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MTSW-103-21-G-D-1172

来源:LM317 Electronics Components编辑:CTI Electronics时间:2021-06-14 03:35:55

TDKCorporationhasannouncedtheintroductionoftheTDK-Lambdai7Aseriesof33A500Wratednon-isolatedDC-DCconverters,packagedwiththeindustry-standard1/16thbrickpinout.Theoutputvoltageofthesestep-downconverterscanbeadjustedfrom3.3to24Vandacceptawiderangeinputvoltageof18to60V.Thei7A33Aseriescanbeusedtoderiveadditionalhigh-poweroutputsfroma24V,36Vor48VDCpowersupply,atamuchlowercostthanisolatedDC-DCconverters.Thesecompactproductsaresuitedforuseinmedical,communications,industrial,testandmeasurement,broadcastandportablebattery-poweredequipment.Efficienciesofupto98%minimiseinternallossesandallowthei7Atooperateinambienttemperaturesof-40°Cto+125°C,evenwithlowairflowconditions.Thei7Asdesignprovideslowoutputrippleandexcellentresponsetodynamicloads.Veryfewexternalcomponentsarerequired,comparedtodiscretesolutions,savingcostandprintedcircuitboardspace.Achoiceofthreemechanicalconfigurationsisavailable,measuringjust34mmwideand36.8mminlength.The11.5mmhighopen-framemodelissuitableforapplicationsrequiringaverylowprofile.Thebaseplateversionforconductioncoolingtoacoldplateis12.7mmhigh.Modelswithanintegralheatsink,whichareforconvectionorforcedaircooling,are24.9mmhigh.ForMoreInformationTDK

ADS-TECEnergyGmbHandTEAGhaveagreedonanextensivecooperation.ADS-TECwasabletodevelopaseries-readyHPCfastchargingsystemwithupto320kWchargingpowerforthenewHPCchargingstationattheTEAGcampusinErfurt.Thespecialfeaturehereisthebatterysystem(HPC-Boosterwhichenables,actingasapoweramplifier,chargingatHPClevelatlocationswithlimitedgridconnection.TheADS-TECdeveloperswereabletointegratealltherequiredcomponents(powerelectronics,battery,air-conditioningtechnology,controlsystem)inacompactcabinetwithasmallfloorspace.TEAGhasbeenusingthenew“ultrafastchargingstation”forhalfayear–sofar,the“high-techchargingstation”hasmasteredtougheverydayoperationwithoutanyproblems.“Forus,thischargingtechnologyfromADS-TEC,whichisnowreadyforseriesproduction,opensupcompletelynewpossibilitiesfortheuseofHPCchargers,”saysIngoBergmann,TEAGdivisionmanagerformobility.“Thestoragesystemcreatesmoreflexibleconnectionoptionseveninthe“smallest”powergridsandissavingthereforehighgridinvestments.Weseeapplications,forexample,atcardealerships,gasstations,supermarketsandalsoinresidentialareas.”TEAGhasalreadybeenofferingindividualchargingsolutionsforprivateandbusinesscustomerssince2016.ADS-TECalsohasthecapabilitytoprovideuswithreliablesupporteveninthefaceofbroadmarketdemand.ForMoreInformationADS-TECNearly1.4millionbatteryelectriccars(BEVs)andplug-inhybrids(PHEVs)wereregisteredinEuropein2020,accordingtothelatestfiguresfromEV-Volumes,thedatabaseforinformationonbatteryelectricvehicles.Thatis137percentmorethanin2019,inanoverallvehiclemarketthatwasdown20percentyear-over-year.Asaresult,EuropehassurpassedChinaasthegrowthenginefore-mobility.AtPower2DriveEurope2021,the“who’swho”oftheindustryinthefieldofe-vehiclesandsmartchargingsolutionswillmeet.Underthemotto“Chargingthefutureofmobility,”theexhibitionwilltakeplacefromJuly21–23,2021,aspartofThesmarterEEuropeatMesseMünchen.ThestoryofbatteryelectricvehiclesinEuropesincethebeginningof2020isunprecedented:whatstartedwithaneconomicdownturnduringthefirstCovid19waveisbecomingasuccessstory.Inparticular,thecombinationofnewattractiveandaffordablevehiclemodels,increasedrange,asteadilydevelopingcharginginfrastructure,andgovernmentsupportsuchasinGermanyledtotheupturnofelectromobilityinEurope.EuropeleadsthewayinelectricvehicleuptakeTheelectromobilitymarketisboomingworldwide:inmostcountries,BEVandPHEVmarketshavebeenmoreresilienttotheCovid19pandemicthanautomotivemarketsingeneral.GlobaldeliveriesofBEVsandPHEVsincreased43percentyearoveryear,whilethegloballightvehiclemarketdeclined14percent,accordingtoEVVolumes.Withnearly1.4millionnewBEVandPHEVregistrationsin2020,EuropehasovertakenChinaastheleaderinEVgrowth,positioningitselfaheadofChinawitha12percentincreaseandtheU.S.(up4percent).GermanyistheleadingmarketforelectricvehiclesinEuropeinthisregard.In2020,forexample,morepassengercarswithpureelectricdriveswerenewlyregisteredinGermanythaneverbefore:ataround194,200registrations,thenumbertripledcomparedwiththepreviousyear.ForMoreInformationPower2Drive

