Product
FEATURES
Overvoltageprotectionupto−55Vand+55VPower-offprotectionupto−55Vand+55VOvervoltagedetectiononsourcepinsLowonresistance:10Ω
On-resistanceflatness:0.5Ω5.5kVhumanbodymodel(HBM)ESDratingLatch-upimmuneunderanycircumstanceKnownstatewithoutdigitalinputspresent
ENHANCEDPRODUCTFEATURES
Supportsdefenseandaerospaceapplications(AQECstandard)Militarytemperaturerange:−55°Cto+125°CControlledmanufacturingbaselineOneassembly/testsiteOnefabricationsiteEnhancedproductchangenotificationQualificationdataavailableonrequest
APPLICATIONS
AvionicsAnaloginput/outputmodulesProcesscontrol/distributedcontrolsystemsDataacquisitionInstrumentationAutomatictestequipmentCommunicationsystemsRelayreplacement
GENERALDESCRIPTION
TheADG5412F-EPcontainsfourindependentlycontrolledsingle-pole/single-throw(SPST)switches.TheADG5412F-EPhasfourswitchesthatturnonwithLogic1inputs.Eachswitchconductsequallywellinbothdirectionswhenon,andeachswitchhasaninputsignalrangethatextendstothesupplies.Thedigitalinputspatiblewith3Vlogicinputsoverthefulloperatingsupplyrange.
Whennopowersuppliesarepresent,theswitchremainsintheoffcondition,andtheswitchinputsarehighimpedance.Undernormaloperatingconditions,iftheanaloginputsignallevelsonanySxpinexceedVDDorVSSbyathresholdvoltage,VT,theswitchturnsoff.Inputsignallevelsupto+55Vor−55Vrelativetogroundareblocked,inboththepoweredandunpoweredcondition.
Thelowonresistanceoftheseswitches,binedwithon-resistanceflatnessoverasignificantportionofthesignalrangemakethemanidealsolutionfordataacquisitionandgain
Rev.A
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FaultProtectionandDetection,10ΩRON,QuadSPSTSwitchesADG5412F-EP
FUNCTIONALBLOCKDIAGRAM
ADG5412F-EP
S1
D1
S2
D2
S3
D3
S4
D4
FAULT
DETECTION
+SWITCH
FF
DRIVER
IN1IN2IN3IN4
NOTES1.SWITCHESSHOWNFORALOGIC1INPUT.
Figure1.
12705-001
switchingapplicationswhereexcellentlinearityandlowdistortionarecritical.
PRODUCTHIGHLIGHTS
1.Sourcepinsareprotectedagainstvoltagesgreaterthanthesupplyrails,upto−55Vand+55V.
2.Sourcepinsareprotectedagainstvoltagesbetween−55Vand+55Vinanunpoweredstate.
3.Overvoltagedetectionwithdigitaloutputindicatesoperatingstateofswitches.
4.Trenchisolationguardsagainstlatch-up.5.Optimizedforlowonresistanceandon-resistanceflatness.6.TheADG5412F-EPcanbeoperatedfromadualsupplyof ±5Vupto±22Vorasinglepowersupplyof+8Vupto+44V. AdditionalapplicationandtechnicalinformationcanbefoundintheADG5412Fdatasheet. OneTechnologyWay,
P.O.Box9106,Norwood,MA02062-9106,
U.S.A. Tel:781.329.4700 ©2015AnalogDevices,Inc.Allrightsreserved. TechnicalSupport ADG5412F-EP TABLEOFCONTENTS Features
3 ±15VDualSupply.......................................................................3±20VDualSupply.......................................................................5 REVISIONHISTORY 8/15—Rev.0toRev.AChangestoFeaturesSection............................................................1AddedEnhancedProductFeaturesSection..................................1 7/15—Revision0:InitialVersion EnhancedProduct 12VSingleSupply.........................................................................736VSingleSupply.........................................................................9ContinuousCurrentperChannel,SxorDx...........................11AbsoluteMaximumRatings.........................................................12ESDCaution................................................................................12PinConfigurationandFunctionDescriptions...........................13TypicalPerformanceCharacteristics...........................................14Test
N 4605857209308560600680−70−900.0015 −3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTS 270−0.72131224 NormalMode IDD 0.9 1.2 IGND 0.4 0.55 ISS 0.5 0.65 FaultMode IDD 1.2 1.6 IGND 0.8 1.0 ISS 0.5 1.0 VDD/VSS 1Guaranteedbydesign;notsubjecttoproductiontest. −40°Cto−55°Cto+85°C+125°CUnit 525545 6151050 550 555185 630 110011585 nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtypdBtypdBtyp%typ MHztypdBtyppFtyppFtyppFtyp mAtyp 1.3 mAmax mAtyp 0.6 mAmax mAtyp 0.7 mAmax mAtyp 1.8 mAmax mAtyp 1.1 mAmax mAtyp 1.8 mAmax ±
5 Vmin ±22 Vmax TestConditions/Comments RL=300Ω,CL=35pFVS=10V,seeFigure44RL=300Ω,CL=35pFVS=10V,seeFigure44VS1=VS2=10V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=0V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=15Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=0V,f=1MHzVS=0V,f=1MHzVS=0V,f=1MHzVDD=16.5V,VSS=−16.5V,GND=0V,digitalinputs=0V,5V,orVDD VS=±55V GND=0VGND=0V Rev.A|Page4of22 EnhancedProduct ADG5412F-EP ±20VDUALSUPPLY VDD=20V±10%,VSS=−20V±10%,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table2.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off)DrainOffLeakage,ID(Off)ChannelOnLeakage,ID(On),IS(On)FAULTSourceLeakageCurrent,IS WithOvervoltage +25°C 1011.59.5110.050.350.050.351.01.40.10.40.7 ±0.1±1.5±0.1±1.5±0.3±1.5 −40°Cto+85°C 14.5140.50.51.50.5 ±5.0±5.0±2.0 −55°Cto+125°CVDDtoVSS16.516.50.50.51.50.5 ±21.0±18.0±4.5 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtypnAmaxnAtypnAmaxnAtypnAmax ±78 µAtyp PowerSuppliesGroundedorFloating ±40 µAtyp DrainLeakageCurrent,IDWithOvervoltage PowerSuppliesGrounded PowerSuppliesFloating DIGITALINPUTSInputVoltageHigh,VINHInputVoltageLow,VINLInputCurrent,IINLorIINH DigitalInputCapacitance,CINOutputVoltageHigh,VOHOutputVoltageLow,VOL ±5.0 ±1.0 ±1.0 ±10 ±30 ±50 ±10 ±10 0.7 5.02.00.8 ±1.0 ±100±10 2.00.81.2 nAtyp µAmaxnAtyp nAmaxµAtyp VminVmaxµAtypµAmaxpFtypVminVmax TestConditions/CommentsVDD=18V,VSS=−18V,seeFigure30 VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA SeeFigure26VDD=22V,VSS=−22VVS=±15V,VD=∓15V,seeFigure31 VS=±15V,VD=∓15V,seeFigure31VS=VD=±15V,seeFigure32 VDD=22V,VSS=−22V,GND=0V,VS=±55V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=±55V,seeFigure36 VDD=+22V,VSS=−22V,GND=0V,VS=±55V,seeFigure35 VDD=0V,VSS=0V,GND=0V,VS=±55V,INx=0V,seeFigure36 VDD=floating,VSS=floating,GND=0V,VS=±55V,INx=0V,seeFigure36 VIN=VGNDorVDD Rev.A|Page5of22 ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF OvervoltageResponseTime,tRESPONSE OvervoltageRecoveryTime,tRECOVERY InterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGREC ChargeInjection,QINJOffIsolationChannel-to-ChannelCrosstalkTotalHarmonicDistortionPlusNoise,THD+N−3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTSNormalMode IDD IGND ISS FaultModeIDD IGND ISS VDD/VSS 1Guaranteedbydesign;notsubjecttoproductiontest. EnhancedProduct +25°C 400500415515 37048084012008560600640−70 −90 0.001 270−0.73 121123 0.91.20.40.550.50.65 1.21.60.81.00.51.0 −40°Cto+85°C 530550 5001400 −55°Cto+125°C555565200515170011585 1.30.60.71.81.11.8±5±22 Unit TestConditions/Comments nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtypdBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp RL=300Ω,CL=35pFVS=10V,seeFigure44RL=300Ω,CL=35pFVS=10V,seeFigure44VS1=VS2=10V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=0V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=20Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=0V,f=1MHzVS=0V,f=1MHzVS=0V,f=1MHzVDD=22V,VSS=−22V,digitalinputs=0V,5V,orVDD mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax VS=±55V GND=0VGND=0V Rev.A|Page6of22 EnhancedProduct 12VSINGLESUPPLY VDD=12V±10%,VSS=0V,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table3.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off) −40°Cto+25°C+85°
C 22 24.531 10 11.214 0.05 0.5 0.6 0.05 0.5 0.6 12.5 14.519 0.6 0.9 1.1 0.7 ±0.1 −55°Cto+125°C0VtoVDD3716.50.70.7231.3 DrainOffLeakage,ID(Off) ±1.5±5.0±0.1 ±21.0 ChannelOnLeakage,ID(On),IS(On) FAULTSourceLeakageCurrent,ISWithOvervoltage ±1.5±5.0±0.3±1.5±2.0 ±18.0±4.5 ±78 PowerSuppliesGroundedorFloating ±40 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtyp nAmaxnAtyp nAmaxnAtypnAmax µAtyp µAtyp DrainLeakageCurrent,ID WithOvervoltage ±2.0 nAtyp PowerSuppliesGroundedPowerSuppliesFloating ±8.0±15.0±10 ±30±50±10±10 ±49.0 ±100±10 nAmaxnAtyp nAmaxµAtyp DIGITALINPUTSInputVoltageHigh,VINHInputVoltageLow,VINLInputCurrent,IINLorIINH DigitalInputCapacitance,CINOutputVoltageHigh,VOHOutputVoltageLow,VOL 2.00.80.71.25.02.00.8 Rev.A|Page7of22 VminVmaxµAtypµAmaxpFtypVminVmax ADG5412F-EP TestConditions/CommentsVDD=10.8V,VSS=0V,seeFigure30VS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mAVS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mAVS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mASeeFigure26VDD=13.2V,VSS=0VVS=1V/10V,VD=10V/1V,seeFigure31VS=1V/10V,VD=10V/1V,seeFigure31VS=VD=1V/10V,seeFigure32 VDD=13.2V,VSS=0V,GND=0V,VS=±55V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=±55V,seeFigure36VDD=13.2V,VSS=0Vorfloating,GND=0V,VS=±55V,seeFigure35VDD=0V,VSS=0V,GND=0V,VS=±55V,INx=0V,seeFigure36VDD=floating,VSS=floating,GND=0V,VS=±55V,INx=0V,seeFigure36 VIN=VGNDorVDD ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF OvervoltageResponseTime,tRESPONSE OvervoltageRecoveryTime,tRECOVERY InterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGREC ChargeInjection,QINJOffIsolationChannel-to-ChannelCrosstalkTotalHarmonicDistortionPlusNoise,THD+N−3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTSNormalMode IDD IGND ISS FaultModeIDD IGND ISS VDD −40°Cto+25°C+85°
C 400 485 515 375 460 495 560 660 700 640 800 865 85 60 600 340 −65 −90 0.007 270
−0.74 161525 0.91.20.40.550.50.65 1.21.60.81.00.51.0 1Guaranteedbydesign;notsubjecttoproductiontest. −55°Cto+125°C54052017072096011585 1.30.60.71.81.11.8844 Unit nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyp pCtyp dBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax EnhancedProduct TestConditions/Comments RL=300Ω,CL=35pFVS=8V,seeFigure44RL=300Ω,CL=35pFVS=8V,seeFigure44VS1=VS2=8V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=6V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=6Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=6V,f=1MHzVS=6V,f=1MHzVS=6V,f=1MHzVDD=13.2V,VSS=0V,digitalinputs=0V,5V,orVDD VS=±55V Digitalinputs=5VVS=±55V,VD=0VGND=0VGND=0V Rev.A|Page8of22 EnhancedProduct ADG5412F-EP 36VSINGLESUPPLY VDD=36V±10%,VSS=0V,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table4.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off)DrainOffLeakage,ID(Off)ChannelOnLeakage,ID(On),IS(On)FAULTSourceLeakageCurrent,IS WithOvervoltage +25°C 2224.510110.050.50.050.3512.514.50.10.40.7 ±0.1±1.5±0.1±1.5±0.3±1.5 −40°Cto+85°C 31140.60.5190.5 ±5.0±5.0±2.0 −55°Cto+125°C0VtoVDD3716.50.70.5230.5 ±21.0±18.0±4.5 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtypnAmaxnAtypnAmaxnAtypnAmax ±78 µAtyp PowerSuppliesGroundedorFloating ±40 µAtyp DrainLeakageCurrent,ID WithOvervoltage ±2.0 nAtyp PowerSuppliesGrounded ±8.0±15.0±10 ±49.0 nAmaxnAtyp PowerSuppliesFloating ±30±50±10±10 ±100±10 nAmaxµAtyp DIGITALINPUTS InputVoltageHigh,VINH InputVoltageLow,VINL InputCurrent,IINLorIINH 0.7 DigitalInputCapacitance,CIN 5.0 OutputVoltageHigh,VOH 2.0 OutputVoltageLow,VOL 0.8 2.0 Vmin 0.8 Vmax µAtyp 1.2 µAmax pFtyp Vmin Vmax TestConditions/CommentsVDD=32.4V,VSS=0V,seeFigure30 VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA SeeFigure26VDD=39.6V,VSS=0VVS=1V/30V,VD=30V/1V,seeFigure31 VS=1V/30V,VD=30V/1V,seeFigure31 VS=VD=1V/30V,seeFigure32 VDD=39.6V,VSS=0V,GND=0V,VS=+55V,−40V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=+55V,−40V,seeFigure36 VDD=39.6V,VSS=0Vorfloating,GND=0V,VS=+55V,−40V,seeFigure35 VDD=0V,VSS=0V,GND=0V,VS=+55V,−40V,INx=0V,seeFigure36 VDD=floating,VSS=floating,GND=0V,VS=+55V,−40V,INx=0V,seeFigure36 VIN=VGNDorVDD Rev.A|Page9of22 ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF −40°Cto+25°C+85°
C 400 490 520 375 460 485 OvervoltageResponseTime,tRESPONSEOvervoltageRecoveryTime,tRECOVERYInterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGRECChargeInjection,QINJ 250350150020008560600610 OffIsolation −70 Channel-to-ChannelCrosstalk −90 TotalHarmonicDistortionPlusNoise,THD+N0.001 −3dBBandwidthInsertionLoss 270−0.75 CS(Off) 12 CD(Off) 11 CD(On),CS(On) 23 POWERREQUIREMENTS NormalMode IDD 0.9 1.2 IGND 0.4 0.55 ISS 0.5 0.65 FaultMode IDD 1.2 1.6 IGND 0.8 1.0 ISS 0.5 1.0 VDD 3602300 1Guaranteedbydesign;notsubjecttoproductiontest. −55°Cto+125°C545510195375270011585 1.30.60.71.81.11.8844 EnhancedProduct Unit TestConditions/Comments nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtyp dBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp RL=300Ω,CL=35pFVS=18V,seeFigure44RL=300Ω,CL=35pFVS=18V,seeFigure44VS1=VS2=18V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=18V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=18Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=18V,f=1MHzVS=18V,f=1MHzVS=18V,f=1MHzVDD=39.6V,VSS=0V,digitalinputs=0V,5V,orVDD mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax VS=+55V,−40V GND=0VGND=0V Rev.A|Page10of22 EnhancedProduct CONTINUOUSCURRENTPERCHANNEL,SxORDx Table5.Parameter16-LEADTSSOP θJA=112.6°C/W 25°C 8364 85°C 5948 125°C 3929 Unit mAmaxmAmax ADG5412F-EP TestConditions/CommentsVS=VSS+4.5VtoVDD−4.5VVS=VSStoVDD Rev.A|Page11of22 ADG5412F-EP ABSOLUTEMAXIMUMRATINGS TA=25°C,unlessotherwisenoted. Table6.ParameterVDDtoVSSVDDtoGNDVSStoGNDSxPinstoGNDSxtoVDDorVSSVStoVDDxPins1 DigitalInputsPeakCurrent,SxorDxPins ContinuousCurrent,SxorDxPinsDigitalOutput OperatingTemperatureRangeStorageTemperatureRangeJunctionTemperatureThermalImpedance,θJA 16-LeadTSSOP,θJAThermalImpedance(4-LayerBoard) ReflowSolderingPeakTemperature,PbFree ESD(HBM:ANSI/ESDSTM5.1-2007)Input/OutputPorttoSuppliesInput/OutputPorttoInput/OutputPortAllOtherPins Rating48V−0.3Vto+48V−48Vto+0.3V−55Vto+55V80V80VVSS−0.7VtoVDD+0.7Vor30mA,whicheverursfirstGND−0.3Vto+48V288mA(pulsedat1ms,10%dutycyclemaximum)Data2+15%GND−0.3Vto6Vor30mA,whicheverursfirst−55°Cto+125°C−65°Cto+150°C150°C 112.6°C/W AsperJEDECJ-STD-020 5.5kV5.5kV 5.5kV 1OvervoltagesattheDxpinsareclampedbyinternaldiodes.Limitcurrenttothemaximumratingsgiven. 