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MOS FET Relay Selection Guide 5
MOS FET Relay Selection Guide
General Attributes
G3VM PCB G3VM SMT G3VM SOP G3VM SSOP
Dimensions mm (in)
Please refer to data sheets for all
dimension information
Please refer to data sheets for all
dimension information
Please refer to data sheets for all
dimension information
4 pin:
3.8 L x 2.04 W x 1.8 H
(0.15 x 0.08 x 0.07)
Features
•
Solid-state relay with MOS FET
output and photo-LED input
•
Ideal for communication
equipment, medical devices,
computer peripheral, office
automation, security, and
control applications
•
Solid-state relay with MOS FET
output and photo-LED input
•
Ideal for communication
equipment, medical devices,
computer peripheral, office
automation, security, and
control applications
•
Solid-state relay with MOS FET
output and photo-LED input
•
Ideal for communication
equipment, medical devices,
computer peripheral, office
automation, security, and
control applications
•
Low ON resistance and low
output capacitance versions
ideal for ATE and Instrumentation
•
Solid-state relay with MOS FET
output and photo-LED input
•
Ideal for communication
equipment, medical devices,
computer peripheral, office
automation, security, and
control applications
•
Low ON resistance and low
output capacitance versions
ideal for ATE and Instrumentation
Load voltage 60 – 600 V 60 – 600 V 20 – 600 V 20 – 100 V
Contact form
1FormA, 2FormA, 1FormB,
2FormB, 1FormA+1FormB
1FormA, 2FormA, 1FormB,
2FormB, 1FormA+1FormB
1FormA, 2FormA, 1FormB,
2FormB, 1FormA+1FormB
1FormA
Load current 100 – 2,500 mA 100 – 2,500 mA 80 – 1,250 mA 80 – 900 mA
Dielectric strength
(50/60 Hz for 1 minute)
2,500 VAC,
5,000 VAC
1,500 VAC,
2,500 VAC,
5,000 VAC
1,500 VAC 1,500 VAC
ON resistance
0.065 – 40 Ω (typical) 0.065 – 40 Ω (typical) 0.02 – 40 Ω (typical) 0.18 – 25 Ω (typical)
Output capacitance
30 – 400 pF (typical) 30 – 400 pF (typical) 0.6 – 1,000 pF (typical) 0.45 – 40 pF (typical)
Packaging
Tube Tube or tape-and-reel Tube or tape-and-reel Tape-and-reel or cut tape
Additional features
Low ON resistance,
Current limiting,
High I/O isolation,
High Current
Low ON resistance,
Current limiting,
High I/O isolation,
High Current
Low ON resistance,
Low output capacitance,
Current limiting,
High Current,
Low LED Trigger
Low ON resistance,
Low output capacitance,
Low Leakage
