3ULJKW′?‘90(=?12)asthe12R?FORFNdirection3XSZDUG′?‘180(=?9)asthe9R?FORFNdirection3OHIW′and?‘270(=?6)asthe6R?FORFNdirection3ERWWRP′.Whilescanning?and/or?,thecenterofthemeasuringspotontheDisysurfaceshallstayfixed.Thebacklightshouldbeoperatingfor30minutespriortomeasurement.VDDshallbe3.3+/-0.3Vat25C.Optimumviewingangledirectionis6?FORFN.

OpticalSpecifications

<Table5.OpticalSpecifications>

Parameter

Symbol

Condition

Min.

Typ.

Max.

Unit

Remark

ViewingAnglerange

Horizontal

?3

CR>10

-

70

-

Deg.

Note1WV-Pol

?9

-

70

-

Deg.

Vertical

?12

-

70

-

Deg.

?6

-

70

-

Deg.

ColorGamut(Clight)

50

-

%

Note2

LuminanceContrastratio

CR

?

600

Transmittance

T(%)

?

-

6.6

-

%

BaseonC

LightNote3

WhiteChromaticity

xw

?

0.235

0.287

0.337

Note4CFGlass

yw

0.263

0.313

0.363

Reproductionofcolor

(Clight)

Red

xR

?

0.538

0.588

0.638

yR

0.298

0.348

0.398

Green

xG

0.281

0.331

0.381

yG

0.533

0.583

0.633

Blue

xB

0.101

0.151

0.201

yB

0.075

0.125

0.175

ResponseTime(Rising+Falling)

TRT

Ta=25C

?

-

8

-

ms

Note5

Notes:1.Viewingangleistheangleatwhichthecontrastratioisgreaterthan10.TheviewinganglesDUHGHWHUPLQHGIRUWKHKRUL]RQWDORUR?FORFNGLUHFWLRQDQGWKHYHUWLFDORUR?FORFNGLUHFWLRQZLWKUHVSHFWWRWKHRSWLFDOD[LVZKLFKLV

normaltotheLCDsurface(seeFIGURE1).

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centeroftheLCDsurface.Luminanceshallbemeasuredwithallpixelsintheviewfieldsetfirsttowhite,thentothedark(black)state.(seeFIGURE1)LuminanceContrastRatio(CR)isdefinedmathematically.

Luminancewhendisyingawhi ster

CR

Luminancewhendisyingablackraster

TransmittanceistheValuewithPolarizer

ThecolorchromaticitycoordinatesspecifiedinTable5shallbecalculatedfromthespectraldatameasuredwithallpixelsfirstinred,green,blueandwhite.Measurementsshallbemadeatthecenterofthepanel.

Theelectro-opticalresponsetimemeasurementsshallbemadeasFIGURE3E\VZLWFKLQJWKH3GDWD′LQSXWVLJQDO21DQG2))7KHWLPHVQHHGHGIRUWKH

luminancetochangefrom10%to90%isTr,and90%to10%isTd.

InspectionCriteria

InspectionConditions

Environmentalconditions

TheenvironmentalconditionsforinspectionshallbeasfollowsRoomtemperature:20±3°C

Humidity:65±20%RH

Theexternalvisualinspection

Withasingle20-wattfluorescentlampasthelightsource,theinspectionwasinthedistanceof30cmormorefromtheLCDtotheinspector'seyes.

LightMethod

Fluorescentlampperpendiculartothedis ysurface.

Inspectiondistanceandangle

Inspectionshouldbeperformedwithinangle?(?isusually30°)fromZaxistoeachXandY.

Inspectiondistanceinanydirectionwithin?mustbekept30±5cmfromthedis ysurface.

.

Classificationofdefects

Majordefect

Amajordefectreferstoadefectthatmaysubstantiallydegradeusabilityforproductapplications.

Minordefect

Aminordefectreferstoadefectwhichisnotconsideredtobeablesubstantiallydegradetheproductapplicationoradefectthatdeviatesfromexistingstandardsalmostunrelatedtotheeffectiveuseoftheproductoritsoperation.