2SeeTable5. EnhancedProduct StressesatorabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetotheproduct.Thisisastressratingonly;functionaloperationoftheproductattheseoranyotherconditionsabovethoseindicatedintheoperationalsectionofthisspecificationisnotimplied.Operationbeyondthemaximumoperatingconditionsforextendedperiodsmayaffectproductreliability.Onlyoneabsolutemaximumratingcanbeappliedatanyonetime. ESDCAUTION Rev.A|Page12of22 EnhancedProductPINCONFIGURATIONANDFUNCTIONDESCRIPTIONS IN11D12S13VSS4GND5S46D47IN48 16IN2 15D2 14S2 ADG5412F-EP13VDD TOPVIEW(NottoScale) 12FF 11S3 10D3 9IN3 Figure2.PinConfiguration 12705-002 ADG5412F-EP Table7.PinFunctionDescriptions PinNo. Mnemonic
1 IN1
2 D1
3 S1
4 VSS
5 GND
6 S4
7 D4
8 IN4
9 IN3 10 D3 11 S3 12 FF 13 VDD 14 S2 15 D2 16 IN2 Description
LogicControlInput.DrainTerminal.Thispincanbeaninputoranoutput.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.MostNegativePowerSupplyPotential.Ground(0V)Reference.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.DrainTerminal.Thispincanbeaninputoranoutput.LogicControlInput.LogicControlInput.DrainTerminal.Thispincanbeaninputoranoutput.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.FaultFlagDigitalOutput.ThispinhasahighoutputwhenthedeviceisinnormaloperationoralowoutputwhenafaultconditionursonanyoftheSxinputs.MostPositivePowerSupplyPotential.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.DrainTerminal.Thispincanbeaninputoranoutput.LogicControlInput. Table8.ADG5412F-EPTruthTableINx10 SwitchCondition(S1toS4)OnOff Rev.A|Page13of22 ADG5412F-EP TYPICAL 25 20 15 PERFORMANCECHARACTERISTICS VDD=+22VVSS=–22V VDD=+20VVSS=–20V VDD=+18VVSS=–18V VDD=+13.5VVSS=–13.5V TA=25°
C VDD=+16.5VVSS=–16.5V 10 ONRESISTANCE(Ω) 5VVDSDS==+–1155VV 0–25–20–15–10 –505VS,VD(V) 10152025 Figure3.RONasaFunctionofVS,VD(DualSupply) 25TA=25°
C 20 VDD=12VVSS=0V VDD=10.8V 15 VSS=0V ONRESISTANCE(Ω) 10 VDD=13.2VVSS=0V5 ONRESISTANCE(Ω)
0 0
2 4
6 8 10 12 14 VS,VD(V) Figure4.RONasaFunctionofVS,VD(12VSingleSupply) 25TA=25°
C 20VDD=36VVSS=0V 15 VDD=32.4V VSS=0V 10 VDD=39.6V
5 VSS=0V
0 0
5 10 15 20 25 30 35 40 VS,VD(V) Figure5.RONasaFunctionofVS,VD(36VSingleSupply) 12705-006 ONRESISTANCE(Ω) 12705-005 ONRESISTANCE(Ω) 12705-004 ONRESISTANCE(Ω) EnhancedProduct 12705-007 40VDD=+15VVSS=–15V 35 30 25 20 15+125°
C +85°
C 10 +25°
C –40°C
5 –55°
C 0–15–12–9–6–303691215 VS,VD(V) Figure6.RONasaFunctionofVS,VDforDifferentTemperatures,±15VDualSupply 40VDD=+20VVSS=–20V 35 30 25 20 15+125°
C +85°C 10+25°
C –40°C
5 –55°
C 0–20–15–10 –
5 0
5 VS,VD(V) 10 15 20 Figure7.RONasaFunctionofVS,VDforDifferentTemperatures,±20VDualSupply 40VDD=12VVSS=0V 35 30 25 20 +125°C 15 +85°
C 10 +25°
C –40°C
5 –55°
C 0
0 2
4 6
8 10 12 VS,
VD(V) Figure8.RONasaFunctionofVS,VDforDifferentTemperatures,12VSingleSupply 12705-008 12705-009 Rev.A|Page14of22 EnhancedProduct ONRESISTANCE(Ω) 40VDD=36VVSS=0V 35 30 25 20 +125°C 15 +85°
C 10 +25°
C –40°C
5 –55°
C 0
0 4
8 12162024283236 VS,VD(V) Figure9.RONasaFunctionofVS,VDforDifferentTemperatures,36VSingleSupply 2VDD=+15V 1VSS=–15VVBIAS=+10V/–10V
0 –
1 –
2 –
3 –
4 –
5 –
6 IS(OFF)+– –
7 IS(OFF)–+ IS,ID(ON)++–
8 0 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure10.LeakageCurrentvs.Temperature,±15VDualSupply LEAKAGECURRENT(nA)
2 LEAKAGECURRENT(nA) 0VDD=+20VVSS=–20V –2VBIAS=+15V/–15V –
4 –
6 –
8 –100 IS(OFF)+–IS(OFF)–+IS,ID(ON)++ 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure11.LeakageCurrentvs.Temperature,±20VDualSupply 12705-012 LEAKAGECURRENT(nA) 12705-011 LEAKAGECURRENT(nA) 12705-010 LEAKAGECURRENT(nA) ADG5412F-EP
1 0VDD=12VVSS=0V –1VBIAS=1V/10V –
2 –
3 12705-013 –
4 IS(OFF)+– IS(OFF)–+ IS,ID(ON)++–
5 0 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure12.LeakageCurrentvs.Temperature,12VSingleSupply
2 0VDD=36VVSS=0V –2VBIAS=1V/30V –
4 –
6 12705-014 –
8 –100 IS(OFF)+–IS(OFF)–+IS,ID(ON)++ 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure13.LeakageCurrentvs.Temperature,36VSingleSupply 5VDD=+15VVSS=–15V
0 –
5 –10 –15 VS=–30V VS=–55V VS=+30V VS=+55V–20
0 20 40 60 80 100 120 TEMPERATURE(°C) 12705-015 Figure14.OvervoltageLeakageCurrentvs.Temperature,±15VDualSupply Rev.A|Page15of22 ADG5412F-EP 5VDD=+20VVSS=–20V
0 LEAKAGECURRENT(nA) –
5 –10 –15 VS=–30V –20 VS=–55V VS=+30V VS=+55V–25
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure15.OvervoltageLeakageCurrentvs.Temperature,±20VDualSupply
2 VDD=12V
0 VSS=0V –
2 LEAKAGECURRENT(nA) –
4 –
6 –
8 –10 –12 VS=–30V VS=–55V –14 VS=+30V VS=+55V–16
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure16.OvervoltageLeakageCurrentvs.Temperature,12VSingleSupply
2 VDD=36V
0 VSS=0V LEAKAGECURRENT(nA) –
2 –
4 –
6 –
8 –10 VS=–38V –12 VS=–40V VS=+38V VS=+55V–14
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure17.OvervoltageLeakageCurrentvs.Temperature,36VSingleSupply 12705-018 CHARGEINJECTION(pC) 12705-017 CROSSTALK(dB) 12705-016 OFFISOLATION(dB) EnhancedProduct
0 VDD=+15VVSS=–15V–20TA=25°
C –40 –60 –80 –100 12705-019 –1201k 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure18.OffIsolationvs.Frequency,±15VDualSupply
0 VDD=+15VVSS=–15V–20TA=25°
C –40 –60 –80 –100 12705-020 –120 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure19.Crosstalkvs.Frequency,±15VDualSupply 800TA=25°C 700 600 VDD=36V 500 VSS=0V 400 300 200 VDD=12V VSS=0V 100
0 –1000
5 10 15 20 25 30 35 40 VS(V) Figure20.ChargeInjectionvs.SourceVoltage(VS),SingleSupply 12705-021 Rev.A|Page16of22 EnhancedProduct CHARGEINJECTION(pC) 800TA=25°C 700 600 VDD=+20VVSS=–20V 500 400 VDD=+15V 300 VSS=–15V 200 100
0 –100–20–15–10 –
5 0
5 VS(V) 10 15 20 Figure21.ChargeInjectionvs.SourceVoltage(VS),DualSupply ACPSRR(dB) 0VDD=+15VVSS=–15V –20TA=25°CWITHDECOUPLINGCAPACITORS –40 –60 –80 –100 –120 –140 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure22.ACPSRRvs.Frequency,±15VDualSupply 0.020 LOAD=10kΩTA=25°
C 0.015 0.010 VDD=12V,VSS=0V,VS=6Vp-p THD+N(%) 0.005 00 VDD=15V,VSS=–15V,VS=15Vp-pVDD=20V,VSS=–20V,VS=20Vp-pVDD=36V,VSS=0V,VS=18Vp-p 5000 10000FREQUENCY(Hz) 15000 Figure23.THD+Nvs.Frequency 20000 12705-024 THRESHOLDVOLTAGE,VT(V) 12705-023 TIME(ns) 12705-022 BANDWIDTH(dB) ADG5412F-EP 0–0.5 VDD=+15VVSS=–15VTA=25°
