MOS FET Relays

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General Purpose Types

General Purpose Types

Best-selling products that can be used for various applications. Ideal for switching minute signals and analog signals

High Load Voltage Types

High Load Voltage Types

MOS FET relays that achieve high load voltage in SOP4 pin package

Multi Contact Pair Types (2a/2b/1a1b)

Multi Contact Pair Types (2a/2b/1a1b)

MOS FET relays with multi-pole contact configuration (2a/2b/1a1b) that can be used in various circuits

High Current Low on Resistance Types

High Current Low on Resistance Types

MOS FET relays that realize low on-resistance and high-capacity switching comparable to mechanical relays

Small High Dielectric Strength Types

Small High Dielectric Strength Types

A withstand voltage of 5,000VAC between input and output is made possible by a small DIP4 pin package. High-sensitivity products are also available

High Dielectric Strength Types

High Dielectric Strength Types

MOS FET relays with a withstand voltage of 5,000VAC between input and output made possible by a DIP6 pin package

Current Limiting Types

Current Limiting Types

MOS FET relays with self-protection function (current limit) that is optimal for protection from overcurrent

Low Capacity Between Terminals Low on Resistance Types

Low Capacity Between Terminals Low on Resistance Types

Ideal for semiconductor tester applications. Low CxR type that suppresses the product of C (capacity between output terminals) and R (output-on resistance). Lineup of models that give priority to low C and low R

Small High Load Voltage Types

Small High Load Voltage Types

MOS FET relays that achieve high load voltage in a subminiature package

Small Size High Current Types

Small Size High Current Types

MOS FET relays that achieve high current in a subminiature package

Voltage Driving Types

Voltage Driving Types

Voltage-driven MOS FET relays with a built-in current limiting resistor on the input side

MOS FET Relay Module

MOS FET Relay Module

MOS FET Relay in module package with SPDT(1C) and 1 pA max. leakage current