Navitas Semiconductor NV6427 Bi-Directional GaNFast™ Power Switches
Navitas Semiconductor NV6427 Bi-Directional GaNFast™ Power Switches are designed to block voltage in both directions. A monolithic, integrated substrate-clamping circuit between each source and the common substrate automatically clamps the source-to-substrate voltage. Navitas’ unique substrate clamp technology delivers optimized switching performance during 4-quadrant operation compared to a floating-substrate switch, which can experience a "back-gating effect".
The Navitas NV6427 GaNFast Power Switches also feature a thermally enhanced, top-cooled SMD with gull-wing leads for superior board-level temperature cycling.
The NV6427 is the ideal choice for topologies that use 4-quadrant switches to capture the advantages of bidirectional GaN for high-frequency, high-power-density, high-efficiency systems in solar, industrial, motor drive, and EV segments.
Features
- Bi-directional 4-quadrant GaN power switch:
- Vss 650V continuous/800V transient
- 102mQ RSS(ON)_TYP_25C and 25A ISS(CONT_25C)
- TOLT-16L thermally-enhanced, top-cooled
- Zero reverse-recovery charge
- Up to 2MHz operation
- GaNFast technology provides an integrated active substrate clamp circuit between each source and the common substrate, optimizing switching performance in bi-directional current flow
- RoHS, Pb-free, REACH-compliant
Applications
- Solar micro-inverter/ESS and heric inverter
- Bi-directional ZVS cyclo-converter topologies
- AC-AC motor drive and matrix converters
- Next-generation bi-directional topologies
Associated Switches
Navitas Semiconductor NV6428 Bi-Directional GaNFast™ Power Switches
Designed to block voltage in both directions using unique substrate clamp technology.
Board
Navitas Semiconductor NVE107C 650V Bi-Directional GaN Eval Board
Provides significant flexibility for AC/AC matrix inverters, onboard chargers, and solar inverters.
Typical Application Circuits