Reliability

MTBF

TheLCDmoduleshallbedesignedtomeetaminimumMTBFvalueof50000hourswithnormal.(25°Cintheroomwithoutsunlight)

TESTS

NO.

TestItem

Testcondition

Criterion

1

HighTemperatureStorage

80?±2?96H

Restore2Hat25?Poweroff

Aftertesting,cosmeticandelectricaldefectsshouldnothappen.

2

LowTemperatureStorage

-30?±2?96H

Restore2Hat25?Poweroff

3

HighTemperatureOperation

70?±2?96H

Restore2Hat25?Poweron

4

LowTemperatureOperation

-20?±2?96H

Restore2Hat25?Poweron

5

HighTemperature&HumidityOperation

60?±2?90%RH96H

Poweron

6

TemperatureCycle

--30???25???80?

30min 5min 30min

after10cycle,Restore2Hat25?Poweroff

7

VibrationTest

10Hz~150Hz,100m/s2,120min

8

ShockTest

Half-sinewave,300m/s2,11ms

9

DropTest(packagestate)

800mm,concretefloor,1corner,3edges,6sideseachtime

Aftertesting,cosmeticandelectricaldefectsshouldnothappen.

theproductshouldremainatinitialce

Productuncoveredorpackagebrokenis

notpermitted.

PrecautionsforUsingLCDModule

handingprecautions

Thedisypanelismadeofglass.Donotsubjectittoamechanicalshockorimpactbydropit.

Ifthedisypanelisdamagedandtheliquidcrystalsubstanceleaksout,besurenottogetanyinyourmouth.Ifthesubstancecontactsyourskinorclothes,washitoffusingsoapandwater.

Donotapplyexcessivetothedisysurfaceortheadjoiningareass ethismaycausethecolort ovary.

ThepolarizercoveringthedisysurfaceoftheLCDmoduleissoftandeasilyscratched.Handlethispolarizercarefully.

Ifthedisysurface escontaminated,breatheonthesurfaceandgentlywipeitwithasoftdrycloth.Ifitisheavilycontaminated,moistenaclothwithoneofthefollowingsolvents:

IsopropylalcoholEthylalcohol

Solventsotherthanthoseabovementionedmaydamagethepolarizer.Especially,donotusethefollowing:

WaterKetone

Aromaticsolvents

Extracaretominimizecorrosionoftheelectrode.Waterdroplets,moisturecondensationoracurrentflowinahighhumidityenvironmentacceleratescorrosionoftheelectrode.

InstalltheLCDModulebyusingthemountingholes.WhenmountingtheLCDModule,makesureitisoftwisting,waranddistortion.Inparticular,donotforciblypullorbendtheI/Ocableorthebacklightcable.

DonotattempttodisassembleorprocesstheLCDModule.

NCterminalshouldbeopen.Donotconnectanything.

Ifthelogiccircuitpowerisoff,donotapplytheinputsignals.

Topreventdestructionoftheelementsbystaticelectricity,becarefultomaintainanoptimumworkenvironment.

BesuretogroundthebodywhenhandlingheLCDModule.

-Toolsrequiredforassembling,suchassolderingirons,mustbeproperlygrounded.

-Toreducetheamountofstaticelectricitygenerated,donotcondu semblingandotherworkunderdryconditions.

TheLCDModuleiscoatedwithafilmtoprotectthedisysurface.Exercisecarewhenpeelingoffthisprotectivefiestaticelectricitymaybegenerated.

storageprecautions

WhenstoringTheLCDModule,avoidexposuretodirectsunlightoffluorescentlamps.Keepthemodulesinbags(avoidhightemperature/highhumidityandlowtemperaturesbelow0?).Wheneverpossible,theLCDModuleshouldbestoredinthesameconditionsinwhichtheywereshippedfromour .

others

Liquidcrystalssolidifyunderlowtemperature(belowthestoragetemperaturerange)leadingtodefectiveorientationorthegenerationofairbubbles(blackorwhite).Airbubblesmayalsobegeneratedifthemoduleissubjecttoalowtemperature.

IftheLCDModulehavebeenoperatingforalongtimeshowingthesamedisypatternsthedisypatternsmayremainonthescreenasghostimagesandaslightcontrastirregularitymayalsoappear.Ano