C –1.0 –1.5 –2.0 –2.5 –3.0 –3.5 –4.0 –4.5 –5.0 10k 100k 1M 10M 100M 1G FREQUENCY
(Hz) Figure24.Bandwidthvs.Frequency,±15VDualSupply 12705-025 480 460 440 420 400380360340320 –55 –35–15 5254565TEMPERATURE(°C) tON(12V)tON(36V)tON(±15V)tON(±20V)tOFF(12V)tOFF(36V)tOFF(±15V)tOFF(±20V) 85105125 Figure25.tON,tOFFTimesvs.Temperature 12705-026 0.9 0.8 0.7 0.6 12705-027 0.5 –40–20
0 20 40 60 80100120 TEMPERATURE(°C) Figure26.ThresholdVoltage(VT)vs.Temperature Rev.A|Page17of22 ADG5412F-EP
T VDD SOURCE
2 DRAIN CH15.00VCH25.00VCH35.00V M400ns ACH2 T–10.00ns 10.1V Figure27.DrainOutputResponsetoPositiveOvervoltage DRAIN
1 VSS SOURCE CH15.00VCH25.00VCH35.00V M400ns ACH2 T–10.00ns –14.7V Figure28.DrainOutputResponsetoNegativeOvervoltage 12705-029 12705-028 SIGNALVOLTAGE(Vp-p) EnhancedProduct 24 TA=25°
C VDD=+10V 20 VSS=–10V 16 12 DISTORTIONLESS
8 OPERATING REGION
4 12705-030
0 1 10 100 FREQUENCY(MHz) Figure29.LargeSignalVoltageTrackingvs.Frequency Rev.A|Page18of22 EnhancedProduct TESTCIRCUITS
V Sx Dx VS IDS RON=V/IDS Figure30.OnResistance 12705-031 IS(OFF)
A Sx VS ID(OFF) Dx
A VD 12705-032 Figure31.OffLeakage NC Sx ID(ON) Dx
A NC=NOCONNECTVD 12705-033 Figure32.OnLeakage VDD0.1µ
F VSS0.1µ
F VDD VSS Sx INx 50Ω DxVIN GND NETWORKANALYZER 50ΩVS VOUTRL50Ω VOUTOFFISOLATION=20logVS Figure33.OffIsolation VDD0.1µ
F VSS0.1µ
F VDD VSSS1 RL Dx 50Ω S2 GND NETWORKANALYZER RL50Ω VOUT VS VOUTCHANNEL-TO-CHANNELCROSSTALK=20logVS Figure34.Channel-to-ChannelCrosstalk 12705-045 12705-044 ADG5412F-EP 12705-034 IS
A Sx Dx |VS|>|VDD|OR|VSS| IDA RL10kΩ Figure35.SwitchOvervoltageLeakage VDD=VSS=GND=0V IS
A Sx ID Dx
A VS10kRΩ
L Figure36.SwitchUnpoweredLeakage 12705-035 VDD0.1µ
F VSS0.1µ
F INxVIN VDD VSSSx DxGND NETWORKANALYZER 50ΩVS VOUTRL50Ω VOUTWITHSWITCHINSERTIONLOSS=20log VOUTWITHOUTSWITCH Figure37.Bandwidth VDD0.1µ
F VSS0.1µ
F INxVIN VDD VSSSx DxGND RL10kΩ AUDIOPRECISION RS VSVp-p VOUT Figure38.THD+
N 12705-046 12705-047 Rev.A|Page19of22 ADG5412F-EP VDD0.1µ
F VSS0.1µ
F EnhancedProduct VDD+0.5V SOURCEVOLTAGE (VS)0V tRESPONSE VDD–0.9VOUTPUT(VD) 0V VDD VSS S1 D1 VD VS CL*RL 2pF1kΩ ADG5412F-EP S2TOS4GND *INCLUDESTRACKCAPACITANCE Figure39.OvervoltageResponseTime,tRESPONSE VDD0.1µ
F VSS0.1µ
F 12705-036 12705-037 VDD+0.5V SOURCEVOLTAGE (VS)0V tRECOVERY VDD VSS S1 D1 VD VS CL* RL 2pF1kΩ ADG5412F-EP OUTPUT(VD) 1V0V S2TOS4GND *INCLUDESTRACKCAPACITANCE Figure40.OvervoltageRecoveryTime,tRECOVERY VDD0.1µ
F VSS0.1µ
F VDD+0.5VSOURCEVOLTAGE(VS)0V tDIGRESP OUTPUT(VFF)0V VDD VSS S1 D1 VS S2TOS4 ADG5412F-EP FF CL* 12pF 0.1VOUT GND *INCLUDESTRACKCAPACITANCE Figure41.InterruptFlagResponseTime,tDIGRESP 12705-038 Rev.A|Page20of22 EnhancedProduct VDD0.1µ
F VSS0.1µ
F VDD+0.5VSOURCEVOLTAGE(VS)0V OUTPUT(VFF)0V VS tDIGREC0.9VOUT VDD VSS S1 D1 S2TOS4 ADG5412F-EP FF GND CL*12pF *INCLUDESTRACKCAPACITANCE Figure42.InterruptFlagRecoveryTime,tDIGREC VDD0.1µ
F VSS0.1µ
F 12705-039 VDD+0.5V VDD VSS SOURCEVOLTAGE (VS) 0V tDIGREC S1 D1 VS S2TOS4 5V ADG5412F-EP RPULLUP1kΩ 5V 3VOUTPUT (VFF) FFGND CL*12pF OUTPUT 0V*INCLUDESTRACKCAPACITANCE Figure43.InterruptFlagRecoveryTime,tDIGREC,witha1kΩPull-UpResistor VDD0.1µ
F VSS0.1µ
F ADG5412F-EP VDD VSS Sx Dx VINVOUT 50% 50% VS INx GND RL300Ω CL35pF VOUT 90%tON 10%tOFF Figure44.SwitchingTimes,tONandtOFF VDD0.1µ
F VSS0.1µ
F VDD VSS RS Sx Dx VOUT VIN ADG5412F-EP OFF ON VS INx GND CL1nF VOUT QINJ=CL×ΔVOUTΔVOUT Figure45.ChargeInjection,QINJ 12705-040 12705-042 12705-043 ADG5412F-EP Rev.A|Page21of22 ADG5412F-EP OUTLINEDIMENSIONS 5.105.004.90 16
9 4.504.404.30
1 6.40BSC
8 PIN1 1.20 MAX 0.15 0.20 0.05 0.09 0.75 0.30 8° 0.60 0.65 0.19SEATING 0° 0.45 BSC PLANE COPLANARITY 0.10 COMPLIANTTOJEDECSTANDARDSMO-153-AB Figure46.16-LeadThinShrinkSmallOutlinePackage[TSSOP](RU-16) Dimensionsshowninmillimeters EnhancedProduct ORDERINGGUIDE Model1ADG5412FTRUZ-EPADG5412FTRUZ-EP-R7 1Z=RoHSCompliantPart. TemperatureRange−55°Cto+125°C−55°Cto+125°
C PackageDescription16-LeadThinShrinkSmallOutlinePackage[TSSOP]16-LeadThinShrinkSmallOutlinePackage[TSSOP] PackageOptionRU-16RU-16 ©2015AnalogDevices,Inc.Allrightsreserved.Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners. D12705-0-8/15(A) Rev.A|Page22of22
1.Sourcepinsareprotectedagainstvoltagesgreaterthanthesupplyrails,upto−55Vand+55V.
2.Sourcepinsareprotectedagainstvoltagesbetween−55Vand+55Vinanunpoweredstate.
3.Overvoltagedetectionwithdigitaloutputindicatesoperatingstateofswitches.
4.Trenchisolationguardsagainstlatch-up.5.Optimizedforlowonresistanceandon-resistanceflatness.6.TheADG5412F-EPcanbeoperatedfromadualsupplyof ±5Vupto±22Vorasinglepowersupplyof+8Vupto+44V. AdditionalapplicationandtechnicalinformationcanbefoundintheADG5412Fdatasheet. OneTechnologyWay,
P.O.Box9106,Norwood,MA02062-9106,
U.S.A. Tel:781.329.4700 ©2015AnalogDevices,Inc.Allrightsreserved. TechnicalSupport ADG5412F-EP TABLEOFCONTENTS Features
..............................................................................................
1EnhancedProductFeatures............................................................1Applications.......................................................................................
1FunctionalBlockDiagram..............................................................1GeneralDescription.........................................................................1ProductHighlights...........................................................................1RevisionHistory...............................................................................2Specifications.....................................................................................
3 ±15VDualSupply.......................................................................3±20VDualSupply.......................................................................5 REVISIONHISTORY 8/15—Rev.0toRev.AChangestoFeaturesSection............................................................1AddedEnhancedProductFeaturesSection..................................1 7/15—Revision0:InitialVersion EnhancedProduct 12VSingleSupply.........................................................................736VSingleSupply.........................................................................9ContinuousCurrentperChannel,SxorDx...........................11AbsoluteMaximumRatings.........................................................12ESDCaution................................................................................12PinConfigurationandFunctionDescriptions...........................13TypicalPerformanceCharacteristics...........................................14Test
Circuits.....................................................................................
