EliteSiC MOSFETs

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Overview

onsemi EliteSiC™ MOSFETs help power electronics designers achieve higher efficiency, power density, and reliability in demanding power conversion applications. The EliteSiC family includes both discrete packaged SiC MOSFETs and SiC bare die solutions spanning automotive, industrial, renewable energy, energy storage, EV charging and AI data center power infrastructure.
Built on a strategy of concurrent semiconductor die and package development, from M1 to M4, EliteSiC devices are engineered for demanding system-level solutions. Advanced SiC die technology, combined with innovative package options, optimized for highest thermal and electrical performance, helps reduce switching and conduction losses while enabling higher power density and simplified thermal management.
To accelerate development, onsemi supports power electronics designs with simulation and modeling web-tools at the device and system level, along with evaluation platforms, application expertise, and technical documentation. Explore the EliteSiC MOSFET family, compare discrete and bare die solutions, and access the tools and resources to support your design journey.

Categories

SiC MOSFETs

EliteSiC discrete MOSFETs deliver low switching and conduction losses at high voltage. Compare devices by voltage, resistance, package and generation.
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SiC MOSFETs Bare Die

EliteSiC bare die MOSFETs are intended for custom high-power module designs. Optimize electrical and thermal integration for automotive and industrial systems.
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Design Tools

Self-Service PLECS Model Generator

Using onsemi's novel SPICE models, create custom, high-fidelity models for seamless integration and simulation of power devices in your circuit designs. Upload your PLECS models to the Elite Power Simulator environment for application simulation.

Elite Power Simulator

Simulate and analyze circuit performance and heat loss in major power supply topologies for the automotive and industrial sectors using real models from onsemi. