Home News New MOSFET relays with higher levels of dielectric strength and sensitivity

New MOSFET relays with higher levels of dielectric strength and sensitivity

omron mosfet relay

Omron Electronic Components Europe has once again expanded its G3VM series of MOSFET relays with models that increase sensitivity and dielectric strength. Omron's new G3VM-61VY4 increases the continuous load current of this 4V SOP60 relay up to 0,7A with a dielectric strength of 3750Vrms, while the 3V G351VM-1VY350 increases the continuous load current up to 110mA with a dielectric strength of 3750Vrms between I/O.

Omron's new relays have a special SOP4 format with 2,1mm height, 3,7mm width and 7,0mm length. They share the same mounting surface as existing SOP4 relays. The G3VM-61VY4 and G3VM-351VY1 relays are available now and offer purchasing flexibility with minimum order quantities of 500 tape-reels and 125 sticks. The high dielectric strength of the new models admits any application that requires high isolation between I/O. The highly sensitive G3VM-61VY4 and G3VM-351VY1 are especially suitable for sensor applications such as sensor signal transfer and output signal switching from control units in security solutions.

Omron's MOSFET relays lead the industry in optical semiconductor technology by using an input LED with a Photodiode Dome Array (PDA) as a photocoupler and a MOSFET chip in the load switching current. In addition to being maintenance free, the MOSFET relay features high-speed operation and a compact size that makes it even easier to replace mechanical relays.

Both models will offer a greater reduction in consumption during connection, in addition to reducing the input current by one third during operation. Omron's MOSFET relays help reduce the size and increase the density of equipment over equivalent mechanical devices. When compared to reed relays, the consumption at the input is exceptionally low and this contributes to the equipment saving energy. Visit Omron Electronic Components Europe – A global leader in the field of automation