pulsenot

CTVSCeramictransientvoltagesuppressorsSMDmultilayervaristors(MLVs),automotiveEseriesSeries/Type:Date:July2014EPCOSAG2014.
Reproduction,publicationanddisseminationofthispublication,enclosuresheretoandtheinformationcontainedthereinwithoutEPCOS'priorexpressconsentisprohibited.
EPCOStypedesignationsystemforautomotiveseries,singlechipsCT0603S14BAUTOE2G2Construction:CTSinglechipwithnickelbarriertermination(AgNiSn)EAIcasesizes:0402060308051206121018122220Varistorvoltagetolerance:K±10%,standardL±10%,standardSSpecialtoleranceMaximumRMSoperatingvoltage(VRMS):1414VVRMSspecifiedforload-dump/jump-startprotection(exceptCT0603S14BAUTOGandCT0805K17AUTOLCG)Specialfeatures:StandardenergyhandlingcapabilityE2IncreasedenergyhandlingcapabilityHTHightemperatureversionLCLowcapacitanceversionCCControlledcapacitanceversionRFRadiofrequencyTapingmode:GTaped,180-mmreel,7''G2Taped,330-mmreel,13''Multilayervaristors(MLVs)AutomotiveEseriesPage2of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
EPCOStypedesignationsystemforautomotiveseries,arrayCA05M2S10T100HGConstruction:CAArraywithnickelbarriertermination(AgNiSn)EAIcasesizes:050508arrayM2ArraywithtwoelementsVaristorvoltagetolerance:SSpecialtoleranceMaximumRMSoperatingvoltage(VRMS):1010VInternalcodingCapacitancevalue:10010100pF100pFMaximumcapacitancematchingtolerance:H3%Tapingmode:GTaped,180-mmreel,7''Multilayervaristors(MLVs)AutomotiveEseriesPage3of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
FeaturesReliableESDprotectionupto30kVacc.
toIEC61000-4-2,level4(8kVcontact,15kVair)HighenergyabsorptioncapabilityLowleakagecurrentLong-termESDstabilityBidirectionalprotectionNotemperaturederatingupto150°CRoHS-compatible,lead-freeNickelbarriersuitableforlead-freesolderingQualificationbasedonAEC-Q200PSpicesimulationmodelsavailableApplicationsTransientovervoltageprotectioninautomotiveapplications:enginemanagement,airbag,controlunits,electrohydraulicbrake,ABS/ESP,sunroofLoad-dumpprotectionJump-startprotectionDesignMultilayertechnologyFlammabilityratingbetterthanUL94V-0Termination(see"Solderingdirections"):CTtypeswithnickelbarrierterminations(AgNiSn),recommendedforlead-freereflowandwavesoldering,andcompatiblewithtin/leadsolder.
V/IcharacteristicsandderatingcurvesV/Iandderatingcurvesareattachedtothedatasheet.
ThecurvesaresortedbyVRMSandthenbycasesize,whichisincludedinthetypedesignation.
SinglechipInternalcircuitAvailablecasesizes:EIAMetric04021005060316080805201212063216121032251812453222205750Multilayervaristors(MLVs)AutomotiveEseriesPage4of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
DescriptionforESD/EMIfilterarrayTheESD/EMIfilterarrayprovidesanidealcombinationofEMIfilteringandESDprotectionforhigh-speedbussystemtransceiverssuchasEthernetandFlexray.
FeaturesESDprotectionacc.
toIEC61000-4-2,level4CapacitancedeviationbetweenarrayelementsC1andC2:notesattheendofthisdocument.
GeneraltechnicaldataMaximumRMSoperatingvoltageVRMS,max10.
.
.
40VMaximumDCoperatingvoltageVDC,max12.
.
.
56VMaximumsurgecurrent(8/20s)Isurge,max2.
.
.
1200AMaximumloaddumpenergy(10pulses)WLD1.
.
.
25JMaximumjump-startvoltage(5min)Vjump24.
5.
.
.
45VMaximumclampingvoltageVclamp,max35.
.
.
290VOperatingtemperatureTop55/+150°CStoragetemperatureLCT/UCT55/+150°CResponsetimetrespnotesattheendofthisdocument.
1)WLDandVjumpvaluesarenotspecifiedforautomotivestandardseries.
ElectricalspecificationsandorderingcodesMaximumratings(Top,max),automotivestandardseries1)TypeOrderingcodeVRMS,maxVVDC,maxVWmax(2ms)mJPdiss,maxmWVV(1mA)VVV%CT0805K11GB72510E0110K0621114200518±10CT0402L14GB72590E0140L060141630323.
5±15CT0402S14AHSGB72590E8140S1601416300328±20CT0603K14GB72500E0140K0601418200322±10CT0603S14AHSGB72500E8140S160141630328±20CT0603S14BGB72500E0140S2601418200324.
5±15CT0603V150RFGB72500E7151V0601416--150±35CT0805K14GB72510E0140K0621418300322±10CT1206K14GB72520E0140K0621418500822±10CT1210K14GB72530E0140K062141815001022±10CT1812K14GB72580E0140K062141823001522±10CT2220K14GB72540E0140K062141858002022±10CT0402S17AGB72590E0170S160171910332.
5±25CT0603K17GB72500E0170K0601722200327±10CT0603K17LCGB72500E2170K0601722100127±10CT0603S17ALCGB72500E2170S160172275332.
5±25CT0603S17BCCGB72500E5170S260172275332.
5±25CT0805K17GB72510E0170K0621722300527±10CT1206K17GB72520E0170K0621722600827±10CT1210K17GB72530E0170K062172217001027±10CT1812K17GB72580E0170K062172227001527±10CT2220K17GB72540E0170K062172272002027±10CT0603K20GB72500E0200K0602026200333±10CT0603S20ACCGB72500E5200S1602026300336±20CT0805K20GB72510E0200K0622026300533±10CT0805S20ACC2G2B72510E9200S1722026400534.
5±15CT1206K20GB72520E0200K0622026700833±10CT1210K20GB72530E0200K062202619001033±10CT1812K20GB72580E0200K062202630001533±10CT2220K20GB72540E0200K062202678002033±10CT0603K25GB72500E0250K0602531300339±10CT0603L25HSGB72500E8250L060253250-61±15CT0603L25HTCCGB72500E5250L060253250-61±15CT0805K25GB72510E0250K0622531300539±10CT1206K25GB72520E0250K06225311000839±10Multilayervaristors(MLVs)AutomotiveEseriesPage7of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
2)Measurementfrequency:f=1MHzforCNote:DeratingcurveisnotspecifiedforautomotivestandardtypeCT0603V150RFG.
Multilayervaristors(MLVs)AutomotiveEseriesPage8of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
1)WLDandVjumpvaluesarenotspecifiedforautomotivestandardseries.