MTSW-103-21-G-D-1172

NexperiahasannouncedthreenewTrEOSprotectiondevicesthatprovideacompactmethodtosuppressESDinUSB3.2,HDMI2.1andotherhigh-speeddatalines.ThenewPUSB3BB2DF,PESD5V0C2BDF,PESD4V0Z2BCDFdevicesprovidebest-in-classESDprotectionandsystemrobustnessbycombininghighRFperformancewithverylowclampingandveryhighsurgecapability.StefanSeider,productgroupmanageratNexperiacomments:ElectricalengineersdesigningHDMI2.1,USB,Thunderboltandotherhigh-speedinterfacescanminiaturizetheirdesignswhilebenefitingfromindustry-leadingRFperformance.ThenewpartscombinetwoTrEOSprotectiondiodesinoneminiatureDFN0603-3package–effectivelydeliveringtwodiodesinthefootprintofone.Aswellassavingspace,thisreducescomponentcountandincreasesreliability.Also,thepackageiswell-knownsotherearenounforeseenmanufacturingchallengestoaddress.ThenewDFN0603-3devicefamilysupportsveryhigh-speeddatarates,offeringamaximumpass-bandofabove18GHz,50%higherthancompetingparts.Devicesalsofeatureveryhighsurgerobustnessof upto11A8/20µs.ForMoreInformationNexperiaAlphaandOmegaSemiconductorLimitedhasannouncedanewType-CPowerDelivery(PD)highvoltagesourceprotectionswitchcapableupto28Vabsolutemaximumvoltage. TheAOZ1374isasmartprotectionswitchinasmallthermallyenhanced3mmx3mmDFNpackage.AOSsprowessinhigh-performanceICscombinedwithAOSsstateofthearthighSOAMOSFETsusingadvancedco-packagingtechniques.AOZ1374supportsaslewofprotectionfeatures,includingtruereverseblockinginasmallsolutionfootprintwithanindustry-leadingon-resistanceof36mOhm.WhileUSBportsinconsumerandcomputingequipmentcanreceiveupto100Wofpower,powertypicallycomesfromanAC-DCadaptorsupportingType-CPD.Thehostdeviceitselftypicallyprovides(sources)5V@3Aorupto15W.Thisisthemostcommonimplementationinnotebookapplicationsandalsointhemajorityofdesktops.However,Type-CPDportsaregainingpopularityinmoredevicessuchassmartmonitorsandpowerbanks,andforsuchapplications,ahighvoltagesourcingswitchisrequiredtodeliverupto100Wpower.TypeChighvoltagesourcingswitchesarealsoincreasinglycommoningraphicscardsorgameconsolestopowerhigh-endvirtualrealitygaminggoggles.Similarly,apersonalcomputercanconnecttoamonitorusingonesingleType-Ccableprovidingbothpoweranddata.AOZ1374usesadesignIPdevelopedfortheAOZ1375DIhighvoltagebi-directionalsource/sinkTypeCprotectionswitchwithaddedintegrationfeaturestoeliminatetheeternalcurrentlimitingresistor.Thenewdevicefeatures28Vabsolutemaximumvoltagewiththecurrentlimitcapability,andstartupsafeoperatingarea(SOA)managementwouldbetheidealprotectionswitchfortheapplicationsmentionedabove.ForMoreInformationAlphaandOmegaSemiconductorROHMSemiconductorhasannouncedthatMidniteSolarutilizesROHMssiliconcarbideMOSFETstodriveefficiencyandreducesystemcost.FourproductsnewtotheUSmarket–theHawkessBay600VDCto48VDC6000WMPPTsolarchargecontroller,powerfulBarcelonadualMPPTchargecontroller,MNB17advancedbattery-basedcharger/inverter,and120/240VRosieinverter/charger–allbenefitfromthehighperformanceandprovenreliabilityofROHMsSiCtechnology.SiCpowerdevicesoffervastlyimprovedenergyefficiencyoverthesiliconpartstheyreplace,andthecostpremiumhascomedownsignificantly,enablingawiderrangeofapplicationstobenefitfromthesedevicesforbettersystemperformanceandvalue.WeareveryhappytosupportMidniteSolarslatestpowerconversionproductdesignwithourSiCMOSFETtechnology,andwearetrulyexcitedtoseetheadvancedpowerdevicesandsystemsolutionsmakingapositivedifferenceforourvaluedcustomers,saysMingSu,Ph.D.,TechnicalMarketingManageratROHMSemiconductor.Siliconcarbidesolvesakeychallenge,explainsRobinGudgel,MidniteSolarsprincipalownerandengineeringmanager.RegularsiliconMOSFETshaveaveryslowbodydiode,hedetails.Therefore,tryingtomakeaninverterworkasachargerwhereitmustrunbidirectionallyisverydifficult.WewerelookingatanIGBTpairincombinationwithanotherdiode,butsiliconcarbideissuchagoodsolution,andROHMsdevicesdidnotrequireanysignificantdesignchanges,soitwasanobviouschoice.MidniteSolarincorporatesROHMs60mΩRDS(on)SiCdevicesandnewer30mΩRDS(on)productsinitsnewsolarproductranges.Gudgelcommentsthatheexpectsreliabilitytobeexcellentasthedesignisrunningcool.Drivingthepartswillbesimple,asROHMalsosuppliesthegatedrivers.ForMoreInformationROHMSemiconductor

MTSW-103-21-G-D-1172

ToshibaElectronicDevicesStorageCorporation (“Toshiba”)hasaddedaneweFuseIC,TCKE712BNL,toitsline-upofeFuseICsforrepeatedusethatsupportfunctionstoprotectpowerlinecircuits.Conventionalphysicalfuses—glasstubefusesandchipfuses—protectpowerlinecircuitsbyphysicallyshuttingthemdownwhentheyareinanover-currentstate,andonceusedandbrokenmustbereplaced.eFuseICsaredesignedtoreplacesuchfusesinprovidingpowerlinecircuitprotectionandsafety,andtodeliverarangeofbuilt-inprotectionfunctionsinadditiontohighlyaccurateovercurrentprotection.TCKE712BNLprotectspowerlineswithanovervoltageprotectionfunctionthatcanbeadjustedtouserrequirementswithexternalresistors.Italsohasabuilt-inreverseblockingcurrentfunctionintheOFFstate,allowinguseinpowermultiplexerapplications.Inaddition,itsbuilt-inprotectionfunctionscoverovercurrent,short-circuitandovertemperature.ItalsohasaFLAGfunctionthattransmitsanexternalsignalifanabnormalityoccursinthecircuit,makingiteasiertodetectpossiblefaultsthanwithToshibascurrentproducts.Toshibawillcontinuetostrengthenitsline-upofeFuseICstoprotectpowerlinecircuitsformultipleapplications.Applications–Protectionofpowersupplylinecircuits(laptopPCs,gameconsoles,augmentedrealityandvirtualrealityequipment,smartspeakers,robotcleaners,networkingservers,etc.)Features–ReverseblockingcurrentfunctioninOFFstate–User-definedadjustableovercurrent/overvoltageprotectionfunction–FLAGsignaloutputfunction–ThinandcompactWSON10package:3.00×3.00mm(typ.),t=0.75mm(max)ForMoreInformationToshibaTTElectronicshasannouncedthelaunchofitsPAAandPAAMseriesofAC-DCencapsulatedpowermoduleswithindustryleadingpowerdensity,idealforspaceconstrainedindustrialandmedicalelectronicequipmentapplications.Availableinpowerratingsrangingfrom5to150watts,thePAAencapsulatedmodulesarePCBmountableinacompactfootprintstartingat1.1x1.5(8.05W/in³).4kVacinputtooutputisolationprovidessafetywheninterfacingwithdownstreamSELVnetworks.Themodulesboastexceptionalconversionefficienciesofupto89%,andarefreeairconvectioncooledtoimproveendsystemreliabilityandreduceenergywaste.WorldwideapprovalstoIEC62368-1andIEC60335-1makethePAAseriesidealforindustrialandsmartappliancesforthehomeenvironmentwheresafetyiscritical.Withfootprintsizesstartingat1.1x2.1(9.7W/in³),thetheIEC60601-1approvedmedical-gradePAAMencapsulatedpowermodulesareavailablein15to150wattoptions.Powerdensitiesinsomemodels