Visitourwebsiteforproductinformation CustomerConsultationService Product inquiries PanasonicAmorton Search Telephonereception:9:00a.m.to5:00p.m.,MondaythroughFriday Hoursaresubjecttochange,especiallyduringthefollowinglongvacation periods:GoldenWeek,summervacation,andtheend-of-the-year.Your understandingisgreatlyappreciated. Amorphous Silicon Solar Cells Amorphous Photosensors General Catalog of Specifications for Lighting Levels Indoors and Outdoors HandlingAmorphousSiliconSolarCellsandAmorphousPhotosensors Handling Precautions Usecarearoundbrokenglasstoavoidinjury. Avoidtouchingsolarcellsduringthedaytimebecausetheygetveryhotwhenthesunlightisstrong. Ifthelight-receivingsideisstained/smudged,theelectricaloutputwilldeclineduetoadecreaseintheincidentlight. Carefullycleanthesidestoremovestains. Pressingorscratchingtheenergy-generatingareawithahardobjectmaydecreasetheoutput. Theseproductsarenotwater-resistant,orwater-repellent,orshock-resistant.Whenusingthemoutdoors,avoidgetting themwetbyplacingtheminanairtightcontainer,whenappropriate. Whenusingyourproduct,considerafail-safeorredundantdesign. Considerapropermethodforstaticelectricityremoval.Staticelectricitymaydamagethepowergenerationelementand decreasetheoutput. DonotapplyanindoorAmortontoaproductthatrequiresanoutdoorenvironment.Proportionaloutput levelsoflightmaynotbeobtainedunderhighillumination. DonotapplyanoutdoorAmortontoaproductthatrequiresanindoorenvironment.Thenecessaryoutput maynotbeobtainedunderlowlightlevels. Pleasetestyourproductsforanomaliesandcircumstancesthat cannotbepredictedbyevaluatingasingleAmorton. Outdoor lighting levels Storage Storeinacool(underaspecifictemperaturerangeof-2070),low-humidityenvironmentfreeofcorrosive gastoavoidsuchproblemsaselectrodecorrosiontothesolarcells. Pointsto Considerin AdoptingOur Products Anyandallofourproductsdescribedorcontainedhereinare,withregardtostandardapplication,intendedforuseasgeneralelectronicsequipment, includinghomeappliances,AVequipment,communicationdevices,officeequipment,industrialequipment,etc. Theproductsmentionedhereinarenotintendedforanyspecialapplications(suchaslife-sustainingmedicalequipment,aerospaceinstruments, nuclearcontroldevices,appliancesforburning,transportationmachines,trafficsignalsystems,safetyequipment,etc.)thatrequireextremelyhigh levelsofreliabilityandcandirectlythreatenhumanlivesduringproductfailureormalfunctionthatmightthreatenlives;noguaranteesthereofshallbe granted.Ifyouintendtouseourproductsforapplicationsoutsidethestandardapplicationsand/oroutsidethescopeoftheintendedstandardapplications,pleaseconsultuspriortosuchuse.Withoutsuchconsultationorinquiry,thecustomershallbeheldsolelyresponsible. Specificationsofanyorallofourproductsdescribedorcontainedhereinstipulatetheperformance,characteristics,andfunctionsofthedescribed productsintheirindependentstateandarenotguaranteesofperformance,characteristics,andfunctionsasmountedinthecustomer sproductsor equipment.Toverifythesymptomsandstatesthatcannotbeevaluatedinindependentdevices,thecustomershouldalwaysevaluateandtestdevices mountedinitsproductsorequipment. Ourcompanyassumesnoresponsibilityforequipmentfailuresthatresultfromusingproductsatvaluesthatexceed(evenmomentarily)therated values(suchasmaximumratings,operatingconditionranges,orotherparameters)listedintheproductsspecificationsofanyandallofourproducts