ElectricalspecificationsandorderingcodesMaximumratings(Top,max),automotivestandardseries1)TypeOrderingcodeVRMS,maxVVDC,maxVWmax(2ms)mJPdiss,maxmWVV(1mA)VVV%CT1210K25GB72530E0250K062253117001039±10CT1812K25GB72580E0250K062253137001539±10CT2220K25GB72540E0250K062253196002039±10CT0805K30GB72510E0300K0623038300547±10CT1206K30GB72520E0300K06230381100847±10CT1210K30GB72530E0300K062303820001047±10CT1812K30GB72580E0300K062303842001547±10CT2220K30GB72540E0300K0623038120002047±10CT0805K35GB72510E0350K0623545300556±10CT1206K35GB72520E0350K0623545400856±10CT1210K35GB72530E0350K062354520001056±10CT1812K35GB72580E0350K062354540001556±10CT2220K35GB72540E0350K062354577002056±10CT1206K40GB72520E0400K0624056500868±10CT2220K40GB72540E0400K062405690002068±10Multilayervaristors(MLVs)AutomotiveEseriesPage9of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
2)Measurementfrequency:f=1MHzforCnotesattheendofthisdocument.
1)CminandCmaxvaluesarenotspecifiedforstandardautomotiveserieswithloaddump/jumpstartspecification.
ElectricalspecificationsandorderingcodesMaximumratings(Top,max)Automotiveserieswithload-dump/jump-startprotection1)TypeOrderingcodeVRMS,maxVVDC,maxVIsurge,max(8/20s)AWmax(2ms)mJWLD(10pulses)JPdiss,maxmWCT0603S14BAUTOGB72500E1140S260141630200-3CT0805S14BAUTOGB72510E1140S262141612030018CT1206S14BAUTOGB72520E1140S26214162006001.
58CT1210S14BAUTOGB72530E1140S26214164001600310CT1812S14BAUTOE2G2B72580E3140S272141680024001215CT1812S14BAUTOGB72580E1140S26214168002400615CT2220S14BAUTOE2G2B72540E3140S2721416120058002530CT2220S14BAUTOGB72540E1140S2621416120058001230CT0805K17AUTOLCGB72510E2170K062172230100-4CT1210K17AUTOGB72530E1170K06217224001700310CT1206K20AUTOGB72520E1200K06220262007001.
58CT1210K20AUTOGB72530E1200K06220264001900310CT0805K25AUTOGB72510E1250K06225318030015CT1206K25AUTOGB72520E1250K062253120010001.
58CT1210K25AUTOGB72530E1250K06225313001700310CT2220K30AUTOE2G2B72540E3300K07230341200120002530CT2220K30AUTOGB72540E1300K06230341200120001230Multilayervaristors(MLVs)AutomotiveEseriesPage11of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Characteristics(TA=25°C)TypeVV(1mA)VVV%Vjump(5min)VVclamp,maxVIclamp(8/20s)ACtyp(1kHz)pFIleak,maxAIleakACT0603S14BAUTOG24.
5±1524.
54211201@16Vnotesattheendofthisdocument.
ElectricalspecificationsandorderingcodesMaximumratings(Top,max)Automotiveseries,arrayspecificationTypeOrderingcodeVRMS,maxVVDC,maxVIsurge,max(8/20s)AWmax(2ms)mJVLD(10pulses,300ms)VPdiss,maxmWCA05M2S10T100HGB72812Q1120S1601012510273Characteristics(TA=25°C)TypeVV(1mA)VVV%Vjump(60s)VVclamp,maxVIclamp(8/20s)ACtyp(1MHz)pFCmax(1MHz)pFIleak,maxACA05M2S10T100HG26±202860110150.
5@5VNote:PulsederatingcurveisnotspecifiedforautomotivearrayCA05M2S10T100HG.
Multilayervaristors(MLVs)AutomotiveEseriesPage13of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
DimensionaldrawingsSinglechipCasesizeEIA/mmlwhk0402/10051.
0±0.
150.
50±0.
100.
6max.
0.
10.
.
.
0.
300603/16081.
6±0.
150.
80±0.
100.
9max.
0.
10.
.
.
0.
400805/20122.
0±0.
201.
25±0.
151.
4max.
0.
13.
.
.
0.
751206/32163.
2±0.
301.
60±0.
201.
7max.
0.
25.
.
.
0.
751210/32253.
2±0.
302.
50±0.
251.
7max.
0.
25.
.
.
0.
751812/45324.
5±0.
403.
20±0.
302.
5max.
0.
25.
.
.
1.
002220/57505.
7±0.
405.
00±0.
402.
5max.
0.
25.
.
.
1.
002-foldMCVarrayCasesizeEIA/mmlwhdku0508/12202.
0±0.
201.
25±0.
150.
9max.
0.
50±0.
200.
30±0.
200.
20±0.
10DimensionsinmmMultilayervaristors(MLVs)AutomotiveEseriesPage14of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
RecommendedsolderpadlayoutSinglechipDimensionsinmmCasesizeEIA/mmABC0402/10050.
600.
600.
500603/16081.
001.
001.
000805/20121.
401.
201.
001206/32161.
801.
202.
101210/32252.
801.
202.
101812/45323.
601.
503.
002220/57505.
501.
504.
202-foldMCVarrayDimensionsinmmCasesizeEIA/mmABCDE0508/12201.
001.
300.
400.
602.
16Multilayervaristors(MLVs)AutomotiveEseriesPage15of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
DeliverymodeEIAcasesizeTapingReelsizemmPackingunitpcs.
TypeOrderingcodeArray0508Cardboard1804000CA05M2S10T100HGB72812Q1120S160Singlechip0402Cardboard18010000CT0402L14GB72590E0140L0600402Cardboard18010000CT0402S14AHSGB72590E8140S1600402Cardboard18010000CT0402S17AGB72590E0170S1600603Cardboard1804000CT0603K14GB72500E0140K0600603Cardboard1804000CT0603K17GB72500E0170K0600603Cardboard1804000CT0603K17LCGB72500E2170K0600603Cardboard1804000CT0603K20GB72500E0200K0600603Cardboard1804000CT0603K25GB72500E0250K0600603Cardboard1804000CT0603L25HSGB72500E8250L0600603Cardboard1804000CT0603L25HTCCGB72500E5250L0600603Cardboard1804000CT0603S14AHSGB72500E8140S1600603Cardboard1804000CT0603S14BAUTOGB72500E1140S2600603Cardboard1804000CT0603S14BGB72500E0140S2600603Cardboard1804000CT0603S17ALCGB72500E2170S1600603Cardboard1804000CT0603S17BCCGB72500E5170S2600603Cardboard1804000CT0603S20ACCGB72500E5200S1600603Cardboard1804000CT0603V150RFGB72500E7151V0600805Blister1803000CT0805K11GB72510E0110K0620805Blister1803000CT0805K14GB72510E0140K0620805Blister1803000CT0805K17AUTOLCGB72510E2170K0620805Blister1803000CT0805K17GB72510E0170K0620805Blister1803000CT0805K20GB72510E0200K0620805Blister1803000CT0805K25AUTOGB72510E1250K0620805Blister1803000CT0805K25GB72510E0250K0620805Blister1803000CT0805K30GB72510E0300K0620805Blister1803000CT0805K35GB72510E0350K0620805Blister1803000CT0805S14BAUTOGB72510E1140S2620805Blister33012000CT0805S20ACC2G2B72510E9200S1721206Blister1802000CT1206K25AUTOGB72520E1250K0621206Blister1802000CT1206K25GB72520E0250K0621206Blister1802000CT1206K30GB72520E0300K0621206Blister1802000CT1206K35GB72520E0350K0621206Blister1802000CT1206K40GB72520E0400K0621206Blister1803000CT1206K14GB72520E0140K0621206Blister1803000CT1206K17GB72520E0170K0621206Blister1803000CT1206K20AUTOGB72520E1200K0621206Blister1803000CT1206K20GB72520E0200K0621206Blister1803000CT1206S14BAUTOGB72520E1140S2621210Blister1802000CT1210K20AUTOGB72530E1200K062Multilayervaristors(MLVs)AutomotiveEseriesPage16of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
EIAcasesizeTapingReelsizemmPackingunitpcs.