–includingtheindustry-first150watt(PAAM150)–exceed11W/in³andmaintainconversionefficienciesashighas93.5%.ThePAA/PAAMseriesofferstandardoutputvoltagesfrom3.3VDCto48VDCandoperateacrossawiderangeofambienttemperatures.TheyarealsofullycertifiedtoallapplicablesafetyandEMCstandards,reducingcompliancerisk,simplifyingdesign-in,andacceleratingendsystemtimetomarket.ThePAAseriesissuitableforindustrialapplicationsincludingautomationequipment,EVchargingsystems,andparcellockerstationswhilethePAAMseriesisidealforportablemedicaldevices,mobileclinicalworkstations,andwidermedicalequipment.SomePAAandPAAMmoduleoptionsareavailableinchassismountpackagestyles.ForMoreInformationTTElectronics

MTSW-103-21-G-D-1172

Ourenergysupplyneedstobecomeflexible,cleanandcost-effective.Thisrequiresthecouplingoftheelectricity,heatandtransportationsectors.Sustainablecombinedheatandpower(CHP)–orcogeneration–isakeycomponentofsectorcouplingand,inadditiontootherrenewablesystems,enablesacleanandmodernenergysupply.Withefficiencylevelsexceeding90percentandflexibleapplicationsfordecentralizedelectricityandheatgeneration,italsoservestomakethepowergridmorestable.InarecentepisodeofThesmarterEpodcast,HansKorteweg,CEOofCOGENEurope–theEuropeanAssociationforthePromotionofCogeneration–providesexcitinginsightsintohowthistechnologyworks.AttheinternationalenergyexhibitionEM-PowerEurope,settotakeplaceinMunichfromJune9to11,2021,themajorplayersofthenewenergyworldwillpresentsustainabletechnologiessuchascogeneration,integratedenergysolutionsandinnovationsinsmartenergymanagement.Cogenerationreferstothecombinedgenerationofheatandpower(CHP).WithCHP,generationoccursclosetothesiteofconsumption,easingtheburdenonthepowergrids.Itshighflexibilityalsoensuresstablepowergeneration,evenwhenthereisnowindorthesunisnotshining.Incontrasttoconventionalcentralizedandfossil-fueledsteampowerstations,productionfromCHPplantscanbeeasilycappedortheplantscanbeshutdownentirely,ifnecessary.So,CHPtechnologyfitsperfectlyintheexistinginfrastructureofelectricity,heatandgasgrids.Thankstotheirflexibilityandtheiroptimaluseofrenewableenergy,forinstanceintheformofbiomethane,hydrogenorothersyntheticfuels,CHPplantsarewell-suitedtocoverresidualloadsinthepowergrid.AllofthesefactorsmakeCHPplantsanimportantelementoftheenergysupplyofthefutureandanidealmemberoftherenewableenergytechnologyfamily.ForMoreInformationEMPower