19OutlineDimensions.......................................................................22OrderingGuide..........................................................................22 Rev.A|Page2of22 EnhancedProduct ADG5412F-EP SPECIFICATIONS ±15VDUALSUPPLY VDD=15V±10%,VSS=−15V±10%,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table1. ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off)DrainOffLeakage,ID(Off)ChannelOnLeakage,ID(On),IS(On)FAULTSourceLeakageCurrent,IS WithOvervoltage +25°C 1011.29.510.70.050.50.050.350.60.90.10.40.7 ±0.1±1.5±0.1±1.5±0.3±1.5 PowerSuppliesGroundedorFloating −40°Cto−55°Cto+85°C+125°CUnit VDDtoVSSV Ωtyp 14 16.5 Ωmax Ωtyp 13.5 16 Ωmax Ωtyp 0.6 0.7 Ωmax Ωtyp 0.5 0.5 Ωmax Ωtyp 1.1 1.1 Ωmax Ωtyp 0.5 0.5 Ωmax Vtyp nAtyp ±5.0 ±21.0 nAmax nAtyp ±5.0 ±18.0 nAmax nAtyp ±2.0 ±4.5 nAmax ±78 µAtyp ±40 µAtyp DrainLeakageCurrent,IDWithOvervoltage PowerSuppliesGrounded PowerSuppliesFloating DIGITALINPUTS/OUTPUTSInputVoltageHigh,VINHInputVoltageLow,VINLInputCurrent,IINLorIINH DigitalInputCapacitance,CINOutputVoltageHigh,VOHOutputVoltageLow,VOL ±2.0 nAtyp ±8.0 ±15.0 ±49.0 nAmax ±10 nAtyp ±30 ±50 ±10 ±10 ±100±10 nAmaxµAtyp 2.0 Vmin 0.8 Vmax ±0.7 µAtyp ±1.2 µAmax 5.0 pFtyp 2.0 Vmin 0.8 Vmax TestConditions/CommentsVDD=13.5V,VSS=−13.5V,seeFigure30 VS=±10V,IS=−10mA VS=±9V,IS=−10mA VS=±10V,IS=−10mA VS=±9V,IS=−10mA VS=±10V,IS=−10mA VS=±9V,IS=−10mA SeeFigure26VDD=16.5V,VSS=−16.5VVS=±10V,VD=∓10V,seeFigure31 VS=±10V,VD=∓10V,seeFigure31VS=VD=±10V,seeFigure32 VDD=16.5V,VSS=16.5V,GND=0V,VS=±55V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=±55V,seeFigure36 VDD=16.5V,VSS=16.5V,GND=0V,VS=±55V,seeFigure35 VDD=0V,VSS=0V,GND=0V,VS=±55V,INx=0V,seeFigure36 VDD=floating,VSS=floating,GND=0V,VS=±55V,INx=0V,seeFigure36 VIN=VGNDorVDD Rev.A|Page3of22 ADG5412F-EP EnhancedProduct ParameterDYNAMICCHARACTERISTICS1 tON tOFF +25°C 400495410510 OvervoltageResponseTime,tRESPONSE OvervoltageRecoveryTime,tRECOVERY InterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGREC ChargeInjection,QINJOffIsolationChannel-to-ChannelCrosstalkTotalHarmonicDistortionPlusNoise,THD+N 4605857209308560600680−70−900.0015 −3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTS 270−0.72131224 NormalMode IDD 0.9 1.2 IGND 0.4 0.55 ISS 0.5 0.65 FaultMode IDD 1.2 1.6 IGND 0.8 1.0 ISS 0.5 1.0 VDD/VSS 1Guaranteedbydesign;notsubjecttoproductiontest. −40°Cto−55°Cto+85°C+125°CUnit 525545 6151050 550 555185 630 110011585 nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtypdBtypdBtyp%typ MHztypdBtyppFtyppFtyppFtyp mAtyp 1.3 mAmax mAtyp 0.6 mAmax mAtyp 0.7 mAmax mAtyp 1.8 mAmax mAtyp 1.1 mAmax mAtyp 1.8 mAmax ±
5 Vmin ±22 Vmax TestConditions/Comments RL=300Ω,CL=35pFVS=10V,seeFigure44RL=300Ω,CL=35pFVS=10V,seeFigure44VS1=VS2=10V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=0V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=15Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=0V,f=1MHzVS=0V,f=1MHzVS=0V,f=1MHzVDD=16.5V,VSS=−16.5V,GND=0V,digitalinputs=0V,5V,orVDD VS=±55V GND=0VGND=0V Rev.A|Page4of22 EnhancedProduct ADG5412F-EP ±20VDUALSUPPLY VDD=20V±10%,VSS=−20V±10%,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table2.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off)DrainOffLeakage,ID(Off)ChannelOnLeakage,ID(On),IS(On)FAULTSourceLeakageCurrent,IS WithOvervoltage +25°C 1011.59.5110.050.350.050.351.01.40.10.40.7 ±0.1±1.5±0.1±1.5±0.3±1.5 −40°Cto+85°C 14.5140.50.51.50.5 ±5.0±5.0±2.0 −55°Cto+125°CVDDtoVSS16.516.50.50.51.50.5 ±21.0±18.0±4.5 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtypnAmaxnAtypnAmaxnAtypnAmax ±78 µAtyp PowerSuppliesGroundedorFloating ±40 µAtyp DrainLeakageCurrent,IDWithOvervoltage PowerSuppliesGrounded PowerSuppliesFloating DIGITALINPUTSInputVoltageHigh,VINHInputVoltageLow,VINLInputCurrent,IINLorIINH DigitalInputCapacitance,CINOutputVoltageHigh,VOHOutputVoltageLow,VOL ±5.0 ±1.0 ±1.0 ±10 ±30 ±50 ±10 ±10 0.7 5.02.00.8 ±1.0 ±100±10 2.00.81.2 nAtyp µAmaxnAtyp nAmaxµAtyp VminVmaxµAtypµAmaxpFtypVminVmax TestConditions/CommentsVDD=18V,VSS=−18V,seeFigure30 VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA VS=±15V,IS=−10mA VS=±13.5V,IS=−10mA SeeFigure26VDD=22V,VSS=−22VVS=±15V,VD=∓15V,seeFigure31 VS=±15V,VD=∓15V,seeFigure31VS=VD=±15V,seeFigure32 VDD=22V,VSS=−22V,GND=0V,VS=±55V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=±55V,seeFigure36 VDD=+22V,VSS=−22V,GND=0V,VS=±55V,seeFigure35 VDD=0V,VSS=0V,GND=0V,VS=±55V,INx=0V,seeFigure36 VDD=floating,VSS=floating,GND=0V,VS=±55V,INx=0V,seeFigure36 VIN=VGNDorVDD Rev.A|Page5of22 ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF OvervoltageResponseTime,tRESPONSE OvervoltageRecoveryTime,tRECOVERY InterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGREC ChargeInjection,QINJOffIsolationChannel-to-ChannelCrosstalkTotalHarmonicDistortionPlusNoise,THD+N−3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTSNormalMode IDD IGND ISS FaultModeIDD IGND ISS VDD/VSS 1Guaranteedbydesign;notsubjecttoproductiontest. EnhancedProduct +25°C 400500415515 37048084012008560600640−70 −90 0.001 270−0.73 121123 0.91.20.40.550.50.65 1.21.60.81.00.51.0 −40°Cto+85°C 530550 5001400 −55°Cto+125°C555565200515170011585 1.30.60.71.81.11.8±5±22 Unit TestConditions/Comments nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtypdBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp RL=300Ω,CL=35pFVS=10V,seeFigure44RL=300Ω,CL=35pFVS=10V,seeFigure44VS1=VS2=10V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=0V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=20Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=0V,f=1MHzVS=0V,f=1MHzVS=0V,f=1MHzVDD=22V,VSS=−22V,digitalinputs=0V,5V,orVDD mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax VS=±55V GND=0VGND=0V Rev.A|Page6of22 EnhancedProduct 12VSINGLESUPPLY VDD=12V±10%,VSS=0V,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table3.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off) −40°Cto+25°C+85°