TypeOrderingcode1210Blister1802000CT1210K20GB72530E0200K0621210Blister1802000CT1210K25AUTOGB72530E1250K0621210Blister1802000CT1210K25GB72530E0250K0621210Blister1802000CT1210K30GB72530E0300K0621210Blister1802000CT1210K35GB72530E0350K0621210Blister1803000CT1210K14GB72530E0140K0621210Blister1803000CT1210K17AUTOGB72530E1170K0621210Blister1803000CT1210K17GB72530E0170K0621210Blister1803000CT1210S14BAUTOGB72530E1140S2621812Blister1801000CT1812K25GB72580E0250K0621812Blister1801000CT1812K30GB72580E0300K0621812Blister1801000CT1812K35GB72580E0350K0621812Blister1801500CT1812K14GB72580E0140K0621812Blister1801500CT1812K17GB72580E0170K0621812Blister1801500CT1812K20GB72580E0200K0621812Blister1801500CT1812S14BAUTOGB72580E1140S2621812Blister3303000CT1812S14BAUTOE2G2B72580E3140S2722220Blister1801000CT2220K25GB72540E0250K0622220Blister1801000CT2220K30AUTOGB72540E1300K0622220Blister1801000CT2220K30GB72540E0300K0622220Blister1801000CT2220K35GB72540E0350K0622220Blister1801000CT2220K40GB72540E0400K0622220Blister1801500CT2220K14GB72540E0140K0622220Blister1801500CT2220K17GB72540E0170K0622220Blister1801500CT2220K20GB72540E0200K0622220Blister1801500CT2220S14BAUTOGB72540E1140S2622220Blister3303000CT2220K30AUTOE2G2B72540E3300K0722220Blister3303000CT2220S14BAUTOE2G2B72540E3140S272Multilayervaristors(MLVs)AutomotiveEseriesPage17of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0402L14GCT0402S14AHSGMultilayervaristors(MLVs)AutomotiveEseriesPage18of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0402S17AGCT0603K14GMultilayervaristors(MLVs)AutomotiveEseriesPage19of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0603S14AHSGCT0603S14BGMultilayervaristors(MLVs)AutomotiveEseriesPage20of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0603K17GCT0603K17LCGMultilayervaristors(MLVs)AutomotiveEseriesPage21of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0603S17ALCGCT0603S17BCCGCT0603K20GMultilayervaristors(MLVs)AutomotiveEseriesPage22of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0603S20ACCGCT0603K25GMultilayervaristors(MLVs)AutomotiveEseriesPage23of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0603L25HSGCT0603L25HTCCGCT0805K11GMultilayervaristors(MLVs)AutomotiveEseriesPage24of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0805K14GCT0805K17GMultilayervaristors(MLVs)AutomotiveEseriesPage25of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0805K20GCT0805S20ACC2G2Multilayervaristors(MLVs)AutomotiveEseriesPage26of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0805K25GCT0805K30GMultilayervaristors(MLVs)AutomotiveEseriesPage27of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT0805K35GCT1206K14GMultilayervaristors(MLVs)AutomotiveEseriesPage28of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1206K17GCT1206K20GMultilayervaristors(MLVs)AutomotiveEseriesPage29of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1206K25GCT1206K30GMultilayervaristors(MLVs)AutomotiveEseriesPage30of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1206K35GCT1206K40GMultilayervaristors(MLVs)AutomotiveEseriesPage31of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1210K14GCT1210K17GMultilayervaristors(MLVs)AutomotiveEseriesPage32of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1210K20GCT1210K25GMultilayervaristors(MLVs)AutomotiveEseriesPage33of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1210K30GCT1210K35GMultilayervaristors(MLVs)AutomotiveEseriesPage34of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1812K14GCT1812K17GMultilayervaristors(MLVs)AutomotiveEseriesPage35of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1812K20GCT1812K25GMultilayervaristors(MLVs)AutomotiveEseriesPage36of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT1812K30GCT1812K35GMultilayervaristors(MLVs)AutomotiveEseriesPage37of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT2220K14GCT2220K17GMultilayervaristors(MLVs)AutomotiveEseriesPage38of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT2220K20GCT2220K25GMultilayervaristors(MLVs)AutomotiveEseriesPage39of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT2220K30GCT2220K35GMultilayervaristors(MLVs)AutomotiveEseriesPage40of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotivestandardseries(notspecifiedforCT0603V150RFG)CT2220K40GMultilayervaristors(MLVs)AutomotiveEseriesPage41of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT0603S14BAUTOGCT0805S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage42of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT0805K17AUTOLCGCT0805K25AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage43of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT1206S14BAUTOGCT1206K20AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage44of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT1206K25AUTOGCT1210S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage45of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT1210K17AUTOGCT1210K20AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage46of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT1210K25AUTOGCT1812S14BAUTOE2G2CT1812S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage47of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT2220S14BAUTOE2G2CT2220S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage48of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveserieswithloaddump/jump-startprotectionCT2220K30AUTOE2G2CT2220K30AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage49of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
V/Icharacteristicsforautomotiveseries,array(DeratingcurveisnotspecifiedforCA05M2S10T100HG)CA05M2S10T100HG,MCVarrayMultilayervaristors(MLVs)AutomotiveEseriesPage50of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0402L14GCT0402S14AHSGMultilayervaristors(MLVs)AutomotiveEseriesPage51of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0402S17AGCT0603K14G.
.
.
K25GCT0603S17ALCGCT0603K17LCGCT0603S17BCCGCT0603S14BGCT0603S20ACCGMultilayervaristors(MLVs)AutomotiveEseriesPage52of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0603L25HTCCGCT0603S14AHSGCT0603L25HSGMultilayervaristors(MLVs)AutomotiveEseriesPage53of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0805K11G.
.
.
K17GCT0805K20G.
.
.
K35GCT0805S20ACC2G2Multilayervaristors(MLVs)AutomotiveEseriesPage54of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1206K14G.
.
.
K30GCT1206K35G.
.
.
K40GMultilayervaristors(MLVs)AutomotiveEseriesPage55of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1210K14G.
