SQJ200EP-T1_GE3 vs SQJ200EP vs SQJ200ZP-GZ3

 
PartNumberSQJ200EP-T1_GE3SQJ200EPSQJ200ZP-GZ3
DescriptionMOSFET Dual N Ch 20V Vds AEC-Q101 Qualified
ManufacturerVishayVishay Siliconix-
Product CategoryMOSFETFETs - Arrays-
RoHSY--
TechnologySiSi-
Mounting StyleSMD/SMTSMD/SMT-
Package / CasePowerPAK-SO-8L-4--
Number of Channels2 Channel2 Channel-
Transistor PolarityN-ChannelN-Channel NPN-
Vds Drain Source Breakdown Voltage20 V--
Id Continuous Drain Current20 A, 60 A--
Rds On Drain Source Resistance7.4 mOhms, 3.1 mOhms--
Vgs th Gate Source Threshold Voltage1 V--
Vgs Gate Source Voltage20 V--
Qg Gate Charge18 nC, 43 nC--
Minimum Operating Temperature- 55 C- 55 C-
Maximum Operating Temperature+ 175 C+ 175 C-
Pd Power Dissipation27 W, 48 W--
ConfigurationDual2 N-Channel-
Channel ModeEnhancementEnhancement-
QualificationAEC-Q101--
TradenameTrenchFET--
PackagingReelDigi-ReelR Alternate Packaging-
Height1.04 mm--
Length6.15 mm--
SeriesSQAutomotive, AEC-Q101, TrenchFETR-
Transistor Type2 N-Channel2 N-Channel-
Width5.13 mm--
BrandVishay / Siliconix--
Forward Transconductance Min55 S, 60 S--
Fall Time13 ns, 14 ns13 ns 14 ns-
Product TypeMOSFET--
Rise Time18 ns, 17 ns18 ns 17 ns-
Factory Pack Quantity3000--
SubcategoryMOSFETs--
Typical Turn Off Delay Time13 ns, 19 ns13 ns 19 ns-
Typical Turn On Delay Time4 ns, 7 ns4 ns 7 ns-
Unit Weight0.017870 oz--
Package Case-PowerPAKR SO-8 Dual-
Operating Temperature--55°C ~ 175°C (TJ)-
Mounting Type-Surface Mount-
Supplier Device Package-PowerPAKR SO-8 Dual Asymmetric-
FET Type-2 N-Channel (Dual)-
Power Max-27W, 48W-
Drain to Source Voltage Vdss-20V-
Input Capacitance Ciss Vds-975pF @ 10V-
FET Feature-Standard-
Current Continuous Drain Id 25°C-20A, 60A-
Rds On Max Id Vgs-8.8 mOhm @ 16A, 10V-
Vgs th Max Id-2V @ 250μA-
Gate Charge Qg Vgs-18nC @ 10V-
Pd Power Dissipation-27 W 48 W-
Vgs Gate Source Voltage-+/- 20 V +/- 20 V-
Id Continuous Drain Current-20 A 60 A-
Vds Drain Source Breakdown Voltage-20 V 20 V-
Vgs th Gate Source Threshold Voltage-1 V 1 V-
Rds On Drain Source Resistance-12.4 mOhms 6.3 mOhms-
Qg Gate Charge-12 nC 29 nC-
Forward Transconductance Min-55 S 60 S-
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