C 22 24.531 10 11.214 0.05 0.5 0.6 0.05 0.5 0.6 12.5 14.519 0.6 0.9 1.1 0.7 ±0.1 −55°Cto+125°C0VtoVDD3716.50.70.7231.3 DrainOffLeakage,ID(Off) ±1.5±5.0±0.1 ±21.0 ChannelOnLeakage,ID(On),IS(On) FAULTSourceLeakageCurrent,ISWithOvervoltage ±1.5±5.0±0.3±1.5±2.0 ±18.0±4.5 ±78 PowerSuppliesGroundedorFloating ±40 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtyp nAmaxnAtyp nAmaxnAtypnAmax µAtyp µAtyp DrainLeakageCurrent,ID WithOvervoltage ±2.0 nAtyp PowerSuppliesGroundedPowerSuppliesFloating ±8.0±15.0±10 ±30±50±10±10 ±49.0 ±100±10 nAmaxnAtyp nAmaxµAtyp DIGITALINPUTSInputVoltageHigh,VINHInputVoltageLow,VINLInputCurrent,IINLorIINH DigitalInputCapacitance,CINOutputVoltageHigh,VOHOutputVoltageLow,VOL 2.00.80.71.25.02.00.8 Rev.A|Page7of22 VminVmaxµAtypµAmaxpFtypVminVmax ADG5412F-EP TestConditions/CommentsVDD=10.8V,VSS=0V,seeFigure30VS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mAVS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mAVS=0Vto10V,IS=−10mAVS=3.5Vto8.5V,IS=−10mASeeFigure26VDD=13.2V,VSS=0VVS=1V/10V,VD=10V/1V,seeFigure31VS=1V/10V,VD=10V/1V,seeFigure31VS=VD=1V/10V,seeFigure32 VDD=13.2V,VSS=0V,GND=0V,VS=±55V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=±55V,seeFigure36VDD=13.2V,VSS=0Vorfloating,GND=0V,VS=±55V,seeFigure35VDD=0V,VSS=0V,GND=0V,VS=±55V,INx=0V,seeFigure36VDD=floating,VSS=floating,GND=0V,VS=±55V,INx=0V,seeFigure36 VIN=VGNDorVDD ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF OvervoltageResponseTime,tRESPONSE OvervoltageRecoveryTime,tRECOVERY InterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGREC ChargeInjection,QINJOffIsolationChannel-to-ChannelCrosstalkTotalHarmonicDistortionPlusNoise,THD+N−3dBBandwidthInsertionLossCS(Off)CD(Off)CD(On),CS(On)POWERREQUIREMENTSNormalMode IDD IGND ISS FaultModeIDD IGND ISS VDD −40°Cto+25°C+85°
C 400 485 515 375 460 495 560 660 700 640 800 865 85 60 600 340 −65 −90 0.007 270
−0.74 161525 0.91.20.40.550.50.65 1.21.60.81.00.51.0 1Guaranteedbydesign;notsubjecttoproductiontest. −55°Cto+125°C54052017072096011585 1.30.60.71.81.11.8844 Unit nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyp pCtyp dBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax EnhancedProduct TestConditions/Comments RL=300Ω,CL=35pFVS=8V,seeFigure44RL=300Ω,CL=35pFVS=8V,seeFigure44VS1=VS2=8V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=6V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=6Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=6V,f=1MHzVS=6V,f=1MHzVS=6V,f=1MHzVDD=13.2V,VSS=0V,digitalinputs=0V,5V,orVDD VS=±55V Digitalinputs=5VVS=±55V,VD=0VGND=0VGND=0V Rev.A|Page8of22 EnhancedProduct ADG5412F-EP 36VSINGLESUPPLY VDD=36V±10%,VSS=0V,GND=0V,CDECOUPLING=0.1µF,unlessotherwisenoted. Table4.ParameterANALOGSWITCH AnalogSignalRangeOnResistance,RON On-ResistanceMatchBetweenChannels,∆RON On-ResistanceFlatness,RFLAT(ON) ThresholdVoltage,VTLEAKAGECURRENTS SourceOffLeakage,IS(Off)DrainOffLeakage,ID(Off)ChannelOnLeakage,ID(On),IS(On)FAULTSourceLeakageCurrent,IS WithOvervoltage +25°C 2224.510110.050.50.050.3512.514.50.10.40.7 ±0.1±1.5±0.1±1.5±0.3±1.5 −40°Cto+85°C 31140.60.5190.5 ±5.0±5.0±2.0 −55°Cto+125°C0VtoVDD3716.50.70.5230.5 ±21.0±18.0±4.5 Unit VΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxΩtypΩmaxVtyp nAtypnAmaxnAtypnAmaxnAtypnAmax ±78 µAtyp PowerSuppliesGroundedorFloating ±40 µAtyp DrainLeakageCurrent,ID WithOvervoltage ±2.0 nAtyp PowerSuppliesGrounded ±8.0±15.0±10 ±49.0 nAmaxnAtyp PowerSuppliesFloating ±30±50±10±10 ±100±10 nAmaxµAtyp DIGITALINPUTS InputVoltageHigh,VINH InputVoltageLow,VINL InputCurrent,IINLorIINH 0.7 DigitalInputCapacitance,CIN 5.0 OutputVoltageHigh,VOH 2.0 OutputVoltageLow,VOL 0.8 2.0 Vmin 0.8 Vmax µAtyp 1.2 µAmax pFtyp Vmin Vmax TestConditions/CommentsVDD=32.4V,VSS=0V,seeFigure30 VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA VS=0Vto30V,IS=−10mA VS=4.5Vto28V,IS=−10mA SeeFigure26VDD=39.6V,VSS=0VVS=1V/30V,VD=30V/1V,seeFigure31 VS=1V/30V,VD=30V/1V,seeFigure31 VS=VD=1V/30V,seeFigure32 VDD=39.6V,VSS=0V,GND=0V,VS=+55V,−40V,seeFigure35VDD=0Vorfloating,VSS=0Vorfloating,GND=0V,INx=0Vorfloating,VS=+55V,−40V,seeFigure36 VDD=39.6V,VSS=0Vorfloating,GND=0V,VS=+55V,−40V,seeFigure35 VDD=0V,VSS=0V,GND=0V,VS=+55V,−40V,INx=0V,seeFigure36 VDD=floating,VSS=floating,GND=0V,VS=+55V,−40V,INx=0V,seeFigure36 VIN=VGNDorVDD Rev.A|Page9of22 ADG5412F-EP ParameterDYNAMICCHARACTERISTICS1 tON tOFF −40°Cto+25°C+85°
C 400 490 520 375 460 485 OvervoltageResponseTime,tRESPONSEOvervoltageRecoveryTime,tRECOVERYInterruptFlagResponseTime,tDIGRESPInterruptFlagRecoveryTime,tDIGRECChargeInjection,QINJ 250350150020008560600610 OffIsolation −70 Channel-to-ChannelCrosstalk −90 TotalHarmonicDistortionPlusNoise,THD+N0.001 −3dBBandwidthInsertionLoss 270−0.75 CS(Off) 12 CD(Off) 11 CD(On),CS(On) 23 POWERREQUIREMENTS NormalMode IDD 0.9 1.2 IGND 0.4 0.55 ISS 0.5 0.65 FaultMode IDD 1.2 1.6 IGND 0.8 1.0 ISS 0.5 1.0 VDD 3602300 1Guaranteedbydesign;notsubjecttoproductiontest. −55°Cto+125°C545510195375270011585 1.30.60.71.81.11.8844 EnhancedProduct Unit TestConditions/Comments nstypnsmaxnstypnsmaxnsminnstypnsmaxnstypnsmaxnstypµstypnstyppCtyp dBtyp dBtyp %typ MHztypdBtyp pFtyppFtyppFtyp RL=300Ω,CL=35pFVS=18V,seeFigure44RL=300Ω,CL=35pFVS=18V,seeFigure44VS1=VS2=18V,seeFigure44RL=1kΩ,CL=2pF,seeFigure39 RL=1kΩ,CL=2pF,seeFigure40 CL=10pF,seeFigure41CL=10pF,seeFigure42CL=10pF,RPULLUP=1kΩ,seeFigure43VS=18V,RS=0Ω,CL=1nF,seeFigure45RL=50Ω,CL=5pF,f=1MHz,seeFigure33RL=50Ω,CL=5pF,f=1MHz,seeFigure34RL=10kΩ,VS=18Vp-p,f=20Hzto20kHz,seeFigure38RL=50Ω,CL=5pF,seeFigure37RL=50Ω,CL=5pF,f=1MHz,seeFigure37VS=18V,f=1MHzVS=18V,f=1MHzVS=18V,f=1MHzVDD=39.6V,VSS=0V,digitalinputs=0V,5V,orVDD