.
.
K20GCT1210K25G.
.
.
K30GMultilayervaristors(MLVs)AutomotiveEseriesPage56of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1210K35GCT1812K14G.
.
.
K30GMultilayervaristors(MLVs)AutomotiveEseriesPage57of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1812K35GCT2220K14G.
.
.
K30GMultilayervaristors(MLVs)AutomotiveEseriesPage58of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotivestandardseries(notspecifiedforCT0603V150RFG)MaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT2220K35G.
.
.
K40GMultilayervaristors(MLVs)AutomotiveEseriesPage59of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotiveserieswithloaddump/jump-startprotectionMaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0603S14BAUTOGCT0805K17AUTOLCGCT0805K25AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage60of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotiveserieswithloaddump/jump-startprotectionMaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT0805S14BAUTOGCT1206K20AUTOGCT1206K25AUTOGCT1206S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage61of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotiveserieswithloaddump/jump-startprotectionMaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1210K17AUTOGCT1210K20AUTOGCT1210S14BAUTOGCT1210K25AUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage62of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Deratingcurvesforautomotiveserieswithloaddump/jump-startprotectionMaximumsurgecurrentIsurge,max=f(tr,pulsetrain)Forexplanationofthederatingcurvesreferto"Generaltechnicalinformation",chapter2.
7.
1CT1812S14BAUTOE2G2CT1812S14BAUTOGCT2220K30AUTOE2G2CT2220K30AUTOGCT2220S14BAUTOE2G2CT2220S14BAUTOGMultilayervaristors(MLVs)AutomotiveEseriesPage63of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Tapingandpacking1TapingandpackingforSMDcomponents1.
1Blistertape(tapingtoIEC60286-3)Dimensionsinmm8-mmtape12-mmtapeCasesize(inch/mm)Casesize(inch/mm)Tolerance0508/12200612/16321012/25320603/16080506/12160805/20121206/32161210/32251812/45322220/5750A00.
9±0.
101.
501.
601.
902.
803.
505.
10±0.
20B01.
75±0.
101.
802.
403.
503.
504.
806.
00±0.
20K01.
00.
801.
803.
40max.
T0.
300.
30max.
T21.
31.
202.
503.
90max.
D01.
501.
50+0.
10/0D11.
001.
50min.
P04.
004.
00±0.
101)P22.
002.
00±0.
05P14.
008.
00±0.
10W8.
0012.
00±0.
30E1.
751.
75±0.
10F3.
505.
50±0.
05G0.
750.
75min.
1)≤±0.
2mmover10sprocketholes.
Multilayervaristors(MLVs)AutomotiveEseriesPage64of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
PartorientationintapepocketforblistertapeFordiscretechip,EIAcasesizes0603,0805,1206,1210,1812and2220Forarray,EIAcasesize0612Forarrays,EIAcasesizes0506and1012Forfilterarray,EIAcasesize0508AdditionaltapinginformationReelmaterialPolystyrol(PS)TapematerialPolystyrol(PS)orPolycarbonat(PC)orPVCTapebreakforcemin.
10NTopcovertapestrengthmin.
10NTopcovertapepeelforce0.
2to0.
6Nfor8-mmtapeand0.
2to0.
8Nfor12-mmtapeatapeelspeedof300mm/minTapepeelangleAnglebetweentopcovertapeandthedirectionoffeedduringpeeloff:165°to180°CavityplayEachpartrestsinthecavitysothattheanglebetweenthepartandcavitycenterlineisnomorethan20°Multilayervaristors(MLVs)AutomotiveEseriesPage65of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
1.
2Cardboardtape(tapingtoIEC60286-3)Dimensionsinmm8-mmtapeCasesize(inch/mm)Casesize(inch/mm)Tolerance0201/06030402/10050405/10120603/16081003/25080508/1220A00.
38±0.
050.
601.
050.
951.
001.
60±0.
20B00.
68±0.
051.
151.
601.
802.
852.
40±0.
20T0.
35±0.
020.
600.
750.
951.
000.
95max.
T20.
4min.
0.
700.
901.
101.
101.
12max.
D01.
50±0.
11.
501.
50+0.
10/0P04.
00±0.
102)P22.
00±0.
05P12.
00±0.
052.
004.
004.
004.
004.
00±0.
10W8.
00±0.
30E1.
75±0.
10F3.
50±0.
05G1.
350.
75min.
2)≤0.
2mmover10sprocketholes.
Multilayervaristors(MLVs)AutomotiveEseriesPage66of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
PartorientationintapepocketforcardboardtapeFordiscretechip,EIAcasesizes0201,0402,0603and1003Forarray,EIAcasesize0405Forarray,EIAcasesize0508Forfilterarray,EIAcasesize0405AdditionaltapinginformationReelmaterialPolystyrol(PS)TapematerialCardboardTapebreakforcemin.
10NTopcovertapestrengthmin.
10NTopcovertapepeelforce0.
1to0.
65Natapeelspeedof300mm/minTapepeelangleAnglebetweentopcovertapeandthedirectionoffeedduringpeeloff:165°to180°CavityplayEachpartrestsinthecavitysothattheanglebetweenthepartandcavitycenterlineisnomorethan20°Multilayervaristors(MLVs)AutomotiveEseriesPage67of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
1.
3ReelpackingDimensionsinmm8-mmtape12-mmtape180-mmreel330-mmreel180-mmreel330-mmreelA180+0/3330+0/2.
0180+0/3330+0/2.
0W18.
4+1.
5/08.
4+1.
5/012.
4+1.
5/012.
4+1.
5/0W214.
4max.
14.
4max.
18.
4max.
18.
4max.
Leader,trailerMultilayervaristors(MLVs)AutomotiveEseriesPage68of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
1.
4PackingunitsfordiscretechipandarraychipCasesizeChipthicknessCardboardtapeBlistertape180-mmreel330-mmreelinch/mmthWWpcs.
pcs.
0201/06030.
33mm8mm150000402/10050.
6mm8mm10000500000405/10120.
7mm8mm50000506/12160.
5mm8mm40000508/12200.
9mm8mm8mm40000603/16080.
9mm8mm8mm4000160000612/16320.
7mm8mm30000805/20120.
7mm8mm30000.
9mm8mm3000120001.
3mm8mm3000120001003/25080.
9mm8mm40001012/25321.
0mm8mm20001206/32160.
9mm8mm30001.
3mm8mm3000120001.
4mm8mm200080001.
6mm8mm200080001210/32250.
9mm8mm30001.
3mm8mm3000120001.
4mm8mm200080001.
6mm8mm200080001812/45321.
3mm12mm15001.
4mm12mm10001.
6mm12mm100040002.
0mm12mm30002.
3mm12mm30002220/57501.
3mm12mm15001.
4mm12mm10001.
6mm12mm10002.
0mm12mm30002.
3mm12mm30002.
7mm12mm6003.
0mm12mm600Multilayervaristors(MLVs)AutomotiveEseriesPage69of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
2DeliverymodeforleadedSHCVvaristorsStandarddeliverymodeforSHCVtypesisbulk.
