SOT-363 Dual N/P-Channel MOSFET Arrays

This collection features SOT-363 Dual N/P-Channel MOSFET Arrays. Filter the table below by maximum voltage (Vds) and current (Id) to find the exact multi-channel component you need.

Showing 22 parts
PartTypePackageVdsIdRds(on)Vgs(th)Manufacturer / Datasheet
DMC2710UDW-13 Dual N/P-Channel SOT-363 20V 750mA 1.05Ω@2.5V 1V
DIODES 📄 PDF
BSD235CH6327 Dual N/P-Channel SOT-363 20V 950mA 1.2Ω@4.5V 1.2V
Infineon 📄 PDF
DMC3400SDW-7 Dual N/P-Channel SOT-363 30V 650mA 900mΩ@10V 2.6V
DIODES 📄 PDF
DMC3401LDW-13 Dual N/P-Channel SOT-363 30V;30V 800mA;550mA 400mΩ@10V
900mΩ@10V
1.2V;2.2V
DIODES 📄 PDF
NTJD4105CT1G Dual N/P-Channel SOT-363 20V 910mA 360mΩ@2.5V 2.1V
onsemi 📄 PDF
PJT7600_R1_00001 Dual N/P-Channel SOT-363 20V 1A 325mΩ@4.5V 1V
PANJIT 📄 PDF
PJT7603_R1_00001 Dual N/P-Channel SOT-363 60V 400mA 6Ω@4.5V 2.5V
PANJIT 📄 PDF
SI3439KDWA-TP Dual N/P-Channel SOT-363 20V 750mA 700mΩ@1.8V 1.1V
SQ1539EH-T1_GE3 Dual N/P-Channel SOT-363 30V 850mA 280mΩ@10V
940mΩ@10V
1.8V
VISHAY 📄 PDF
SQ1563AEH-T1_GE3 Dual N/P-Channel SOT-363-6 20V 850mA 280mΩ@4.5V
575mΩ@4.5V
600mV
VISHAY 📄 PDF
BSS8402DW-TP Dual N/P-Channel SOT-363 60V 130mA 3.75Ω@10V 2V
BSS8402DWQ-13 Dual N/P-Channel SOT-363 60V;50V 130mA 13.5Ω@10V 2.5V
DIODES 📄 PDF
BSS8402DWQ-7 Dual N/P-Channel SOT-363 60V;50V 115mA;130mA 13.5Ω@10V
10Ω@5V
2.5V;2V
DIODES 📄 PDF
DMC3401LDW-7 Dual N/P-Channel SOT-363 30V;30V 800mA;550mA 400mΩ@10V
900mΩ@10V
1.2V;2.2V
DIODES 📄 PDF
DMG1016UDWQ-7 Dual N/P-Channel SOT-363 20V 1.036A;845mA 450mΩ@4.5V
750mΩ@4.5V
1V
DIODES 📄 PDF
MC7252KDW-TP Dual N/P-Channel SOT-363 60V 340mA 10Ω@10V 2.5V
BSS8402DW-7-F Dual N/P-Channel SOT-363 60V 130mA 13.5Ω@10V 2.5V
DIODES 📄 PDF
DMC2710UDWQ-13 Dual N/P-Channel SOT-363 20V 750mA 750mΩ@4.5V 1V
DIODES 📄 PDF
DMG1016UDW-7 Dual N/P-Channel SOT-363 20V 1.066A 750mΩ@4.5V 1V
DIODES 📄 PDF
SSM6L35FU(TE85L,F) Dual N/P-Channel TSSOP-6(SC-88)SOT-363 20V 180mA 44Ω@1.2V 1V
TOSHIBA 📄 PDF
BSS8402DW Dual N/P-Channel SOT-363 50V 130mA 3Ω@10V 500mV
Slkor 📄 PDF
SI2429DW-TP Dual N/P-Channel SOT-363 20V 1.5A 260mΩ@1.8V 1.1V