KFY G16080-1 series User manual

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DOT DOT DOT DOTMATRIX MATRIX MATRIX MATRIX

LIQUID LIQUID LIQUID LIQUIDCRYSTAL CRYSTAL CRYSTAL CRYSTALDISPLAY DISPLAY DISPLAY DISPLAY

MODULE MODULE MODULE MODULE

Serial Serial Serial Serial

USER USER USER USER‘ ‘‘‘MANUAL MANUAL MANUAL MANUAL

PROPOSED PROPOSED PROPOSED PROPOSEDBY BY BY BYAPPROVED APPROVED APPROVED APPROVED

Design

Approved

G16080-1

CONTENTS CONTENTS CONTENTS CONTENTS

PAGE PAGE PAGE PAGE

1. 1. 1. 1.GENERAL GENERAL GENERAL GENERALAND AND AND ANDMECHANICAL MECHANICAL MECHANICAL MECHANICAL

2222

2. 2. 2. 2.ABSOLUTE ABSOLUTE ABSOLUTE ABSOLUTEMAXIMUN MAXIMUN MAXIMUN MAXIMUNRATINGS RATINGS RATINGS RATINGS

2222

2.1Electricalabsolutemaximumratings

2222

2.2Environmentalabsolutemaximumratings

2222

3. 3. 3. 3.ELECTRICAL ELECTRICAL ELECTRICAL ELECTRICALCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

3333

4. 4. 4. 4.ELECTRO-OPTICAL ELECTRO-OPTICAL ELECTRO-OPTICAL ELECTRO-OPTICALCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

3333

5. 5. 5. 5.BLOCK BLOCK BLOCK BLOCKDIAGRAM DIAGRAM DIAGRAM DIAGRAMAND AND AND ANDPOWER POWER POWER POWERSUPPLY SUPPLY SUPPLY SUPPLY

4444

6. 6. 6. 6.TIMING TIMING TIMING TIMINGCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

4444

7. 7. 7. 7.DIMENSION DIMENSION DIMENSION DIMENSIONOUTLINE OUTLINE OUTLINE OUTLINEAND AND AND ANDPIN PIN PIN PINCONNECTIONS CONNECTIONS CONNECTIONS CONNECTIONS

5555

8. 8. 8. 8.POWER POWER POWER POWERSUPPLY SUPPLY SUPPLY SUPPLYFOR FOR FOR FORBACKLIGHT BACKLIGHT BACKLIGHT BACKLIGHT

5555

9. 9. 9. 9.DISPLAY DISPLAY DISPLAY DISPLAYCONTROL CONTROL CONTROL CONTROLINTEUCTIONS INTEUCTIONS INTEUCTIONS INTEUCTIONS

5555

9.1Descriptionofcommand

5555

9.2Displayvariables

8888

9.3InitializeLCMregistersetlist

9999

10. 10. 10. 10.INTERFACE INTERFACE INTERFACE INTERFACEFOR FOR FOR FORMPU MPU MPU MPU

9999

10.1Interfaceto80family

9999

10.2Interfaceto68family

9999

11. 11. 11. 11.RELIABILITY RELIABILITY RELIABILITY RELIABILITYCONDITION CONDITION CONDITION CONDITION

9999

12. 12. 12. 12.FUNCTIONAL FUNCTIONAL FUNCTIONAL FUNCTIONALTEST TEST TEST TEST& &&&INSPECTION INSPECTION INSPECTION INSPECTIONCRITERIA CRITERIA CRITERIA CRITERIA

9999

13. 13. 13. 13.CG CG CG CGROM ROM ROM ROMPATTERN PATTERN PATTERN PATTERN11 11 11 11

PAGE PAGE PAGE PAGE1 111

1. 1. 1. 1.GENERAL GENERAL GENERAL GENERALAND AND AND ANDCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

2. 2. 2. 2.ABSOLUTE ABSOLUTE ABSOLUTE ABSOLUTEMAXIMUM MAXIMUM MAXIMUM MAXIMUMRATINGS: RATINGS: RATINGS: RATINGS:

2.1Electricalabsolutemaximumrating

2.2Environmentalabsolutemaximumratings

Note(1)Taat60℃:50HRMAX

Note(2)Ta≦40℃:90%RHMAX

Ta＞40℃:Absolutehumiditymustbelowerthanthehumidityof90%at40℃

(Note1)Definitionofresponsetimeandmeasuringcondition.Responsetimeshouldbemeasuredatthepointofthemost

smallestresponseinallsegmentsunderthefollowingcondition.