mAtypmAmaxmAtypmAmaxmAtypmAmax mAtypmAmaxmAtypmAmaxmAtypmAmaxVminVmax VS=+55V,−40V GND=0VGND=0V Rev.A|Page10of22 EnhancedProduct CONTINUOUSCURRENTPERCHANNEL,SxORDx Table5.Parameter16-LEADTSSOP θJA=112.6°C/W 25°C 8364 85°C 5948 125°C 3929 Unit mAmaxmAmax ADG5412F-EP TestConditions/CommentsVS=VSS+4.5VtoVDD−4.5VVS=VSStoVDD Rev.A|Page11of22 ADG5412F-EP ABSOLUTEMAXIMUMRATINGS TA=25°C,unlessotherwisenoted. Table6.ParameterVDDtoVSSVDDtoGNDVSStoGNDSxPinstoGNDSxtoVDDorVSSVStoVDDxPins1 DigitalInputsPeakCurrent,SxorDxPins ContinuousCurrent,SxorDxPinsDigitalOutput OperatingTemperatureRangeStorageTemperatureRangeJunctionTemperatureThermalImpedance,θJA 16-LeadTSSOP,θJAThermalImpedance(4-LayerBoard) ReflowSolderingPeakTemperature,PbFree ESD(HBM:ANSI/ESDSTM5.1-2007)Input/OutputPorttoSuppliesInput/OutputPorttoInput/OutputPortAllOtherPins Rating48V−0.3Vto+48V−48Vto+0.3V−55Vto+55V80V80VVSS−0.7VtoVDD+0.7Vor30mA,whicheverursfirstGND−0.3Vto+48V288mA(pulsedat1ms,10%dutycyclemaximum)Data2+15%GND−0.3Vto6Vor30mA,whicheverursfirst−55°Cto+125°C−65°Cto+150°C150°C 112.6°C/W AsperJEDECJ-STD-020 5.5kV5.5kV 5.5kV 1OvervoltagesattheDxpinsareclampedbyinternaldiodes.Limitcurrenttothemaximumratingsgiven. 2SeeTable5. EnhancedProduct StressesatorabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetotheproduct.Thisisastressratingonly;functionaloperationoftheproductattheseoranyotherconditionsabovethoseindicatedintheoperationalsectionofthisspecificationisnotimplied.Operationbeyondthemaximumoperatingconditionsforextendedperiodsmayaffectproductreliability.Onlyoneabsolutemaximumratingcanbeappliedatanyonetime. ESDCAUTION Rev.A|Page12of22 EnhancedProductPINCONFIGURATIONANDFUNCTIONDESCRIPTIONS IN11D12S13VSS4GND5S46D47IN48 16IN2 15D2 14S2 ADG5412F-EP13VDD TOPVIEW(NottoScale) 12FF 11S3 10D3 9IN3 Figure2.PinConfiguration 12705-002 ADG5412F-EP Table7.PinFunctionDescriptions PinNo. Mnemonic
1 IN1
2 D1
3 S1
4 VSS
5 GND
6 S4
7 D4
8 IN4
9 IN3 10 D3 11 S3 12 FF 13 VDD 14 S2 15 D2 16 IN2 Description
LogicControlInput.DrainTerminal.Thispincanbeaninputoranoutput.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.MostNegativePowerSupplyPotential.Ground(0V)Reference.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.DrainTerminal.Thispincanbeaninputoranoutput.LogicControlInput.LogicControlInput.DrainTerminal.Thispincanbeaninputoranoutput.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.FaultFlagDigitalOutput.ThispinhasahighoutputwhenthedeviceisinnormaloperationoralowoutputwhenafaultconditionursonanyoftheSxinputs.MostPositivePowerSupplyPotential.OvervoltageProtectedSourceTerminal.Thispincanbeaninputoranoutput.DrainTerminal.Thispincanbeaninputoranoutput.LogicControlInput. Table8.ADG5412F-EPTruthTableINx10 SwitchCondition(S1toS4)OnOff Rev.A|Page13of22 ADG5412F-EP TYPICAL 25 20 15 PERFORMANCECHARACTERISTICS VDD=+22VVSS=–22V VDD=+20VVSS=–20V VDD=+18VVSS=–18V VDD=+13.5VVSS=–13.5V TA=25°
C VDD=+16.5VVSS=–16.5V 10 ONRESISTANCE(Ω) 5VVDSDS==+–1155VV 0–25–20–15–10 –505VS,VD(V) 10152025 Figure3.RONasaFunctionofVS,VD(DualSupply) 25TA=25°
C 20 VDD=12VVSS=0V VDD=10.8V 15 VSS=0V ONRESISTANCE(Ω) 10 VDD=13.2VVSS=0V5 ONRESISTANCE(Ω)
0 0
2 4
6 8 10 12 14 VS,VD(V) Figure4.RONasaFunctionofVS,VD(12VSingleSupply) 25TA=25°
C 20VDD=36VVSS=0V 15 VDD=32.4V VSS=0V 10 VDD=39.6V
5 VSS=0V
0 0
5 10 15 20 25 30 35 40 VS,VD(V) Figure5.RONasaFunctionofVS,VD(36VSingleSupply) 12705-006 ONRESISTANCE(Ω) 12705-005 ONRESISTANCE(Ω) 12705-004 ONRESISTANCE(Ω) EnhancedProduct 12705-007 40VDD=+15VVSS=–15V 35 30 25 20 15+125°
C +85°
C 10 +25°
C –40°C
5 –55°
C 0–15–12–9–6–303691215 VS,VD(V) Figure6.RONasaFunctionofVS,VDforDifferentTemperatures,±15VDualSupply 40VDD=+20VVSS=–20V 35 30 25 20 15+125°
C +85°C 10+25°
C –40°C
5 –55°
C 0–20–15–10 –
5 0
5 VS,VD(V) 10 15 20 Figure7.RONasaFunctionofVS,VDforDifferentTemperatures,±20VDualSupply 40VDD=12VVSS=0V 35 30 25 20 +125°C 15 +85°
C 10 +25°
C –40°C
5 –55°
C 0
0 2
4 6
8 10 12 VS,
VD(V) Figure8.RONasaFunctionofVS,VDforDifferentTemperatures,12VSingleSupply 12705-008 12705-009 Rev.A|Page14of22 EnhancedProduct ONRESISTANCE(Ω) 40VDD=36VVSS=0V 35 30 25 20 +125°C 15 +85°
C 10 +25°
C –40°C
5 –55°
C 0
0 4
8 12162024283236 VS,VD(V) Figure9.RONasaFunctionofVS,VDforDifferentTemperatures,36VSingleSupply 2VDD=+15V 1VSS=–15VVBIAS=+10V/–10V
0 –
1 –
2 –
3 –
4 –
5 –
6 IS(OFF)+– –
7 IS(OFF)–+ IS,ID(ON)++–
8 0 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure10.LeakageCurrentvs.Temperature,±15VDualSupply LEAKAGECURRENT(nA)
2 LEAKAGECURRENT(nA) 0VDD=+20VVSS=–20V –2VBIAS=+15V/–15V –
4 –
6 –
8 –100 IS(OFF)+–IS(OFF)–+IS,ID(ON)++ 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure11.LeakageCurrentvs.Temperature,±20VDualSupply 12705-012 LEAKAGECURRENT(nA) 12705-011 LEAKAGECURRENT(nA) 12705-010 LEAKAGECURRENT(nA) ADG5412F-EP
1 0VDD=12VVSS=0V –1VBIAS=1V/10V –
2 –
3 12705-013 –
4 IS(OFF)+– IS(OFF)–+ IS,ID(ON)++–
5 0 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure12.LeakageCurrentvs.Temperature,12VSingleSupply
2 0VDD=36VVSS=0V –2VBIAS=1V/30V –
4 –
6 12705-014 –
8 –100 IS(OFF)+–IS(OFF)–+IS,ID(ON)++ 20 40 ID(OFF)+–ID(OFF)–+IS,ID(ON)–– 60 80 100 120 TEMPERATURE(°C) Figure13.LeakageCurrentvs.Temperature,36VSingleSupply 5VDD=+15VVSS=–15V
0 –
5 –10 –15 VS=–30V VS=–55V VS=+30V VS=+55V–20
0 20 40 60 80 100 120 TEMPERATURE(°C) 12705-015 Figure14.OvervoltageLeakageCurrentvs.Temperature,±15VDualSupply Rev.A|Page15of22 ADG5412F-EP 5VDD=+20VVSS=–20V
0 LEAKAGECURRENT(nA) –
5 –10 –15 VS=–30V –20 VS=–55V VS=+30V VS=+55V–25
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure15.OvervoltageLeakageCurrentvs.Temperature,±20VDualSupply
2 VDD=12V
0 VSS=0V –
2 LEAKAGECURRENT(nA) –
4 –
6 –
8 –10 –12 VS=–30V VS=–55V –14 VS=+30V VS=+55V–16
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure16.OvervoltageLeakageCurrentvs.Temperature,12VSingleSupply
2 VDD=36V
0 VSS=0V LEAKAGECURRENT(nA) –
2 –
4 –
6 –
8 –10 VS=–38V –12 VS=–40V VS=+38V VS=+55V–14
0 20 40 60 80 100 120 TEMPERATURE(°C) Figure17.OvervoltageLeakageCurrentvs.Temperature,36VSingleSupply 12705-018 CHARGEINJECTION(pC) 12705-017 CROSSTALK(dB) 12705-016 OFFISOLATION(dB) EnhancedProduct
0 VDD=+15VVSS=–15V–20TA=25°
C –40 –60 –80 –100 12705-019 –1201k 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure18.OffIsolationvs.Frequency,±15VDualSupply
0 VDD=+15VVSS=–15V–20TA=25°
C –40 –60 –80 –100 12705-020 –120 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure19.Crosstalkvs.Frequency,±15VDualSupply 800TA=25°C 700 600 VDD=36V 500 VSS=0V 400 300 200 VDD=12V VSS=0V 100
0 –1000
5 10 15 20 25 30 35 40 VS(V) Figure20.ChargeInjectionvs.SourceVoltage(VS),SingleSupply 12705-021 Rev.A|Page16of22 EnhancedProduct CHARGEINJECTION(pC) 800TA=25°C 700 600 VDD=+20VVSS=–20V 500 400 VDD=+15V 300 VSS=–15V 200 100
0 –100–20–15–10 –
5 0
5 VS(V) 10 15 20 Figure21.ChargeInjectionvs.SourceVoltage(VS),DualSupply ACPSRR(dB) 0VDD=+15VVSS=–15V –20TA=25°CWITHDECOUPLINGCAPACITORS –40 –60 –80 –100 –120 –140 10k 100k 1M 10M 100M 1G FREQUENCY(Hz) Figure22.ACPSRRvs.Frequency,±15VDualSupply 0.020 LOAD=10kΩTA=25°
C 0.015 0.010 VDD=12V,VSS=0V,VS=6Vp-p THD+N(%) 0.005 00 VDD=15V,VSS=–15V,VS=15Vp-pVDD=20V,VSS=–20V,VS=20Vp-pVDD=36V,VSS=0V,VS=18Vp-p 5000 10000FREQUENCY(Hz) 15000 Figure23.THD+Nvs.Frequency 20000 12705-024 THRESHOLDVOLTAGE,VT(V) 12705-023 TIME(ns) 12705-022 BANDWIDTH(dB) ADG5412F-EP 0–0.5 VDD=+15VVSS=–15VTA=25°
C –1.0 –1.5 –2.0 –2.5 –3.0 –3.5 –4.0 –4.5 –5.0 10k 100k 1M 10M 100M 1G FREQUENCY
(Hz) Figure24.Bandwidthvs.Frequency,±15VDualSupply 12705-025 480 460 440 420 400380360340320 –55 –35–15 5254565TEMPERATURE(°C) tON(12V)tON(36V)tON(±15V)tON(±20V)tOFF(12V)tOFF(36V)tOFF(±15V)tOFF(±20V) 85105125 Figure25.tON,tOFFTimesvs.Temperature 12705-026 0.9 0.8 0.7 0.6 12705-027 0.5 –40–20
0 20 40 60 80100120 TEMPERATURE(°C) Figure26.ThresholdVoltage(VT)vs.Temperature Rev.A|Page17of22 ADG5412F-EP
T VDD SOURCE
2 DRAIN CH15.00VCH25.00VCH35.00V M400ns ACH2 T–10.00ns 10.1V Figure27.DrainOutputResponsetoPositiveOvervoltage DRAIN
1 VSS SOURCE CH15.00VCH25.00VCH35.00V M400ns ACH2 T–10.00ns –14.7V Figure28.DrainOutputResponsetoNegativeOvervoltage 12705-029 12705-028 SIGNALVOLTAGE(Vp-p) EnhancedProduct 24 TA=25°
C VDD=+10V 20 VSS=–10V 16 12 DISTORTIONLESS
8 OPERATING REGION
4 12705-030
0 1 10 100 FREQUENCY(MHz) Figure29.LargeSignalVoltageTrackingvs.Frequency Rev.A|Page18of22 EnhancedProduct TESTCIRCUITS
V Sx Dx VS IDS RON=V/IDS Figure30.OnResistance 12705-031 IS(OFF)
A Sx VS ID(OFF) Dx
A VD 12705-032 Figure31.OffLeakage NC Sx ID(ON) Dx
A NC=NOCONNECTVD 12705-033 Figure32.OnLeakage VDD0.1µ
F VSS0.1µ
F VDD VSS Sx INx 50Ω DxVIN GND NETWORKANALYZER 50ΩVS VOUTRL50Ω VOUTOFFISOLATION=20logVS Figure33.OffIsolation VDD0.1µ
F VSS0.1µ
F VDD VSSS1 RL Dx 50Ω S2 GND NETWORKANALYZER RL50Ω VOUT VS VOUTCHANNEL-TO-CHANNELCROSSTALK=20logVS Figure34.Channel-to-ChannelCrosstalk 12705-045 12705-044 ADG5412F-EP 12705-034 IS
A Sx Dx |VS|>|VDD|OR|VSS| IDA RL10kΩ Figure35.SwitchOvervoltageLeakage VDD=VSS=GND=0V IS
A Sx ID Dx
A VS10kRΩ
L Figure36.SwitchUnpoweredLeakage 12705-035 VDD0.1µ
F VSS0.1µ
F INxVIN VDD VSSSx DxGND NETWORKANALYZER 50ΩVS VOUTRL50Ω VOUTWITHSWITCHINSERTIONLOSS=20log VOUTWITHOUTSWITCH Figure37.Bandwidth VDD0.1µ
F VSS0.1µ
F INxVIN VDD VSSSx DxGND RL10kΩ AUDIOPRECISION RS VSVp-p VOUT Figure38.THD+
N 12705-046 12705-047 Rev.A|Page19of22 ADG5412F-EP VDD0.1µ
F VSS0.1µ
F EnhancedProduct VDD+0.5V SOURCEVOLTAGE (VS)0V tRESPONSE VDD–0.9VOUTPUT(VD) 0V VDD VSS S1 D1 VD VS CL*RL 2pF1kΩ ADG5412F-EP S2TOS4GND *INCLUDESTRACKCAPACITANCE Figure39.OvervoltageResponseTime,tRESPONSE VDD0.1µ
F VSS0.1µ
F 12705-036 12705-037 VDD+0.5V SOURCEVOLTAGE (VS)0V tRECOVERY VDD VSS S1 D1 VD VS CL* RL 2pF1kΩ ADG5412F-EP OUTPUT(VD) 1V0V S2TOS4GND *INCLUDESTRACKCAPACITANCE Figure40.OvervoltageRecoveryTime,tRECOVERY VDD0.1µ
F VSS0.1µ
F VDD+0.5VSOURCEVOLTAGE(VS)0V tDIGRESP OUTPUT(VFF)0V VDD VSS S1 D1 VS S2TOS4 ADG5412F-EP FF CL* 12pF 0.1VOUT GND *INCLUDESTRACKCAPACITANCE Figure41.InterruptFlagResponseTime,tDIGRESP 12705-038 Rev.A|Page20of22 EnhancedProduct VDD0.1µ
F VSS0.1µ
F VDD+0.5VSOURCEVOLTAGE(VS)0V OUTPUT(VFF)0V VS tDIGREC0.9VOUT VDD VSS S1 D1 S2TOS4 ADG5412F-EP FF GND CL*12pF *INCLUDESTRACKCAPACITANCE Figure42.InterruptFlagRecoveryTime,tDIGREC VDD0.1µ
F VSS0.1µ
F 12705-039 VDD+0.5V VDD VSS SOURCEVOLTAGE (VS) 0V tDIGREC S1 D1 VS S2TOS4 5V ADG5412F-EP RPULLUP1kΩ 5V 3VOUTPUT (VFF) FFGND CL*12pF OUTPUT 0V*INCLUDESTRACKCAPACITANCE Figure43.InterruptFlagRecoveryTime,tDIGREC,witha1kΩPull-UpResistor VDD0.1µ
F VSS0.1µ
F ADG5412F-EP VDD VSS Sx Dx VINVOUT 50% 50% VS INx GND RL300Ω CL35pF VOUT 90%tON 10%tOFF Figure44.SwitchingTimes,tONandtOFF VDD0.1µ
F VSS0.1µ
F VDD VSS RS Sx Dx VOUT VIN ADG5412F-EP OFF ON VS INx GND CL1nF VOUT QINJ=CL×ΔVOUTΔVOUT Figure45.ChargeInjection,QINJ 12705-040 12705-042 12705-043 ADG5412F-EP Rev.A|Page21of22 ADG5412F-EP OUTLINEDIMENSIONS 5.105.004.90 16
9 4.504.404.30
1 6.40BSC
8 PIN1 1.20 MAX 0.15 0.20 0.05 0.09 0.75 0.30 8° 0.60 0.65 0.19SEATING 0° 0.45 BSC PLANE COPLANARITY 0.10 COMPLIANTTOJEDECSTANDARDSMO-153-AB Figure46.16-LeadThinShrinkSmallOutlinePackage[TSSOP](RU-16) Dimensionsshowninmillimeters EnhancedProduct ORDERINGGUIDE Model1ADG5412FTRUZ-EPADG5412FTRUZ-EP-R7 1Z=RoHSCompliantPart. TemperatureRange−55°Cto+125°C−55°Cto+125°
C PackageDescription16-LeadThinShrinkSmallOutlinePackage[TSSOP]16-LeadThinShrinkSmallOutlinePackage[TSSOP] PackageOptionRU-16RU-16 ©2015AnalogDevices,Inc.Allrightsreserved.Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners. D12705-0-8/15(A) Rev.A|Page22of22
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