New Gate Drivers from Power Integrations Deliver Up to 5 A

Boosters allow scalable drive up to 60 A peak gate current; full protection features included

2017.11_SID1102K-PRPIC_FINALSan Jose, Calif. – November 28, 2017– Power Integrations, the leader in IGBT and MOSFET driver technology for medium- and high-voltage inverter applications, today introduced the newest member of its SCALE-iDriver™ IC family, SID1102K, a single-channel, isolated, IGBT and MOSFET gate driver in a wide-bodye SOP package. Featuring a peak drive current of up to 5 A, the new part is able to drive 300 A switches without boosters; external booster scan be used to cost-effectively scale gate current up to 60 A peak. This device provides N-channel drivefor both the low and high side booster MOSFET switches which reduces system cost, minimizes switching losses and increases power capability.

Reinforced galvanic isolation is provided by Power Integrations’ innovative, solid insulator FluxLink™ technology which eliminates the need for optocouplers, improving reliability and ruggedness. SCALE-iDriver technology simplifies design and manufacturing by reducing BOM count; complete drivers can be built using a SID1102K ICand just eight external components. Devices deliver system-level protection features including under-voltage lock-out, rail-to-rail stabilized output voltage – from a single supply rail, high common-mode transient immunity and 9.4mmcreepage and clearance.

Comments Michael Hornkamp, senior director of marketing for gate-driver products at Power Integrations: “The new SID1102K gate-driverIC reduces time-to-market for designers by providing an easy-to-implement, scalable solution which includes critical safety and protection features in a single,compact, robust package.”

Key applications include UPS, standard AC drives and VFDs, photovoltaic/solar systems, commercial air conditioners, DC chargers and welding equipment. Devices are available now priced at $1.52 in 10,000 piece quantities. Technical support for SID1102KICs is available from the Power Integrations website at:

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