a)Temperature25℃

b)Framefrequency64Hz

c)Viewingangleθ=0°

φ=0°

+Vop1/fF

PAGE PAGE PAGE PAGE2 222

Dot Dot Dot DotMatrix Matrix Matrix MatrixFormat Format Format Format160×80dots

Controller Controller Controller ControllerIC IC IC ICLC7981orequivalent

Dimensional Dimensional Dimensional DimensionalOutline Outline Outline Outline93.0(W)X70.0(H)X9.5(D)mm93.0(W)X70.0(H)X14.0(D)mm

Viewing Viewing Viewing ViewingArea Area Area Area72.0W×39.0Hmm

Activ e Activ e Activ e Activ eViewing Viewing Viewing ViewingArea Area Area Area67.17W×33.57Hmm

Dot Dot Dot DotPitch Pitch Pitch Pitch0.42W×0.42Hmm

Dot Dot Dot DotSize Size Size Size0.39W×0.39Hmm

STN,Gray,1/80Duty,1/9Bias,6O

‘

clock

STN,YellowGreen,1/80Duty,1/9Bias,6O

‘

clock

STN,Gray,1/80Duty,1/9Bias,6O

‘

clock,ELBacklight(ColorisBlue)

STN,YellowGreen,1/80Duty,1/9Bias,6O

‘

clock,ELBacklight(ColorisWhite)

STN,Gray,1/80Duty,1/9Bias,6O

‘

clock,LEDBacklight(ColorisYellowGreen)

STN,YellowGreen,1/80Duty,1/9Bias,6O

‘

clock,LEDBacklight(ColorisYellowGreen)

STN,Gray,1/80Duty,1/9Bias,6O

‘

clock

CCFLBacklight

(

ColorisWhite)

STN,YellowGreen,1/80Duty,1/9Bias,6O

‘

clock,CCFLBacklight

(

ColorisWhite)

STN,Blue,1/80Duty,1/9Bias,6O

‘

clock,CCFLBacklight

(

ColorisWhite)

ITEM ITEM ITEM ITEMSY MBOL SY MBOL SYMBOL SY MBOLMIN MIN MIN MINMAX MAX MAX MAXUNIT UNIT UNIT UNIT

LogicCircuitSupplyVoltageVDD

VSS

07.0V

LCDDriverCircuitSupplyV oltageVDD

VEE

015.0V

InputV oltageVI

VSS

VDD

OperatingTemperatureTOP

-20+70℃

StorageTemperatureTST

-30+80℃

ITEM ITEM ITEM ITEMOPERATING OPERATING OPERATING OPERATINGSTORAGE STORAGE STORAGE STORAGECOMMENT COMMENT COMMENT COMMENT

MIN MIN MIN MINMAX MAX MAX MAXMIN MIN MIN MINMAX

AmbientTemperature0/-2050/70-10/-3060/80Norm/ExtendedNote(1)

HumidityNote(2)Note(2)Withoutcondensation

Vibration--4.9m/s

--19.6m/s

XYZdirections

Shock--29.4m/s

--490.0m/s

XYZdirections

-Vop

90%

10%

(Note2)Definitionofviewingangle

Front-ReardirectionRight-Leftdirection

θ2φ20°φ1

θ1

RearFrontLeftRight

3. 3. 3. 3.ELECTRICAL ELECTRICAL ELECTRICAL ELECTRICALCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

VSS

=0V,Ta=25℃

4. 4. 4. 4.ELECTRO-OPTICAL ELECTRO-OPTICAL ELECTRO-OPTICAL ELECTRO-OPTICALCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

Note1&2:Seepreviouspage.

Note3:Contrastrationisdefinedunderthefollowingcondition.

Cr=reflectancevalueofnon-selectedcondition÷reflectancevalueofselectedcondition.