describedorcontainedherein. Ourcompanysupplieshigh-qualityhigh-reliabilityproducts;however,anyandallsemiconductorproductsmayfailormalfunction.Suchprobabilistic failuresormalfunctionsmightcauseaccidentsorincidentsthatcouldendangerlives,problemsthatmightproducesmokeorfire,oraccidentsthat mightdamageproperty. Atthetimeoftheequipmentdesign,adoptsafetymeasurestoavoidsuchaccidentsorevents.Suchmeasurementsincludebutarenotlimitedto protectivecircuitsanderrorpreventioncircuitsforsafe,redundant,andstructuraldesigns. IntheeventthatanyorallourproductsdescribedorcontainedhereincorrespondtorestrictedfreightregulationsstipulatedintheForeignExchange andForeignTradeAct,suchproductsmayrequireanexportlicensefromtheconcernedauthoritiesinaccordancewiththeabovelaw. Nopartofthispublicationmaybereproducedortransmittedinanyformoranymeans,electronicormechanical,includingphotocopyingandrecording,oranyinformationstorageorretrievalsystemorotherwise,withoutthepriorwrittenconsentofourcompany. Anyandallinformationdescribedorcontainedhereinissubjecttochangewithoutnoticeduetoproduct/technologyimprovements,etc.Whenusing equipment,refertotheDeliverySpecificationsfortheproductthatyouintendtouse. Information(includingcircuitdiagramsandcircuitparameters)hereinareonlyexamples;thevolumeofproductionisnotguaranteed. Uponusingthetechnicalinformationorproductsdescribedherein,neitherwarrantynorlicenseshallbegrantedwithregardtotheintellectualproperty rightsoranyotherrightsofourcompanyoranythirdparty.Ourcompanyshallnotbeliableforanyclaimorsuitswithregardtoathirdparty sintellectualpropertyrightswhichresultedfromtheuseoftheabovetechnicalinformationandproducts. ThePanasonicGroupsgoalisproducingeco-friendlyproducts. Energy conservation Bypursuingenergyconservation,weprovide ourcustomerswithproductsthatsupportthe reductionofCOemissions. Resource conservation Topromoteresourcerecycling,wereducethe consumptionofnewresources.Productsare madeusingrecycledresourcescollectedfrom usedproducts. Indoor lighting levels Visit our website for more information. Chemical substances Panasonicproductsconformtotheglobalstandards oftheRoHSDirectives,whichregulatetheuseof specificenvironmentalloadsubstances. *Lead,cadmium,mercury,hexavalentchromium,andspecific bromine-basedflameretardants PanasonicEcoSolutionsAmorton,Co.,Ltd. SalesPlanningDivision,ProjectPlanningDepartment TokyoSkyTree,EastTower20F 1-1-2,Oshiage,SumidaWard,Tokyo Zipcode:131-0045 Nopartofthispublicationmaybephotocopiedwithoutconsent. Theinformationinthiscatalogis currentasofJanuary2016. Watches AmorphousSiliconSolarCells Features Solarcellsareclassifiedbytheirmaterial:crystalsilicon,amorphoussilicon,or compoundsemiconductorsolarcells.Amorphousreferstoobjectswithouta definiteshapeandisdefinedasanon-crystalmaterial.Unlikecrystalsilicon (Fig.2)inwhichatomicarrangementsareregular,amorphoussiliconfeatures irregularatomicarrangements(Fig.1). Copeseasilywithdevicesrequireddrivevoltage Asaresult,thereciprocalactionbetweenphotonsandsiliconatomsoccurs morefrequentlyinamorphoussiliconthanincrystalsilicon,allowingmorelight to be absorbed. Thus, an ultrathin amorphous silicon film less than 1m (1/1000 of 1 mm) can be produced and used for power generation. Our company is a world leader in developing Amorton , which is an integrated (series connection structure) amorphous silicon solar cell. Amorton is fabricated by decomposing material gases and forming films on such substratesasglass. Crystallinesiliconsolarcells 0.5V Sincemultiplecellscanbesimultaneouslyconnectedinaserieswhenthe solarcellsareformed,unlikethefabricationtechniqueusedwithcrystalline siliconsolarcellsinwhichmultiplesolarcellsareseveredandconnected,it iseasytocreatecellswithavarietyofvoltages. Varietyofshapesandforms Fig.1Amorphoussilicon For example, transparent electrode is first formed using a glass substrate. Thenthreeamorphoussiliconlayersareformedinconsecutivelayersonthe electrode-laden glass substrate: p-type amorphous, i-type amorphous, and n-typeamorphoussiliconlayers.Afterthat,ametalfilmelectrodeiscreatedon the n-layer. Finally, it is covered in a protective film, and the solar cell s manufacturingiscomplete. In this process, many solar cells are separated on the substrate, creating a series connection. This allows any desired voltage to be obtained. Flexible, thin,anddurablesolarcellscanalsobeproducedbyutilizingmetalorplastic asthesubstrate. Themethodsusedinamorphoussiliconfilmshavespecial featuresthatallowothersubstrates,suchasstainlesssteelor plasticfilms,tobeusedinsteadofcustomaryglasssubstrates. Thismeansthatpreviouslyunknownsolarcellscanalsobe created,includingsolarcellsthatareround,square,orany othercomplexshapeorsolarcellsthatcanevenbebent.Itis alsopossibletocreateareasinthesesolarcellsthatjust consistoftransparentglassbyetching. Integratedamorphous siliconsolarcells Transparentelectrode Backelectrode a-Si Glass Highsensitivitywithinvisiblelightspectrum Thehumaneyeissensitivetolightfromarangeofabout400to700nmwavelengths. Sinceamorphoussiliconsolarcellsaresensitivetolightwithessentiallythesame wavelengths,theycanalsobeusedasvisiblelightsensors. Fig.2Crystalsilicon Whatis Amorton ? L o c a t i o no fus e Indoors Substrate History 1975:Researchbeginsonamorphoussiliconsolarcells 1978:Integrated(seriesconnectionstructure)amorphoussiliconsolarcellsaredeveloped 1980: Amorton ,world sfirstamorphoussiliconsolarcellsforcomercialuse,becameaproduct References Glass Representativesubstrateforsuch purposesascalculators Stainlesssteel Thin,lightweight,unbreakable,and easilyformedintoarbitraryshapes ofhighlyprecisedimensions Film Thin,lightweight,unbreakableand easilyformedintoarbitraryshapes Glass Representativesubstrate Forrechargingsecondarybatteries outdoors,etc. Page7 Stainlesssteel Thin,lightweight,unbreakable,and easilyformedintoarbitraryshapes withhighlyprecisedimensions Contactus. Film Thin,lightweight,unbreakable,and easilyformedintoarbitraryshapes Glass Supportsdesignsforarbitrary sizesandpatternsasrequiredfor applications Amorton is the product name of Panasonic s Amorphous Silicon Solar Cells, which wasnamedbyintegratingamorphoussiliconandphotons(particlesoflight). Outdoors Features Visiblelightsensor Page7 Contactus. Contactus. Page8 Page8 Material sflexibilityislimited. PrinciplesofPowerGeneration Powerisgeneratedinsolarcellsduetothephotovoltaiceffectofsemiconductors. Transparent electrode p Load i Electriccurrent Light n Metal electrode Electron Hole Whenasemiconductorisexposedtoalightsourceof suitableintensity,alargenumberofelectrons (-)andholes()aregeneratedandformelectricity. Atap/njunctionbetweentwodifferentsemiconductor materials,theelectronsarecollectedinthen-typematerialandtheholesarecollectedinthep-typematerialby internalelectricfield. Whenanexternalloadisconnected,electricityflows throughtheload.Thengeneratedelectricitycanbeused. Amortonapplications:examplesofuse Wristwatches/Clocks/Wallclocks Calculators Energy-harvestingequipment Wirelesssensornetworks/RFIDtags/RFremotecontrolsfordigitalhomeappliances,etc. Powersourcesformultiplecardsattachedtodisplays Powersourcesofwearableterminals Toys e-books Gardenlights,sensorlights,LEDblinkers(curbstonemarkers,etc.) Caraccessoriesandbatterychargers Securitydevices Powersourcesforotherelectricequipmentanddigitaldisplays Reductionofbatteryreplacementsandextensionofbatterylifeforappliancesusingdrycellsand coinbatteries *Pleasecontactusaboutreplacingseleniumcells. 1 2 CategoriesofLightSources AmortonConfiguration Amortonisavailableforuseunderavarietyoflightsources. Naturallight Sunlight Stainlesssteeltype Filmtype Light Light Light Light-receiving surface Incandescentlight Generaluseincandescentlighting,suchashalogenlamps Artificial light Glasstype Fluorescentlight Daylightcolor,white,andmid-daycolor Glass Electricdischargelamps Mercury-vapor,sodium-vapor,andxenonlamps a-Sifilm Backelectrode Insulatorfilm Stainlesssteel Backelectrode Concerningsunlight Protectivefilm Back surface Sincethenatureofsunlightvariesbyseasonandclimate,theconditionsfor measuringtheoutputofsolarcellshavebeenunifiedasaworldstandard. Solarirradiance:1000W/(=100mW/) Spectrum:AM-1.5 Celltemperature:25(degreesCelsius) AM-1.5 AM-1 IlluminationLevelsasReferences BrightnessaroundAmortoniscriticalbecauseitisusedbothindoorsandoutdoors. Unitofluminousintensityislux(lx). Sunlight Con d it i o ns Illuminationlevels(lx) Co n dit io n s Illuminationlevels(lx) Designstands (partiallyilluminated) Officesand conferencerooms Restaurants,coffeeshops, dressing/changingrooms Indooremergency staircases 1,000 Directsunlight 100,000120,000 300600 Bright 10,000100,000 75150 Cloudy 10,00050,000 lessthan75 Rainy 1,00020,000 AM-0 ThefiguretotherightshowsAmortonselectricalProperties bycurrent-voltagecurves,which changedependingontheincidentlightintensityandonthe surroundingtemperatureofthesolarcells. Voc:open-circuitvoltage Isc:short-circuitcurrent Vpm:optimumpoweroperatingvoltage Ipm:optimumpoweroperatingcurrent Pm:maximumpower=VpmxIpm Vope:operatingvoltage(specifiedvoltage) Iope:operatingcurrent RadiantSpectrumofLightSource andSpectralSensitivityofSolarCells 0.7 Fluorescentlight(white) 0.6 0.5 1.0 a-Sisolarcells 0.4 0.3 0.6 Humaneyesensitivity tolightspectrum 0.2 0.4 0.1 0 0.2 400 500 600 700 800 900 Wavelength[nm] 3 0.8 c-Sisolarcells 1000 1100 Lightwavelengthdiffers dependingonthelightsources towhichtheyareexposed. Spectralsensitivityofsolar cellsalsodiffersdependingon thecategory. Amorphoussiliconsolarcells providelight-sensingcapability similartothehumaneye. Isc Ipm I=V/R Straight lineofload Iope Pm Vope Vpm Voc Voltage RelationshipBetweenNumberofRowsonSolarCell /CellAreaandElectricalProperties Conditions Numberof cellrows A B C Cellarea Vocratio Iscratio Pmratio 1 1 1 1 1 1 2 1 2 2 2 1 2 1 2 A Solar cell Thecurrentgeneratedbysolarcellsisproportionalto theirarea.Therefore,whenthecellareaisdoubled underaspecifiedilluminationlevel,thecurrentisalso doubled.Whenthenumberofcellsisdoubled,thevoltageisdoubledduetothecircuitseries.Theelectrical propertiesspecifictorelevantuseareavailableby adjustingthenumberofsolarcellsandthecellarea. Electricalproperty B C twiceaslargeascellareaofA twoarrangedinaseries Solar cell Solar cell Current 0.8 Solarcellsensitivitytolightspectrum(relativevalue) Radiantspectrumintensity(relativevalue) Spectralsunlight(AM-1.5) Current-voltagecurve CurrentdrasticallychangesunderVpmorhigher. Forkeepingthestablecurrentundertheanticipatedilluminationlevel, settheVopeashighasorlowerthantheVpm. *DescriptionbasedonA 0.9 Protectivefilm Current AM(airmass)isusedforthesunlightspectrum. AMindicatesthedistancetraveledbythesunlightthroughspace: AM-0inouterspace,AM-1whenthesunisattheequator,and AM-1.5inthelatitudinalareaofJapan. 1.0 Backelectrode ViewofElectricalPropertiesofAmorton STCStandardTestConditions Fluorescentlight a-Sifilm p in a-Sifilm EL:Electroluminescence Protectivefilm Transparent electrode p in Light-emittingdiodes(LED),organicELs L Protectivefilm Transparent electrode p in E Transparent electrode A1:onerowofcells B2:onerowofcells C1:tworowofcells Cellarea 1200 Voltage 4 AmortonElectricalProperties ElectricalPropertiesofAmortonforIndoorUse Substrate 9.0W/c FL-200lx FL=fluorescentlight Theilluminationleveloflightsourcesusedoutdoors,suchasfluorescentor incandescentlight,rangesfrom50to1,000lux.Indoors,Amortonismost suitableforsuchsmallequipmentaselectroniccalculators. Open-circuitvoltage Short-circuitcurrent Maximumpower 0.4 0.6 1 20 0.8 18 0.0 2000 Relationship between Output and Illuminance 6 4 Isc Open-circuitvoltage Short-circuitcurrent Maximumpower 0.6 0.8 1 0 0 Iope 0.2 0 Voc 20 18 Isc 16 14 8 -20 0.1 20 40 60 80 1.2 120 1.0 100 0.8 0.6 0.4 Iope 0 20 40 60 0.2 0.0 80 40 0 Isc 0 200 400 600 Relationship between Output and Temperature Lightproof [Outdoors] Iope 0.2 0.4 0.6 0.8 Voltage[V/cell] 1.0 0 0 0 18 Voc 16 14 Isc 12 50 Illuminance[x103 lx](SS) 6 -20 120 1.0 100 0.8 0.6 0.4 10 Iope 8 0.1 1.2 0 20 40 60 Temperature[] 0.2 0.0 80 [LightVariationRate]lope Isc 100mW/AM-1.5 Voltage[V/cell] 4 Current[mA/] 6 Voltage[V/cell] Current[mA/] 8 0 0.0 20 18 10 22 1.0 Voc 0.08% 800 Relationship between Output and Illuminance 100mW/AM-1.525 0.08% Temperaturecoefficient Voc -0.3% 20 Current-Voltage Characteristics of a Cell 12 Isc 60 Exposuretest[days] 14 0.0 Temperaturecoefficient V o c -0.45% 80 Temperature[] 2 5 50 0.4 Illuminance[x103 lx](SS) Lightsource 12.0mA/c 5.6mW/c AM1.5,100mW/c 22 10 0.4 Isc Voltage[V/cell] Current[mA/] 0.82V/cell 100mW/AM-1.5 12 Iope 0 0.6 Lightproof [Outdoors] [LightVariationRate]lope 8 2 ElectricalPropertiesofAmortonforOutdoorUse(filmtype) 8 -20 Voltage[V/cell] 10 1.0 Voc Current[mA/] 12 0.2 14 Relationship between Output and Temperature 24 18 0 16 Voc Temperature[] 26 14 0 18 Illuminance[lx] 100mW/AM-1.525 16 20 10 200 Voltage[V/cell] Generally,theilluminanceofnaturallightrangesfrom10,000to100,000lux. Amortonissuitableforoutdooruse,includingsuchcompactequipmentas batteryrecharges. 0.2 Current-Voltage Characteristics of a Cell Lightsource AM1.5,100mW/c 0 22 12 Iope Current[mA/] 14.8mA/c 7.89mW/c 10 Isc Voltage[V/cell] Current[mA/] 0.89V/cell 5 0.1 0.8 at200 lxFL 24 100 10 0 (SinceAmortonisdesignedforoutdooruse,pleaseitunder1,000lux.) ElectricalPropertiesofAmortonforOutdoorUse(glasstype) 15 26 Voltage[V/cell] FL-200lx 1.0 Voc Current[A/] 17.0A/c 7.3W/c 1000 Relationship between Output and Temperature Voltage[V/cell] 0.69V/cell 17.0A/c 20 Current[A/] Film 0.63V/cell Relationship between Output and Illuminance at200 lxFL25 Current[A/] Glass Open-circuitvoltage Short-circuitcurrent Maximumpower Lightsource Current-Voltage Characteristics of a Cell 80 60 40 Temperaturecoefficient Voc -0.3% 20 0 Isc 0 200 400 600 0.08% 800 Exposuretest[days] 6 AmortonProductList(madewithaglasssubstrate) Customization available Indoorproducts Model AM-1312 AM-1456 AM-1411 AM-1437 AM-1407 AM-1417 AM-1424 AM-1454 AM-1513 AM-1522 AM-1606 AM-1713 AM-1719 AM-1819 AM-1820 AM-1805 AM-1801 AM-1815 AM-1816 Length th Width Thefollowingarethestandardproductsincludedinourlineup. Designsmaybecustomizedbasedonrequests.Forinquiries,pleaserefertothebackcover. Outdoorproducts Customization available Model Length Width AM-5308 AM-5302 AM-5413 AM-5412 AM-5610 AM-5613 AM-5608 AM-5605 AM-8706 AM-8704 AM-8703 AM-5710 AM-8702 AM-5706 AM-8701 AM-5815 AM-5816 AM-5812 AM-5813 AM-8804 AM-5814 AM-8801 AM-5904 AM-5912 AM-5909 AM-5914 AM-5913 AM-5907 AM-5902 AM-7A03 AM-7D08 AM-5E02 AM-7E04 AM-5S06 AM-7S03 Fluorescentlight:200lx(25) Isc Vope-Iope Externaldimensions(mm) Widthxlengthxthickness Weight(g) Model 1.8V 2.4V 2.4V 2.4V 2.4V 2.4V 2.4V 2.4V 3.0V 3.2V 3.6V 4.3V 4.2V 4.9V 4.9V 4.9V 4.9V 4.9V 4.9V 16.0A 6.0A 8.5A 8.5A 12.5A 13.5A 22.0A 35.0A 16.5A 60.6A 3.5A 16.3A 18.2A 7.5A 14.5A 16.5A 20.0A 47.0A 94.0A 1.2V-14.5A 1.5V-5.3A 1.5V-8.0A 1.5V-8.0A 1.5V-11.5A 1.5V-12.5A 1.5V-20.0A 1.5V-31.0A 1.8V-15.0A 2.1V-56.9A 2.6V-3.1A 3.0V-15.2A 3.0V-16.6A 3.0V-6.9A 3.0V-13.3A 3.0V-15.5A 3.0V-18.5A 3.0V-42.0A 3.0V-84.0A 38.0x12.5x1.1 25.0x10.0x1.1 29.6x11.8x1.1 29.6x11.8x1.1 38.0x12.5x1.1 35.0x13.9x1.1 53.0x13.8x1.1 41.6x26.3x1.1 55.0x13.5x1.1 55.0x40.5x1.1 15.0x15.0x0.7 96.6x10.0x1.1 41.6x26.3x1.1 31.0x24.0x1.1 43.0x26.0x1.1 55.0x20.0x1.1 53.0x25.0x1.1 58.1x48.6x1.1 96.7x56.7x1.1 1.3 0.7 1.0 1.0 1.3 1.3 2.0 3.0 2.0 6.3 0.4 2.7 3.1 2.2 3.1 3.0 3.6 7.8 15.6 AT-7665 AT-7664 AT-7666 AT-7705 AT-7802 AT-7963 AT-7S63 AT-7S64 Thefollowingarethestandardproductsincludedinourlineup. Designsmaybecustomizedbasedonrequests.Forinquiries,pleaserefertothebackcover. 100mW/cAM-1.525 Vope-Iope PmVpm-Ipm 1.7V-68.8mA 1.7V-105.0mA 2.2V-16.7mA 2.2V-39.8mA 3.3V-5.1mA 3.3V-31.6mA 3.3V-36.0mA 3.3V-115.4mA 3.9V-19.9mA 3.9V-23.8mA 3.9V-32.1mA 3.9V-32.6mA 3.9V-34.4mA 3.9V-45.9mA 3.9V-46.6mA 4.5V-2.5mA 4.5V-6.5mA 4.5V-19.8mA 4.5V-25.0mA 4.5V-33.3mA 4.5V-38.6mA 4.5V-41.9mA 5.0V-9.9mA 5.0V-15.3mA 5.0V-22.2mA 5.0V-23.1mA 5.0V-30.1mA 5.0V-45.7mA 5.0V-60.8mA 5.5V-227.0mA 7.2V-172.0mA 7.7V-23.2mA 7.7V-104.0mA 15.4V-11.4mA 15.4V-70.0mA 117mW1.9V-61.5mA 181mW1.9V-95.5mA 39mW2.6V-15.0mA 93mW2.6V-35.8mA 18mW3.9V-4.6mA 110mW3.9V-28.2mA 125mW3.9V-32.0mA 401mW3.9V-102.7mA 81mW4.6V-17.7mA 97mW4.6V-21.0mA 131mW4.6V-28.5mA 134mW4.6V-29.0mA 140mW4.6V-30.5mA 186mW4.6V-40.5mA 190mW4.6V-41.2mA 12mW5.2V-2.3mA 32mW5.2V-6.2mA 93mW5.2V-17.8mA 117mW5.2V-22.6mA 156mW5.2V-30.0mA 180mW5.2V-34.7mA 196mW5.2V-37.7mA 52mW5.9V-8.7mA 80mW5.9V-13.6mA 116mW5.9V-19.6mA 121mW5.9V-20.4mA 157mW5.9V-26.6mA 241mW5.9V-40.8mA 317mW5.9V-53.7mA 1336mW6.6V-202.3mA 1303mW8.5V-153.2mA 189mW9.2V-20.5mA 852mW9.2V-92.6mA 188mW18.4V-10.2mA 1133mW18.4V-61.6mA Vope-Iope SS-50klx25 PmVpm-Ipm 1.7V-31.1mA 1.7V-47.0mA 2.2V-7.5mA 2.2V-17.9mA 3.3V-2.3mA 3.3V-14.5mA 3.3V-16.5mA 3.3V-52.9mA 3.9V-9.0mA 3.9V-10.7mA 3.9V-14.5mA 3.9V-14.7mA 3.9V-15.5mA 3.9V-21.0mA 3.9V-21.0mA 4.5V-1.1mA 4.5V-3.0mA 4.5V-8.9mA 4.5V-11.3mA 4.5V-15.1mA 4.5V-17.4mA 4.5V-18.9mA 5.0V-4.5mA 5.0V-7.0mA 5.0V-10.1mA 5.0V-10.6mA 5.0V-13.8mA 5.0V-20.6mA 5.0V-27.8mA 5.5V-113.0mA 7.2V-85.0mA 7.7V-10.6mA 7.7V-50.0mA 15.4V-5.1mA 15.4V-34.5mA 58mW1.9V-29.2mA 86mW1.9V-45.1mA 18mW2.6V-7.1mA 44mW2.6V-16.9mA 8mW3.9V-2.2mA 52mW3.9V-13.3mA 59mW3.9V-15.1mA 189mA3.9V-48.6mA 39mW4.6V-8.3mA 46mW4.6V-9.9mA 62mW4.6V-13.4mA 63mW4.6V-13.7mA 67mW4.6V-14.4mA 88mW4.6V-19.1mA 90mW4.6V-19.4mA 6mW5.2V-1.1mA 15mW5.2V-2.9mA 44mW5.2V-8.4mA 55mW5.2V-10.7mA 74mW5.2V-14.2mA 85mW5.2V-16.4mA 93mW5.2V-17.8mA 24mW5.9V-4.1mA 38mW5.9V-6.4mA 55mW5.9V-9.3mA 57mW5.9V-9.7mA 74mW5.9V-12.6mA 114mW5.9V-19.3mA 150mW5.9V-25.4mA 702mW6.6V-106.3mA 684mW8.5V-80.5mA 89mW9.2V-9.7mA 447mW9.2V-48.6mA 89mW18.4V-4.8mA 595mW18.4V-32.4mA Externaldimensions(mm) Widthxlengthxthickness Weight(g) 50.1x47.2x1.1 31.2x117.8x1.8 33.0x23.9x1.1 50.1x33.1x1.8 25.0x20.0x1.8 60.1x36.7x1.8 60.1x41.3x1.8 62.3x117.8x1.8 36.1x41.3x1.1 41.2x41.3x1.1 41.2x55.1x1.1 62.3x37.0x1.1 57.7x41.3x1.1 70.0x50.0x1.8 57.7x55.1x1.1 31.2x10.8x1.1 32.1x23.6x1.1 59.0x28.7x1.1 41.2x60.2x1.1 48.1x55.1x1.1 55.1x60.1x1.1 57.7x55.1x1.1 40.1x33.1x1.8 42.9x47.2x1.1 60.1x41.3x1.8 50.1x55.1x1.1 60.1x55.1x1.8 75.0x55.0x1.8 150.0x37.5x1.8 150.0x165.0x1.8 150.0x165.0x1.8 75.0x55.0x1.8 150.0x110.0x1.8 124.5x29.5x1.1 150.0x165.0x1.8 6.4 16.3 2.1 7.3 2.2 9.8 11.0 32.5 4.1 4.6 6.2 6.3 6.5 15.5 8.6 0.9 2.2 4.6 6.7 7.2 9.0 8.6 5.9 5.6 11.0 7.5 14.7 18.3 25.0 110.0 110.0 18.3 74.0 10.0 110.0 Note:Theabovetableshowsstandardweights,excludinglead. Theabovepatternsarerepresentativeoperatingpatterns(initial/defaultvalues).SS:solarsimulator 7 Customization available Voc Theabovepatternsarerepresentativeoperatingpatterns(initial/defaultvalues). Outdoorproducts AmortonProductList(madewithafilmsubstrate) Length Width Thefollowingarethestandardproductsincludedinourlineup. Designsmaybecustomizedbasedonrequests.Forinquiries,pleaserefertothebackcover. 100mW/cAM-1.525 Vope-Iope PmVpm-Ipm Vope-Iope 3.0V-38.6mA 125mW3.6V-34.7mA 3.0V-104.0mA 335mW3.6V-93.0mA 3.0V-343.0mA 1109mW3.6V-308.2mA 3.5V-33.3mA 128mW4.2V-30.5mA 4.0V-29.7mA 127mW4.8V-26.4mA 4.5V-223.0mA 1083mW5.4V-200.6mA 15.0V-134.0mA 2104mW16.8V-125.2mA 15.0V-269.0mA 4208mW16.8V-250.4mA 3.0V-17.3mA 3.0V-46.5mA 3.0V-154.0mA 3.5V-16.2mA 4.0V-14.3mA 4.5V-100.0mA 15.0V-60.5mA 15.0V-121.0mA SS-50klx PmVpm-Ipm Externaldimensions(mm) Widthxlengthxthickness Weight(g) 58.4x56.0x0.3 73.0x112.0x0.3 146.0x167.5x0.3 73.0x42.0x0.3 73.0x42.0x0.3 146.0x167.5x0.3 292.0x168.0x0.3 292.0x336.0x0.3 2.0 4.0 13.0 4.0 4.0 13.0 25.0 50.0 58mW3.6V-16.2mA 156mW3.6V-43.3mA 517mW3.6V-143.6mA 62mW4.2V-14.7mA 62mW4.8V-12.9mA 505mW5.4V-93.5mA 980mW16.8V-58.3mA 1960mW16.8V-116.7mA Note:Theabovetableshowsstandardweights,excludinglead. Theabovepatternsarerepresentativeoperatingpatterns(initial/defaultvalues).SS:solarsimulator AmortonProductList(watches) Customization available Thefollowingarethestandardproductsincludedinourlineup. Designsmaybecustomizedbasedonrequests.Forinquiries,pleaserefertothebackcover. Model Substrate AL-2402 AT-2400B AT-2600B AM-2709B Stainlesssteel Film Film Glass Vope-Iope Fluorescentlight:200lx(25) 1.5V-10.1A 1.5V-18.5A 2.6V-11.6A 3.0V-3.3A Externaldimensions(mm) Widthxlengthxthickness 27.2x0.2 26.3x26.8x0.18 26.3x26.8x0.18 30.8x0.7 Weight(g) 0.7 0.1 