JasperElectronicshasexpandeditslineofmedicalgradepowersupplieswith27newmodelseriesofexternalpoweradapters.ThenewadaptersarecompliantwithInternationalElectromechanicalCommission(IEC)standardsforthesafetyandeffectivenessofmedicalelectricalequipment,including:IEC60601-3rdEdition,UL/cUL,TUV,andFCCcertification.Severalofthewall-mountedmodelserieshaveinterchangeableACplugsforinternationalcompatibility,andallunitshavecustomconnectorandcableoptions.WiththissignificantexpansionofourIEC60601-certifiedexternalmedicalpowersupplyproductlines,weveprovidedourcustomersinthemedicalelectronicsindustrywithawiderangeofhighefficiency,reliablepoweroptions,saidRobertNishimoto,president,JasperElectronics.Withaselectionthatincludesexternalfanlessdesigns,awiderangeofinputandoutputpowerratings,interchangeableACplugs,andbothstandardandcustomcableandconnectoroptions,customerswillbeabletoselectoptimumspecifications,performance,andpricefortheirmedicalapplications.ExternalMedicalPowerSuppliesJasperElectronicscomprehensiverangeofmedical-gradeexternalpowersuppliesincludesbothwall-mountedanddesktopconfigurationswithoutputpowerratingsfrom4.5Wto310W.Allmodelscarrysafetyagencycertifications(UL/cUL,TUV,CE,FCC,andIEC60601-3rdEdition),andmanyfeaturemultiplesetsofinterchangeableACplugsforworldwidecompliance.TheHEMGSeriesdevicesfeatureuniversalinputharmonicpowerfactorcorrection(PFC)withhighefficiency.ForMoreInformationJasperElectronicsTaiwanSemiconductorhasannouncedtheavailabilityoftheTSUPSeriesofAEC-101-qualifiedtrenchSchottkyrectifiers.These5A/10A/15A-ratedrectifiersareofferedwithpeakrepetitivereversevoltageratings(VRRM)of60Vor45Vwith1.0mspeakforwardsurgecurrent(IFSM)ofnearly300A.TheSMPC4.6U-packageoffersbothheadroomandfootprintadvantagesdesirableinmanyautomotiveandindustrialapplications.Thepatentedtrenchtechnologyprovidesindustry-leadingperformance;inparticular,lowerforwardvoltagedrop,lowleakagecurrentandfast,controlledreverserecoverytime(Trr).TheTSUPSeriespackageswettableflankisanessentialfeatureformeetingautomotiverequirements,aswellasforfacilitatingautomatedvisualinspectionduringassembly.Inaddition,thewettable-flankpackagereducesparasiticDCresistancebyincreasingthecontactareawiththePCB.Thisimprovesbothsteady-stateandtransient-thermalperformanceandpowerconverterefficiency,whilealsoincreasingpowerdensityandoverallreliability.DesigningandmanufacturingtomeetAEC-Q101requirementsisanearlyuniversalattributeofourpowersemiconductordevices,andthisautomotive-levelreliabilityisdesirableinmanycommercialapplicationsaswell,saidVicePresident,TSCProducts,SamWang.TheTSUPSeriesexceptionalperformance,manufacturabilityandtestfeaturesofferbenefitstoarangeofnon-automotiveapplications,includingswitch-modepowersuppliesandLEDlighting.ThedevicesintheTSUPSeriesfeature:patentedSchottkytechnology–lowerforwardvoltagedrop,fastandcontrolledTrrandlowleakagecurrentover-temperatureincreasesefficiencyandpowerdensity,highpeakforwardsurgecurrent–criticalconcerninautomotiveapplications,wettableflankpackaging–essentialtomeetautomotivevisualinspectionrequirements;improvesthemanufacturabilityoftheend-productapplication,SMPC4.6Upackage–lowprofileandsmallfootprintsupportsrequirementsforcompactsystempackaging,globalmaterialscompliance–RoHS-compliant,halogen-free(perIEC-61249-2-21). ForMoreInformationTaiwanSemiconductor

FlexGenhasannouncedithasteamedwithContemporaryAmperexTechnologyCo.,Limitedtoinstalltwo110MWhstand-alonebatterystorageprojectsinTexasHillCountry.Whendeployed,thetwoenergystoragesystemswillserveasdispatchableassetsforaleadingindependentpowerproducer. WearepleasedtoexpandourrelationshipwithCATLontheinstallationofthesetwo110MWhbatterystorageprojects,saysAlanGrosse,FlexGenCOO.CATLstechnicalandcommercialteamshavebeengoodpartners,andwelookforwardtoworkingtogethertoservemoreTexansandtheirfamilies.FlexGencontinuesitsleadershipintheTexasenergystoragemarketwithitsintegrationservicesandHybridOSenergymanagementsystem,saysTigerLi,headofAmericaandEuropeenergystoragesystembusinessatCATL.CATLisdelightedtoworkwithFlexGenagainontheserecord-settingprojectswithOutdoorLiquidCoolingrackwhichisaconvenientESSsolutionforintegratorsandinvestors.Todate,FlexGensHybridOSenergymanagementsystemplatformcontrolsmorethan260MWand171MWhofenergystorageprojectsincommercialoperation,withmorethan202,000hoursofruntime.  ForMoreInformationFlexGen“Byswitchingfromsilicontransistorstogalliumnitride,saidEPC.BrightLoop wasabletoincreasetheswitchingfrequencyoftheirdesignfrom200kHzto600kHz,whilekeepingthesameefficiency.Thisdesignchangeincreasedthepowerdensityofthesolutionbyafactorofapproximatelytwoandthisresultedinlowercostbyenablingtheimplementationofasmallerenclosure.ThePSUseriesiscalledBBSP,weight325g,andcantransfer1.7kWfroma10-52Vinputtoa10-52Voutput.ACANbusisavailableforcontrolandbootloading.Internally,thedisgitalcontrollooprunsat600kHz,thesameastheswitchingfrequency.Theresultingbandwidthissohighthatverylittlecapacitanceisrequired,saidEPC.Thishasmeantthatelectrolyticcapacitorscouldbeavoided,andonlyceramiccapacitorswereusedintheBBSP,dramaticallyimprovingreliability.ThepowertransistorsinsideareEPC2029enhancement-modedevices,ratedat80Vand48A,andchip-scalepackagedwitha2.6x4.6mmfootprintand1mmballpitch.Thewiderpitchallowsforplacementofadditionalandlargerviasunderthedevicetoenablehighcurrentcarryingcapability,accordingtoEPC.ForMoreInformationBrightLoop

NewYorkerElectronicshasreleasedthenewadvancedinterfaceoptionsoftheUMR-AAandUMR-ASeriesofHighVoltagePowerSuppliesfromDeanTechnology(HVPSI).Usingadditionalpins,theadvancedinterfaceoptionsprovideforenhancedadjustmentandmonitoringfeaturesconsistentwithindustrystandardsandknowncustomerneeds.TheV05andV10optionsareavailablewith+5VDCand+10VDCreference,controlandmonitoringrespectively.TheV05andV10optionsareimportantadditionstoDTIsstandardpowersupplyofferings.TheseadvanceinterfaceoptionssuppliedbyNewYorkerElectronicsallowboththepowersupplyoutputvoltageandcurrenttobemonitoredandadjustedwiththesamescalingandincludea+5VDCor+10VDCreferencevoltage.Signalsarefrom0to+5VDC(V05)and0to+10VDC(V10)forallmodelsandpolaritiesofboththeUMR-AAandUMR-Aseries.Outputmonitoringsignalsarefullybufferedwithhighinputimpedancetoensureconsistentaccuracyregardlessofloadconditions.ThelowimpedanceoutputsprovidedbytheseoptionsalsohaveaprogrammingaccuracythatmakesthemidealforintegrationintoanyvarietyofsystemsincludingthosewithdigitalandPLCcontrol.FeaturesBenefits:AdjustableOutputARC/ShortProtectedCurrentMonitorEncapsulatedHighEfficiency70%LowRippleNon-MetallicCaseRegulatedVoltageMonitorForMoreInformationNewYorkerElectronicsInthisnewyear,wehavereportedmanynewsaboutGaN,SiC,andalltheinnovationsofelectricvehiclesandpowersystems.Nextyear,in2021,interestingnewsolutionswillbeawaiting,aswehavereportedin:What’snextinpowerelectronics2021?PowerManagement,GaN/SiCandTM.Hereyouwillfindalistofthetop10newsthatreceivedthemostfeedbacks1.ROHMGroupCompanySiCrystalandSTannounceSiCwafersupplyagreementROHMannounceditsignedamulti-yearsiliconcarbide(SiC)waferssupplyagreementwithSiCrystal,aROHMgroupcompanyhavingatopshareofSiCwafersinEurope.2.Nexperia:lowRDS(on)MOSFETinLFPAK56Nexperiaannouncedthereleaseofitslowest-everRDS(on)powerMOSFET.Alreadyrecognisedastheindustry-leaderinlowvoltage,lowRDS(on)devices,thePSMNR51-25YLHlaunchedtodaysetsanewstandardof0.57mΩat25V3.UnitedSiClauncheslowestRDS(on)FETsinDFN8×8formatUnitedSiChasintroducedtheUF3SC065030D8andUF3SC065040D8;theindustryslowestRDS(on)SiCFETsavailableinthepopularlow-profileDFN8×8surface-mountpackage.4.Infineon:400kWDCchargerbasedonCoolSiCforultra-fastpitstopsIngeteamandInfineonTechnologiesteamupforbestcustomerexperienceinsuperfastelectricvehicle(EV)charging.Ratedat400kW,theconverterINGEREV®RAPIDST400fromIngeteamisbasedonCoolSiC™MOSFETsinanEasyDUAL™2Bhousing.5.SiCpowermoduleandprogrammablegatedriverkitforinverterdesignMicrochipTechnologyannounceditsAgileSwitchdigitalprogrammablegatedriverandSP6LISiCpowermodulekit,aunifiedsystemsolutiontohelpdesignersquicklyandeffectivelyadoptdisruptiveSiliconCarbide(SiC)powerdevices–reducingtimetomarketandensuringconfidenceinfielddeployment.6.EPCSpace:spacelevelqualified40to300VRadHardeGaNpowertransistorsEPCSpaceannouncedafamilyofRadHardenhancementmodepowertransistorsspanningarangeof40Voltsto300Volts,and4Amperesto30Amperes.7.NewMinE-CAPICReducesVolumeofAC-DCConvertersbyUpto40%PowerIntegrationshasannouncedtheMinE-CAP™ICforhighpowerdensity,universalinputAC-DCconverters.Byhalvingthesizeofthehigh-voltagebulkelectrolyticcapacitorsrequiredinofflinepowersupplies,thisnewtypeofICenablesareductioninadaptersizeofupto40%.8.IndustrysfirstautomotiveGaNFETwithintegrateddriver,protectionandactivepowermanagementTexasInstrumentshasexpandeditshigh-voltagepowermanagementportfoliowiththenextgenerationof650-Vand600-Vgalliumnitride(GaN)field-effecttransistors(FETs)forautomotiveandindustrialapplications.9.NewGenVGaNTransphormInc.hasannouncedthesamplingofitsfirstGenVdeviceunderitsproprietarySuperGaNTMbrand.TheTP65H015G5WS,TransphormsnewGenVdevice,targetstheElectricVehicle(EV)marketandprovidesindustry-leadingperformanceenhancements,easeofdesignability,andoptimizedcoststructurethatisinherenttotheSuperGaNdevicefamily.10.Non-Conductive,HighThermalDieAttachPastewithAutomotiveGradeReliabilityExpandingitslineofautomotivegradedieattachmaterialsforadvancedsemiconductorpackages,HenkelhasdevelopedandcommercializedLOCTITEABLESTIKABP8920TC.

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