(a)Temperature...................25℃

(b)Framefrequency............64Hz

(c)Viewingangle................θ=0°

φ=0°

(d)Operatingvoltage...........12.5V

PAGE PAGE PAGE PAGE3 333

ITEM ITEM ITEM ITEMSY MBOL SY MBOL SYMBOL SY MBOLCONDITION CONDITION CONDITION CONDITIONMIN MIN MIN MINTYP TYP TYP TYPMAX MAX MAX MAXUNIT UNIT UNIT UNIT

LogicCircuitPowerSupplyVDD

VSS

--4.755.05.25V

LCDDriverPowerSupplyVDD

VEE

----10.0--V

InputV oltage

VDD

=5V±0.250.7*V

--VDD

0--0.3*V

PowerSupplyCurrent

VDD

=5V----10.0mA

VEE

=-10V----2.0mA

ITEM ITEM ITEM ITEMSY MBOL SY MBOL SYMBOL SY MBOLCONDITION CONDITION CONDITION CONDITIONMIN MIN MIN MINTYP TYP TYP TYPMAX MAX MAX MAXUNIT UNIT UNIT UNITREF. REF. REF. REF.

RiseTimeTr25℃--396--mSNote1

FallTimeTf25℃--109--mSNote1

ContrastCr25℃--12.3----Note3

ViewingAngleθ25℃&50----DEGNote2

φ1,φ2Cr≧3--40--DEGNote2

FrameFrequencyFf25℃--64--Hz--

5. 5. 5. 5.BLOCK BLOCK BLOCK BLOCKDIAGRAM DIAGRAM DIAGRAM DIAGRAMAND AND AND ANDPOWER POWER POWER POWERSUPPLY SUPPLY SUPPLY SUPPLY

6. 6. 6. 6.TIMING TIMING TIMING TIMINGCHARACTERISTICS CHARACTERISTICS CHARACTERISTICS CHARACTERISTICS

Note:*Thefollowingloadcircuitisconnectedforspecification

PAGE PAGE PAGE PAGE4 444

ITEM ITEM ITEM ITEMSY MBOL SY MBOL SYMBOL SY MBOLMIN MIN MIN MINTYP TYP TYP TYPMAX MAX MAX MAXUNIT UNIT UNIT UNIT

EnablecycletimetCYC1000----ns

EnablepulsewidthHigh/LowleveltWEH,tWEL450----ns

Enablerise/falltimetEr,tEf----25ns

SetuptimetAS140----ns

DatasetuptimetDSW225----ns

DatadelaytimetDDR----225ns*

DataholdtimetH10----ns

AddressholdtimetAH10----ns

OutputdataholdtimetDH20----ns

7. 7. 7. 7.DIMENSION DIMENSION DIMENSION DIMENSIONOUTLINE OUTLINE OUTLINE OUTLINEAND AND AND ANDPIN PIN PIN PINCONNECTIONS CONNECTIONS CONNECTIONS CONNECTIONS

8. 8. 8. 8.POWER POWER POWER POWERSUPPLY SUPPLY SUPPLY SUPPLYFOR FOR FOR FORBACKLIGHT BACKLIGHT BACKLIGHT BACKLIGHT

9. 9. 9. 9.DISPLAY DISPLAY DISPLAY DISPLAYCONTROL CONTROL CONTROL CONTROLINSTRUCTIONS INSTRUCTIONS INSTRUCTIONS INSTRUCTIONS

9.1Descriptionofcommand

Displayiscontrolledbywritingdataintotheinstructionregisterand13dataregisters.TheRSsignaldistinguishesthe

instructionregisterfromthedataregisters.8-bitdataiswrittenintotheinstructionregisterwithRS=1,andthecodeofdata

registerisspecified.Afterthat,the8-bitdataiswritteninthedataregisterandthespecifiedinstructionisex ecutedwithRS=0.

Duringtheex ecutionoftheinstruction,nonewinstructioncanbeaccepted.Sincethebusyflagissetduringthis,readthebusy

flagandmakesureitis0beforewritingthenex tinstruction.

PAGE PAGE PAGE PAGE5 555

NO. NO. NO. NO.SY MBOL SYMBOL SYMBOL SYMBOLFUNCTION FUNCTION FUNCTION FUNCTIONNO. NO. NO. NO.SY MBOL SY MBOL SYMBOL SY MBOLFUNCTION FUNCTION FUNCTION FUNCTION

1VSSGround11DB4Databusline

2VDDPowersupplyforlogiccircuit12DB5Databusline

3VoPowersupplyforLCDcircuit13DB6Databusline

4D/IData/Instruction14DB7Databusline

5R/WRead/Write15/CSChipenable

6EEnableSignal16/DISPOFFDisplayoffsignal

7DB0Databusline17/RESControllerreset

8DB1Databusline18VEENegativevoltageoutput

9DB2Databusline19A(EL1)LED+(ELBacklight1)