Alternativetapingmodes(AMMOpackortapedonreel)areavailableuponrequest.
Packingunitsfor:TypePiecesSR62000SR1/SR21000FortypesnotlistedinthisdatabookpleasecontactEPCOS.
Multilayervaristors(MLVs)AutomotiveEseriesPage70of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Solderingdirections1Terminations1.
1NickelbarrierterminationThenickelbarrierlayerofthesilver/nickel/tinterminationpreventsleachingofthesilverbasemet-allizationlayer.
Thisallowsgreatflexibilityintheselectionofsolderingparameters.
Thetinpre-ventsthenickellayerfromoxidizingandthusensuresbetterwettingbythesolder.
Thenickelbar-rierterminationissuitableforallcommonly-usedsolderingmethods,includinglead-freesoldering.
MultilayerCTVS:Structureofnickelbarriertermination1.
2Silver-platinumterminationSilver-platinumterminationsaremainlyusedforthelargeEIAcasesizes1812and2220.
Thesil-ver-platinumterminationisapprovedforreflowsoldering,SnPbsolderingandlead-freesolderingwithasilvercontainingsolderpaste.
IncaseofSnPbsoldering,asolderpasteSn62Pb36Ag2isrecommended.
Forlead-freereflowsoldering,asolderpasteSAC,e.
g.
Sn95.
5Ag3.
8Cu0.
7,isrecommended.
Multilayervaristor:Structureofsilver-platinumterminationMultilayervaristors(MLVs)AutomotiveEseriesPage71of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
2Recommendedsolderingtemperatureprofiles2.
1ReflowsolderingtemperatureprofileRecommendedtemperaturecharacteristicforreflowsolderingfollowingJEDECJ-STD-020DProfilefeatureSn-PbeutecticassemblyPb-freeassemblyPreheatandsoak-TemperatureminTsmin100°C150°C-TemperaturemaxTsmax150°C200°C-Timetsmintotsmax60.
.
.
120s60.
.
.
180sAverageramp-uprateTsmaxtoTp3°C/smax.
3°C/smax.
LiquidoustemperatureTL183°C217°CTimeatliquidoustL60.
.
.
150s60.
.
.
150sPeakpackagebodytemperatureTp1)220°C.
.
.
235°C2)245°C.
.
.
260°C2)Time(tP)3)within5°Cofspecifiedclassificationtemperature(Tc)20s3)30s3)Averageramp-downrateTptoTsmax6°C/smax.
6°C/smax.
Time25°Ctopeaktemperaturemaximum6minmaximum8min1)Toleranceforpeakprofiletemperature(TP)isdefinedasasupplierminimumandausermaximum.
2)Dependingonpackagethickness.
FordetailspleaserefertoJEDECJ-STD-020D.
3)Tolerancefortimeatpeakprofiletemperature(tP)isdefinedasasupplierminimumandausermaximum.
Note:Alltemperaturesrefertotopsideofthepackage,measuredonthepackagebodysurface.
Numberofreflowcycles:3Multilayervaristors(MLVs)AutomotiveEseriesPage72of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
2.
2WavesolderingtemperatureprofileTemperaturecharacteristicsatcomponentterminalwithdual-wavesoldering2.
3Lead-freesolderingprocessesEPCOSmultilayerCTVSwithAgNiSnterminationaredesignedfortherequirementsoflead-freesolderingprocessesonly.
SolderingtemperatureprofilestoJEDECJ-STD-020D,IEC60068-2-58andZVEIrecommenda-tions.
3Recommendedsolderingmethods-type-specificreleasesbyEPCOS3.
1OverviewReflowsolderingWavesolderingTypeEIAcasesizeSnPbLead-freeSnPbLead-freeCT.
.
.
/CD.
.
.
0201/0402ApprovedApprovedNoNoCT.
.
.
/CD.
.
.
0603.
.
.
2220ApprovedApprovedApprovedApprovedCN.
.
.
K21812,2220ApprovedApprovedNoNoArrays0405.
.
.
1012ApprovedApprovedNoNoESD/EMIfilters0405,0508ApprovedApprovedNoNoSHCV-NoNoApprovedApprovedMultilayervaristors(MLVs)AutomotiveEseriesPage73of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
3.
2NickelbarrierandAgPtterminatedmultilayerMLVsAllEPCOSMLVswithnickelbarrierandAgPtterminationaresuitableandfullyqualiyfiedforlead-freesoldering.
Thenickelbarrierlayeris100%mattetin-plated.
3.
3Silver-platinumterminatedMLVsThesilver-platinumterminationisapprovedforreflowsoldering,SnPbsolderingandlead-freewithasilvercontainingsolderpaste.
IncaseofSnPbsoldering,asolderpasteSn62Pb36Ag2isrecommended.
Forlead-freereflowsoldering,asolderpasteSAC,e.
g.
Sn95.
5Ag3.
8Cu0.
7,isrecommended.
3.
4TinnedironwireAllEPCOSSHCVtypeswithtinnedterminationareapprovedforlead-freeandSnPbsoldering.
4Solderjointprofiles/solderquantity4.
1NickelbarrierterminationIfthemeniscusheightistoolow,thatmeansthesolderquantityistoolow,thesolderjointmaybreak,i.
e.
thecomponentbecomesdetachedfromthejoint.
Thisproblemissometimesinterpret-edasleachingoftheexternalterminations.
Ifthesoldermeniscusistoohigh,i.
e.
thesolderquantityistoolarge,theviseeffectmayoccur.
Asthesoldercoolsdown,thesoldercontractsinthedirectionofthecomponent.
Ifthereistoomuchsolderonthecomponent,ithasnoleewaytoevadethestressandmaybreak,asinavise.
Thefiguresbelowshowgoodandpoorsolderjointsfordual-waveandinfraredsoldering.
Multilayervaristors(MLVs)AutomotiveEseriesPage74of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
4.
1.
1Solderjointprofilesfornickelbarriertermination-dual-wavesolderingGoodandpoorsolderjointscausedbyamountofsolderindual-wavesoldering.
4.
1.
2Solderjointprofilesfornickelbarriertermination/silver-platinumtermination-reflowsolderingGoodandpoorsolderjointscausedbyamountofsolderinreflowsoldering.
Multilayervaristors(MLVs)AutomotiveEseriesPage75of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
5SolderabilitytestsTestStandardTestconditionsSn-PbsolderingTestconditionsPb-freesolderingCriteria/testresultsWettabilityIEC60068-2-58Immersionin60/40SnPbsolderusingnon-activatedfluxat215±3°Cfor3±0.
3sImmersioninSn96.
5Ag3.
0Cu0.
5solderusingnon-orlowactivatedfluxat245±5°Cfor3±0.
3sCoveringof95%ofendtermination,checkedbyvisualinspectionLeachingresistanceIEC60068-2-58Immersionin60/40SnPbsolderusingmildlyactivatedfluxwithoutpreheatingat260±5°Cfor10±1sImmersioninSn96.
5Ag3.
0Cu0.
5solderusingnon-orlowactivatedfluxwithoutpreheatingat255±5°Cfor10±1sNoleachingofcontactsThermalshock(soldershock)Dipsolderingat300°C/5sDipsolderingat300°C/5sNodeteriorationofelectricalparameters.
Capacitancechange:C/C0≤15%TestsofresistancetosolderingheatforSMDsIEC60068-2-58Immersionin60/40SnPbfor10sat260°CImmersioninSn96.
5Ag3.
0Cu0.
5for10sat260°CChangeofvaristorvoltage:V/V(1mA)≤5%Testsofresistancetosolderingheatforradialleadedcomponents(SHCV)IEC60068-2-20Immersionofleadsin60/40SnPbfor10sat260°CImmersionofleadsinSn96.
5Ag3.
0Cu0.
5for10sat260°CChangeofvaristorvoltage:V/V(1mA)≤5%ChangeofcapacitanceX7R:≤5/+10%Multilayervaristors(MLVs)AutomotiveEseriesPage76of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Note:LeachingoftheterminationEffectiveareaattheterminationmightbelostifthesolderingtemperatureand/orimmersiontimearenotkeptwithintherecommendedconditions.
Leachingoftheouterelectrodeshouldnotex-ceed25%ofthechipendarea(fulllengthoftheedgeA-B-C-D)and25%ofthelengthA-B,shownbelowasmountedonsubstrate.
AsasinglechipAsmountedonsubstrate6Notesforpropersoldering6.
1PreheatingandcoolingAccordingtoJEDECJ-STD-020D.
Pleaserefertosection2ofthischapter.
6.
2Repair/reworkManualsolderingwithasolderingironmustbeavoided,hot-airmethodsarerecommendedforreworkpurposes.
6.
3CleaningAllenvironmentallycompatibleagentsaresuitableforcleaning.
Selecttheappropriatecleaningsolutionaccordingtothetypeoffluxused.
Thetemperaturedifferencebetweenthecomponentsandcleaningliquidmustnotbegreaterthan100°C.
Ultrasoniccleaningshouldbecarriedoutwiththeutmostcaution.
Toohighultrasonicpowercanimpairtheadhesivestrengthofthemetal-lizedsurfaces.
6.
4Solderpasteprinting(reflowsoldering)Anexcessiveapplicationofsolderpasteresultsintoohighasolderfillet,thusmakingthechipmoresusceptibletomechanicalandthermalstress.
ToolittlesolderpastereducestheadhesivestrengthontheouterelectrodesandthusweakensthebondingtothePCB.
Thesoldershouldbeappliedsmoothlytotheendsurface.
Multilayervaristors(MLVs)AutomotiveEseriesPage77of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
6.
5SelectionoffluxUsedfluxshouldhavelessthanorequalto0.
1wt%ofhalogenatedcontent,sincefluxresidueaftersolderingcouldleadtocorrosionoftheterminationand/orincreasedleakagecurrentonthesurfaceofthecomponent.
Strongacidicfluxmustnotbeused.
Theamountoffluxappliedshouldbecarefullycontrolled,sinceanexcessmaygeneratefluxgas,whichinturnisdetrimentaltosol-derability.
6.
6StorageofCTVSsSolderabilityisguaranteedforoneyearfromdateofdeliveryformultilayervaristors,CeraDiodesandESD/EMIfilters(halfayearforchipswithAgPtterminations)andtwoyearsforSHCVcompo-nents,providedthatcomponentsarestoredintheiroriginalpackages.
Storagetemperature:25°Cto+45°CRelativehumidity:≤75%annualaverage,≤95%on30daysayearThesolderabilityoftheexternalelectrodesmaydeteriorateifSMDsandleadedcomponentsarestoredwheretheyareexposedtohighhumidity,dustorharmfulgas(hydrogenchloride,sulfurousacidgasorhydrogensulfide).
DonotstoreSMDsandleadedcomponentswheretheyareexposedtoheatordirectsunlight.
OtherwisethepackingmaterialmaybedeformedorSMDs/leadedcomponentsmaysticktogeth-er,causingproblemsduringmounting.
Afteropeningthefactoryseals,suchaspolyvinyl-sealedpackages,itisrecommendedtousetheSMDsorleadedcomponentsassoonaspossible.
SolderCTVScomponentsaftershipmentfromEPCOSwithinthetimespecified:CTVSwithNibarriertermination:12monthsCTVSwithAgPttermination:6monthsSHCV(leadedcomponents):24months6.
7PlacementofcomponentsoncircuitboardEspeciallyinthecaseofdual-wavesoldering,itisofadvantagetoplacethecomponentsontheboardbeforesolderinginthatwaythattheirtwoterminalsdonotenterthesolderbathatdifferenttimes.
Ideally,bothterminalsshouldbewettedsimultaneously.
Multilayervaristors(MLVs)AutomotiveEseriesPage78of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
6.
8SolderingcautionsAnexcessivelylongsolderingtimeorhighsolderingtemperatureresultsinleachingoftheouterelectrodes,causingpooradhesionandachangeofelectricalpropertiesofthevaristorduetothelossofcontactbetweenelectrodesandtermination.
WavesolderingmustnotbeappliedforMLVsdesignatedforreflowsolderingonly(seetable"Overview",section3.
1).
Keeptherecommendeddown-coolingrate.
6.
9StandardsCECC00802IEC60068-2-58IEC60068-2-20JEDECJ-STD-020DMultilayervaristors(MLVs)AutomotiveEseriesPage79of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
SymbolsandtermsForceramictransientvoltagesuppressors(CTVS)SymbolTermCline,maxMaximumcapacitanceperlineCline,minMinimumcapacitanceperlineCline,typTypicalcapacitanceperlineCmaxMaximumcapacitanceCminMinimumcapacitanceCnomNominalcapacitanceCnomToleranceofnominalcapacitanceCtypTypicalcapacitancefcut-off,maxMaximumcut-offfrequencyfcut-off,minMinimumcut-offfrequencyfcut-off,typTypicalcut-offfrequencyfres,typTypicalresonancefrequencyICurrentIclampClampingcurrentIleakLeakagecurrentIleak,maxMaximumleakagecurrentIleak,typTypicalleakagecurrentIPPPeakpulsecurrentIsurge,maxMaximumsurgecurrent(alsotermedpeakcurrent)LCTLowercategorytemperatureLtypTypicalinductancePdiss,maxMaximumpowerdissipationPPPPeakpulsepowerRinsInsulationresistanceRminMinimumresistanceRSResistanceperlineRS,typTypicalresistanceperlineTAAmbienttemperatureTopOperatingtemperatureTop,maxMaximumoperatingtemperatureTstgStoragetemperatureMultilayervaristors(MLVs)AutomotiveEseriesPage80of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
SymbolTermtrDurationofequivalentrectangularwavetrespResponsetimetresp,maxMaximumresponsetimeUCTUppercategorytemperatureVVoltageVBR,minMinimumbreakdownvoltageVclamp,maxMaximumclampingvoltageVDC,maxMaximumDCoperatingvoltage(alsotermedworkingvoltage)VESD,airAirdischargeESDcapabilityVESD,contactContactdischargeESDcapabilityVjumpMaximumjump-startvoltageVRMS,maxMaximumACoperatingvoltage,root-mean-squarevalueVVVaristorvoltage(alsotermedbreakdownvoltage)VLDMaximumloaddumpvoltageVleakMeasurementvoltageforleakagecurrentVV,minMinimumvaristorvoltageVV,maxMaximumvaristorvoltageVVToleranceofvaristorvoltageWLDMaximumloaddumpenergyWmaxMaximumenergyabsorption(alsotermedtransientenergy)αtypTypicalinsertionlosstanδDissipationfactorLeadspacing*MaximumpossibleapplicationconditionsAlldimensionsaregiveninmm.
Thecommasusedinnumericalvaluesdenotedecimalpoints.
Multilayervaristors(MLVs)AutomotiveEseriesPage81of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
ForCeraDiodesCeraDiodeSemiconductordiodeCmaxMaximumcapacitanceCtypTypicalcapacitanceIBRIR,IT(Reverse)current@breakdownvoltageIleakIRM(Reverse)leakagecurrentIPPIP,IPPCurrent@clampingvoltage;peakpulsecurrentPPPPPPPeakpulsepowerTopOperatingtemperatureTstgStoragetemperatureVBRVBR(Reverse)breakdownvoltageVBR,minMinimumbreakdownvoltageVclampVcl,VCClampingvoltageVclamp,maxMaximumclampingvoltageVDCVRM,VRWM,VWM,VDC(Reverse)stand-offvoltage,workingvoltage,operatingvoltageVDC,maxMaximumDCoperatingvoltageVESD,airAirdischargeESDcapabilityVESD,contactContactdischargeESDcapabilityVleakVRM,VRWM,VWM,VDC(Reverse)voltage@leakagecurrent-*)IFCurrent@forwardvoltage-*)IRM,IRM,max@VRM(Reverse)current@maximumreversestand-offvoltage,workingvoltage,operatingvoltage-*)VFForwardvoltage*)NotapplicableduetobidirectionalcharacteristicsofCeraDiodes.
Multilayervaristors(MLVs)AutomotiveEseriesPage82of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
CautionsandwarningsGeneralSomepartsofthispublicationcontainstatementsaboutthesuitabilityofourceramictransientvoltagesuppressor(CTVS)components(multilayervaristors(MLVs)),CeraDiodes,ESD/EMIfil-ters,leadedtransientvoltage/RFIsuppressors(SHCVtypes))forcertainareasofapplication,in-cludingrecommendationsaboutincorporation/design-inoftheseproductsintocustomerapplica-tions.
ThestatementsarebasedonourknowledgeoftypicalrequirementsoftenmadeofourCTVSdevicesintheparticularareas.
WeneverthelessexpresslypointoutthatsuchstatementscannotberegardedasbindingstatementsaboutthesuitabilityofourCTVScomponentsforaparticularcustomerapplication.
Asarule,EPCOSiseitherunfamiliarwithindividualcustomerap-plicationsorlessfamiliarwiththemthanthecustomersthemselves.
Forthesereasons,itisal-waysincumbentonthecustomertocheckanddecidewhethertheCTVSdeviceswiththeproper-tiesdescribedintheproductspecificationaresuitableforuseinaparticularcustomerapplica-tion.
DonotuseEPCOSCTVScomponentsforpurposesnotidentifiedinourspecifications,applicationnotesanddatabooks.
EnsurethesuitabilityofaCTVSinparticularbytestingitforreliabilityduringdesign-in.
AlwaysevaluateaCTVScomponentunderworst-caseconditions.
PayspecialattentiontothereliabilityofCTVSdevicesintendedforuseinsafety-criticalapplications(e.
g.
medicalequipment,automotive,spacecraft,nuclearpowerplant).
DesignnotesAlwaysconnectaCTVSinparallelwiththeelectroniccircuittobeprotected.
ConsidermaximumratedpowerdissipationifaCTVShasinsufficienttimetocooldownbetweenanumberofpulsesoccurringwithinaspecifiedisolatedtimeperiod.
Ensurethatelectricalcharacteristicsdonotdegrade.
Considerderatingathigheroperatingtemperatures.
Choosethehighestvoltageclasscompatiblewithderatingathighertemperatures.
SurgecurrentsbeyondspecifiedvalueswillpunctureaCTVS.
InextremecasesaCTVSwillburst.
Ifsteepsurgecurrentedgesaretobeexpected,makesureyourdesignisaslow-inductanceaspossible.
Insomecasesthemalfunctioningofpassiveelectroniccomponentsorfailurebeforetheendoftheirservicelifecannotbecompletelyruledoutinthecurrentstateoftheart,eveniftheyareoperatedasspecified.
Inapplicationsrequiringaveryhighlevelofoperationalsafetyandespeciallywhenthemalfunctionorfailureofapassiveelectroniccomponentcouldendangerhumanlifeorhealth(e.
g.
inaccidentprevention,life-savingsystems,orautomotivebatterylineapplicationssuchasclamp30),ensurebysuitabledesignoftheapplicationorothermeasures(e.
g.
installationofprotectivecircuitryorredundancy)thatnoinjuryordamageissustainedbythirdpartiesintheeventofsuchamalfunctionorfailure.
OnlyuseCTVScomponentsfromtheautomotiveseriesinsafety-relevantapplications.
Multilayervaristors(MLVs)AutomotiveEseriesPage83of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
SpecifiedvaluesonlyapplytoCTVScomponentsthathavenotbeensubjecttopriorelectrical,mechanicalorthermaldamage.
TheuseofCTVSdevicesinline-to-groundapplicationsisthereforenotadvisable,anditisonlyallowedtogetherwithsafetycountermeasureslikethermalfuses.
StorageOnlystoreCTVSintheiroriginalpackaging.
Donotopenthepackagebeforestorage.
Storageconditionsinoriginalpackaging:temperature25to+45°C,relativehumidity≤75%annualaverage,maximum95%,dewprecipitationisinadmissible.
DonotstoreCTVSdeviceswheretheyareexposedtoheatordirectsunlight.
OtherwisethepackagingmaterialmaybedeformedorCTVSmaysticktogether,causingproblemsduringmounting.
AvoidcontaminationoftheCTVSsurfaceduringstorage,handlingandprocessing.
AvoidstoringCTVSdevicesinharmfulenvironmentswheretheyareexposedtocorrosivegasesforexample(SOx,Cl).
UseCTVSassoonaspossibleafteropeningfactorysealssuchaspolyvinyl-sealedpackages.
SolderCTVScomponentsaftershipmentfromEPCOSwithinthetimespecified:CTVSwithNibarriertermination,12monthsCTVSwithAgPttermination,6monthsSHCV,24monthsHandlingDonotdropCTVScomponentsandallowthemtobechipped.
DonottouchCTVSwithyourbarehands-glovesarerecommended.
AvoidcontaminationoftheCTVSsurfaceduringhandling.
Washingprocessesmaydamagetheproductduetothepossiblestaticorcyclicmechanicalloads(e.
g.
ultrasoniccleaning).
Theymaycausecrackstodevelopontheproductanditsparts,whichmightleadtoreducedreliabilityorlifetime.
MountingWhenCTVSdevicesareencapsulatedwithsealingmaterialorovermoldedwithplasticmaterial,electricalcharacteristicsmightbedegradedandthelifetimereduced.
Makesureanelectrodeisnotscratchedbefore,duringorafterthemountingprocess.
MakesurecontactsandhousingsusedforassemblywithCTVScomponentsarecleanbeforemounting.
ThesurfacetemperatureofanoperatingCTVScanbehigher.
EnsurethatadjacentcomponentsareplacedatasufficientdistancefromaCTVStoallowpropercooling.
AvoidcontaminationoftheCTVSsurfaceduringprocessing.
Multilayervaristors(MLVs)AutomotiveEseriesPage84of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
SolderingCompleteremovaloffluxisrecommendedtoavoidsurfacecontaminationthatcanresultinaninstableand/orhighleakagecurrent.
Useresin-typeornon-activatedflux.
Bearinmindthatinsufficientpreheatingmaycauseceramiccracks.
Rapidcoolingbydippinginsolventisnotrecommended,otherwiseacomponentmaycrack.
OperationUseCTVSonlywithinthespecifiedoperatingtemperaturerange.
UseCTVSonlywithinspecifiedvoltageandcurrentranges.
EnvironmentalconditionsmustnotharmaCTVS.
Onlyusetheminnormalatmosphericconditions.
Reducingtheatmosphere(e.
g.
hydrogenornitrogenatmosphere)isprohibited.
PreventaCTVSfromcontactingliquidsandsolvents.
MakesurethatnowaterentersaCTVS(e.
g.
throughplugterminals).
Avoiddewingandcondensation.
EPCOSCTVScomponentsaremainlydesignedforencasedapplications.
Underallcircumstancesavoidexposureto:directsunlightrainorcondensationsteam,salinespraycorrosivegasesatmospherewithreducedoxygencontentEPCOSCTVSdevicesarenotsuitableforswitchingapplicationsorvoltagestabilizationwherestaticpowerdissipationisrequired.
Thislistingdoesnotclaimtobecomplete,butmerelyreflectstheexperienceofEPCOSAG.
DisplayoforderingcodesforEPCOSproductsTheorderingcodeforoneandthesameEPCOSproductcanberepresenteddifferentlyindatasheets,databooks,otherpublications,ontheEPCOSwebsite,orinorder-relateddocumentssuchasshippingnotes,orderconfirmationsandproductlabels.
Thevaryingrepresentationsoftheorderingcodesareduetodifferentprocessesemployedanddonotaffectthespecificationsoftherespectiveproducts.
DetailedinformationcanbefoundontheInternetunderwww.
epcos.
com/orderingcodesMultilayervaristors(MLVs)AutomotiveEseriesPage85of86PleasereadCautionsandwarningsandImportantnotesattheendofthisdocument.
Thefollowingappliestoallproductsnamedinthispublication:1.
Somepartsofthispublicationcontainstatementsaboutthesuitabilityofourproductsforcertainareasofapplication.
Thesestatementsarebasedonourknowledgeoftypicalre-quirementsthatareoftenplacedonourproductsintheareasofapplicationconcerned.
Weneverthelessexpresslypointoutthatsuchstatementscannotberegardedasbindingstatementsaboutthesuitabilityofourproductsforaparticularcustomerapplication.
Asarule,EPCOSiseitherunfamiliarwithindividualcustomerapplicationsorlessfamiliarwiththemthanthecustomersthemselves.
Forthesereasons,itisalwaysultimatelyincum-bentonthecustomertocheckanddecidewhetheranEPCOSproductwiththepropertiesde-scribedintheproductspecificationissuitableforuseinaparticularcustomerapplication.
2.
Wealsopointoutthatinindividualcases,amalfunctionofelectroniccomponentsorfailurebeforetheendoftheirusualservicelifecannotbecompletelyruledoutinthecurrentstateoftheart,eveniftheyareoperatedasspecified.
Incustomerapplicationsrequiringaveryhighlevelofoperationalsafetyandespeciallyincustomerapplicationsinwhichthemalfunctionorfailureofanelectroniccomponentcouldendangerhumanlifeorhealth(e.
g.
inaccidentpreventionorlifesavingsystems),itmustthereforebeensuredbymeansofsuitabledesignofthecustomerapplicationorotheractiontakenbythecustomer(e.
g.
installationofprotectivecircuitryorredundancy)thatnoinjuryordamageissustainedbythirdpartiesintheeventofmalfunctionorfailureofanelectroniccomponent.
3.
Thewarnings,cautionsandproduct-specificnotesmustbeobserved.
4.
Inordertosatisfycertaintechnicalrequirements,someoftheproductsdescribedinthispublicationmaycontainsubstancessubjecttorestrictionsincertainjurisdictions(e.
g.
becausetheyareclassedashazardous).
UsefulinformationonthiswillbefoundinourMa-terialDataSheetsontheInternet(www.
epcos.
com/material).
Shouldyouhaveanymorede-tailedquestions,pleasecontactoursalesoffices.
5.
Weconstantlystrivetoimproveourproducts.
Consequently,theproductsdescribedinthispublicationmaychangefromtimetotime.
Thesameistrueofthecorrespondingproductspecifications.
Pleasecheckthereforetowhatextentproductdescriptionsandspecificationscontainedinthispublicationarestillapplicablebeforeorwhenyouplaceanorder.
Wealsoreservetherighttodiscontinueproductionanddeliveryofproducts.
Consequently,wecannotguaranteethatallproductsnamedinthispublicationwillalwaysbeavailable.
Theaforementioneddoesnotapplyinthecaseofindividualagreementsdeviatingfromthefore-goingforcustomer-specificproducts.
6.
Unlessotherwiseagreedinindividualcontracts,allordersaresubjecttothecurrentver-sionofthe"GeneralTermsofDeliveryforProductsandServicesintheElectricalIn-dustry"publishedbytheGermanElectricalandElectronicsIndustryAssociation(ZVEI).
7.
ThetradenamesEPCOS,Alu-X,CeraDiode,CeraLink,CeraPlas,CSMP,CSSP,CTVS,DeltaCap,DigiSiMic,DSSP,FilterCap,FormFit,MiniBlue,MiniCell,MKD,MKK,MLSC,MotorCap,PCC,PhaseCap,PhaseCube,PhaseMod,PhiCap,PQSine,SIFERRIT,SIFI,SIKOREL,SilverCap,SIMDAD,SiMic,SIMID,SineFormer,SIOV,SIP5D,SIP5K,TFAP,ThermoFuse,WindCaparetrademarksregisteredorpendinginEuropeandinothercoun-tries.
FurtherinformationwillbefoundontheInternetatwww.
epcos.
com/trademarks.
ImportantnotesPage86of86