0.1 1.3 Theabovepatternsarerepresentativeoperatingpatterns(initial/defaultvalues). AL-2402 AT-2400B AT-2600B AM-2709B AmortonProductList(photosensors) Thefollowingarethestandardproductsincludedinourlineup. Designsmaybecustomizedbasedonrequests.Forinquiries,pleaserefertothebackcover. Terminalconfiguration Elementnumber Model AM-30-11 AM-30-28 AM-30-31 C,CS,CA CS C 1 1 1 Short-circuitcurrent TYP 17.7A 1 7.5A 2 1.2A 2 Darkcurrent VR=50mVMAX - 10pA 10pA Externaldimensions(mm) WidthxLengthxThickness 14.0x13.0x1.1 5.0x3.0x0.7 2.1x2.0x0.4 1200lx,(fluorescentlight) 21,000lx(fluorescentlightforcolorilluminators) TerminalStructures I n d o o r s Btype Conductive paste Solar Ctype Conductive paste Cannotbesoldered. Aheatsealmaybeused. Leadwirecanbeattached usingaregularsolder. Mainlyforwatches Primarilyforindoorproducts Outdoorproducts Photosensors Outdoors CStype Temporary solder Atemporar ysolderis attachedtoaCtypedevice. Mainlyphotosensors CAtype Leadwire ACt ypeterminalwitha leadwire Mainlyforindoorproducts Photosensors CARtype,Atype Resin coating Pinsareprotectedwitharesin coatingafterleadisattached. Primarilyforoutdoorproducts CARtype(glass) Atype(film) 8 EffectsonOutputinShadedAreas Amortonisanintegratedstructureconnectedwithseriesofsolarcells. Sinceitsgeneratedcurrentisproportionaltotheareaofthesolarcells exposedtosunlight,thegeneratedoutputchangesinpartialshade. 1cell,20%inshade 2cells,20%inshade VoltageV Current I x4/5 InquirySheet Normalmode VoltageV Current I Inthecaseofgeneralpurposeproducts 4cells,20%inshade VoltageV Current I x4/5 Byprovidingthefollowinginformation,wecanrespondtoyourinquiries moresmoothly.Pleasecontactusattheinformationfoundonthebackcover. VoltageV Current I x4/5 ApplicationPleaseprovide thefollowinginformation Model Usageenvironment (indoorsoroutdoors) 1cell,50%inshade 2cells,50%inshade Typesofrechargeablebattery 4cells,50%inshade Terminalconnectionmethod VoltageV Current I /2 1cell,100%inshade VoltageV Current I /2 2cells,100%inshade Voltage0 Current0 VoltageV Current I /2 Otherrequests 4cells,100%inshade Voltage0 Current0 Experienceofusingsolarcell (YesorNo) Voltage0 Current0 Inthecaseofcustomizedproducts Thesearebasicexamples.Theinfluencedependsonthedepthoftheshade. Pleaseprovide thefollowinginformation Application Usageenvironment CircuitReferenceExamples Specifiedusageexamples Requiredcurrent Load Toys,DCmotors,etc. Externaldimensions (installationspace) Requiredvoltage Directconnectiontype Application (indoorsoroutdoors) Solarcell Typesofrechargeablebattery Terminalconnectionmethod Experienceofusingsolarcell (YesorNo) Back-flow-preventingdiode Clocks(bothwallandtableclocks), thermometer/hygrometers, remotecontrols,calculators,etc. Solarcell Rechargeablebattery 9 Otherrequests primary battery Rechargeable battery, Capacitors Load Watches(wristwatches), clocks(bothwallandtableclocks), gardenlights,PCperipheraldevices, Solarcell mobilechargers,batterychargers, short-rangecommunicationterminals,caraccessories, LEDlightingdevices,flickeringdevices,trafficbuttons ASchottky BarrierDiodeis recommended becauseits voltagedropis smaller. Back-flow-preventingdiode Chargingcontrol circuit Application Back-flow preventing diode Load Application Voltagecontrol circuit Combination-typeprimarybattery ASchottky BarrierDiodeis recommended becauseits voltagedropis smaller. 10