10DB3Databusline20K(EL2)LED–(ELBacklight2)

ITEM ITEM ITEM ITEMLED LED LED LEDBacklight Backlight Backlight BacklightEL EL EL ELBacklight Backlight Backlight BacklightCCFL CCFL CCFL CCFLBacklight Backlight Backlight Backlight

UseInverterType--SDEC-I002ASDEC-FL001-5A

ColorYellowGreenBlue/WhiteWhite

BacklightInputVoltageDC+4.2VAC90~110VAC1KV

BacklightFrequency--400~700Hz30KHz

BacklightCurrent300mA----

InverterInputVoltage--DC+5VDC+5V

InverterCurrentDensity--40mA300mA

Half-LifeTime50,000HR.3,000HR.10,000HR.

9.1.1ModeControl

Code$“00”(hexadecimal)writtenintotheinstructionregisterspecifiesthemodecontrolregister.

1:MasterMode0:SlaveMode*NormalissetMasterMode

1:DisplayON0:DisplayOFF

9.1.2SetCharacterPitch

Vpindicatesthenumberofverticaldotspercharacter.Thespacebetweenthevertically-displayedcharactersisconsideredfor

determination.Thisvalueismeaningfulonlyduringcharacterdisplay(inthecharactermode)andbecomesinvalidinthe

graphicmode.TheHpindicatesthenumberofhoriz ontaldotspercharacterindisplayincludingthespacebetween

horiz ontally-displayedcharacters.Inthegraphicmode,theHpindicatesthenumberofbitsof1bytedisplaydatatobe

displayed.ThreeHpvalues:

9.1.3SetNumberofCharacters

Hnindicatesthenum berofhoriz ontalcharactersinthecharactermode

thenumberofhoriz ontalbytesinthegraphicmode.If

thetotalsumofhoriz ontaldotsonthescreenistakenasn,n=Hp

Hncanbesetwithanevennumberof2to128(decimal).

9.1.4SetNumberofTimeDivision(inverseofdisplaydutyratio)

Nxindicatesthenumberoftimedivisioninmultiplexdisplay.1/Nxisadisplaydutyration.

Avalueof1to128(decimal)canbesettoNx.

9.1.5SetCursorPosition

Cpindicatesthepositioninacharacterwherethecursorisdisplayedinthecharactermode.Forexample,in5x7dotfont,the

cursorisdisplayedunderacharacterbyspecifyingCp=8(decimal).Thecursorhoriz ontallengthisequaltothehoriz ontal

characterpitchHp.Avalueof1to16(decimal)canbesettoCp.Ifasmallervaluethanthenumberofverticalcharacter

pitchesV pisset(Cp≦V p),andacharacterisoverlappedwiththecursor,thecursorhashigherpriorityofdisplay(atcursor

displayON).IfCpisgreaterthanVp,nocursorisdisplayed.Thecursorhoriz ontallengthisequaltoHp.

PAGE PAGE PAGE PAGE6 666

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100000000

ModeControlRegister0000ModeData

DB5DB4DB3DB2DB1DB0Cursor/blinkCGGraphic/Character

00CursorOFF

01CursorONInternal

100CursorOFF,CharacterblinkCG

11Cursorblink

1/01/0000CursorOFFCharacterMode

01CursorONInternal

101CursorOFF,CharacterblinkCG

11Cursorblink

0010GraphicMode

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100000001

CharacterPitchRegister00(Vp-1)Binary0(Hp-1)Binary

HpDB2DB1DB0

6101Horiz ontalcharacterpitch6

7110Horiz ontalcharacterpitch7

8111Horiz ontalcharacterpitch8

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100000010

NumberofCharacterRegister000(Hn-1)Binary

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100000011

CharacterPitchRegister00(Nx-1)Binary

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100000100

CursorPositionRegister000000(Cp-1)Binary

9.1.6SetDisplayStartLowOrderAddress

9.1.7SetDisplaystartHighOrderAddress

Theseinstructionscausedisplaystartaddressestobewritteninthedisplaystartaddressregisters.Thedisplaystartaddress

indicatesaRAMaddressatwhichthedatadisplayedatthetopleftendonthescreenisstored.Inthegraphicmode,thestart

addressiscomposedofhigh/loworder16bits.Inthecharacterdisplay,itiscomposedofhelower4bitsofhighorderaddress

(DB3

DB4)and8bitsofloworderaddress.Theupper4bitsofhighorderaddressareignored.

9.1.8SetCursorAddress(loworder)(RAMwriteloworderaddress)

9.1.9SetCursorAddress(highorder)(RAMwritehighaddress

)

Theseinstructionscausecursoraddressestobewritteninthecursoraddresscounters.Thecursoraddressindicatesandaddress

forsendingorreceivingdisplaydataandcharactercodestoorfromtheRAM.Namely,dataataddressspecifiedbythe

cursoraddressareread/written.Inthecharactermode,thecursorisdisplayedatthedigitspecifiedbythecursoraddress.A

cursoraddressconsistsofthelow-orderaddress(8bits)andthehigh-orderaddress(8bits).Satisfythefollowingrequirements.

Thecursoraddresscounterisa16bitup-countwithSETandRESETfunctions.WhenthebitNChangesfrom1to0,thebit

N+1isaddedby1.Whensettingtheloworderaddress,theLSB(bit1)ofthehighorderaddressisaddedby1iftheMSB(bit

*)oftheloworderaddresschangesfrom1to0.Therefore,setboththeloworderaddressandthehighorderaddressasshown

inabovetable.

9.1.10WriteDisplayData

Afterthecode$“OC”iswrittenintotheinstructionregisterwithRS=1,8bitdatawithRS=0shouldbewrittenintothedata

addressisincreasedby1afterthisoperation.

9.1.11ReadDisplayData

DatacanbereadfromtheRAMwithRS=0afterwritingcode$“0D”intotheinstructionregister.Thereadprocedureisas

follows:

ThisinstructionoutputsthecontentsofdataoutputregisteronDataBus(DB0toDB7)andthentransfersRAMdataspecified

byacursoraddresstothedataoutputregister,alsoincreasingthecursoraddressby1.Aftersettingthecursoraddress,

correctdataisnotoutputatthefirstreadbutatthesecondtime.Thus,makeonedummyreadwhenreadingdataaftersetting

thecursoraddress.

PAGE PAGE PAGE PAGE7 777

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001000

DisplayStartAddressRegister(loworderbyte)00(Startloworderaddress)Binary

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001001

DisplayStartAddressRegister(highorderbyte)00(Starthighorderaddress)Binary

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001010

CursorAddressCounter(loworderbyte)00(Cursorloworderaddress)Binary

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001011

CursorAddressCounter(highorderbyte)00(Vp-1)Binary0(Hp-1)Binary

1Whenyouwanttorewrite(set)boththeloworderaddress

andthehighorderaddress.

Settheloworderaddressandthensetthehighorder

address.

2Whenyouwanttorewriteonlytheloworderaddress.Don

‘

tfailtosetthehighorderaddressagainaftersetting

theloworderaddress.

3Whenyouwanttorewriteonlythehighorderaddress.Setthehighorderaddress.Youdon

‘

thavetosetthelow

orderaddressagain.

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001100

RAM00MSB(patterndata,charactercode)LSB

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001101

RAM00MSB(patterndata,charactercode)LSB

9.1.12SetBit

TheClear/Setbitinstructionsets1bitinabyteofdisplaydataRAMto0or1,respectively.Thepositionofthebitinabyteis

specifiedbyNBandRAMaddressisspecifiedbycursoraddress.Aftertheex ecutionoftheinstruction,thecursoraddressis

automaticallyincreasedby1.NBisavalueof1to8.NB=1andNB=8indicatesLSBandMSB,respectively.

9.1.13ReadBusyFlag

WhenthereadmodeissetwithRS=1,thebusyflagisoutputtoDB7.Thebusyflagissetto1duringtheexecutionofanyof

instructions(1)to(13).Aftertheexecution,itissetto0.Thenex tinstructioncanbeaccepted.Noinstructioncanbeaccepted

whenbusyflag=1.Beforeexecutinganinstructionorwritingdata,performabusyflagchecktomakesurethatbusyflagis0.

Whendataiswrittenintheregister(RS=1),nobusyflagchanges.Thus,nobusyflagcheckisrequiredjustafterthewrite

operationintotheinstructionregisterwithRS=1.Thebusyflagcanbereadwithoutspecifyinganyinstructionregister.

9.2Displayvariables

Hp Hp Hp Hp

RD0RD7

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

InstructionRegister0100001111

BitSetRegister0000000

REGISTERR/WRSDB7DB6DB5DB4DB3DB2DB1DB0

BusyFlag011/0*

Hn(digits)

PAGE PAGE PAGE PAGE8 888

□■■■□□□□

■□□□■□□□

■■■■■□□□

■□□□■□□□

□□□□□□□□

■■■■□□□

■□□□■□□

■■■■□□□

■□□□■□

■■■■□□

□□□□□□

■■■■■

■■■■■□□□

□□□□■□□□

□□□■□□□□

□□■□□□□□

□■□□□□□□

■□□□□□□□

■■■■■□□□

□□□□□□□□

□□□□□

□□□

□□

STA

□□□□□□□□

CURA

□□□□□□□□

□■■■□□□□

■□□□■□□□

□■■■□□□□

□□□□□□□□

Note:Ifthenumberofverticaldotsonscreenistakenasm,andthenumberofhoriz ontaldotsasn,

1/m=1/Nx=displaydutyratio

n=Hp

Hn,m/Vp=Numberofdisplaylines

Cp≦V p

9.3InitializeLCMregistersetlist

10. 10. 10. 10.INTERFACE INTERFACE INTERFACE INTERFACEFOR FOR FOR FORLCM LCM LCM LCM

10.1Interfaceto80family10.2Interfaceto68family

11. 11. 11. 11.RELIABILITY RELIABILITY RELIABILITY RELIABILITYCONDITION CONDITION CONDITION CONDITION

Widetemp.versionmaynotavailableforsomeproducts,Pleaseconsultoursalesengineerorrespresentative.

PAGE PAGE PAGE PAGE9 999

SymbolNameMeaningValue

HpHoriz ontalcharacterpitchLateralcharacterpitch6to8dots

HnNumberofhoriz ontalcharacters

Numberoflateralcharactersperline(numberof

digits)inthecharactermodeornumberofbytes

perlineinthegraphicmode.

2to128digits(aneven

number)

VpVerticalcharacterpitchLongitudinalcharacterpitch.1to16dots

CpCursorpositionLinenumberonwhichthecursorcanbedisplayed.

nxNumberoftimedivisionInverseofdisplaydutyratio1to128lines

Register Register Register Registernumber number number number0H 0H 0H 0H1H 1H 1H 1H2H 2H 2H 2H3H 3H 3H 3H4H 4H 4H 4H8H 8H 8H 8H9H 9H 9H 9HAH AH AH AHBH BH BH BH

Character Character Character Charactermode mode mode mode1CH77H13H4FH07H00H00H00H00H

Graphics Graphics Graphics Graphicsmode mode mode mode12H77H13H4FH07H00H00H00H00H

TNTypeSTNType

NormalTemp.WideTemp.NormalTemp.WideTemp.

Viewing

Angle

Horiz ontalΦ±30°±30°±30°±30°

VerticalΘ(㎜)10°to30°10°to30°-10°to40°-10°to40°

OperatingTemperature-10to70℃-25to80℃0to50℃

-20to70℃

StorageTemperature-20to80℃-35to90℃-20to70℃

-30to80℃

HighTemperature(PowerOff)240Hours

@70℃

240Hours

@90℃

240Hours

@65℃

240Hours

@75℃

LowTemperature(PowerOff)240Hours

@-20℃

240Hours

@-35℃

240Hours

@-15℃

240Hours

@-25℃

HighTemperature(PowerOn)240Hours

@70℃

240Hours

@80℃

240Hours

@60℃

240Hours

@70℃

LowTemperature(PowerOn)240Hours

@-10℃

240Hours

@-25℃

240Hours

@-10℃

240Hours

@-20℃

HighTemperature&HighHumidity55℃/90%RH

240Hours

75℃/90%RH

240Hours

45℃/90%RH

240Hours

65℃/90%RH

240Hours

ThermalShockC

5CycleB

A60min@-20℃60min@-35℃60min@-20℃60min@-30℃

B5min@25℃5min@25℃5min@25℃5min@25℃

C60min@70℃60min@90℃60min@70℃60min@80℃

ExpectedLift50,000Hours50,000Hours50,000Hours50,000Hours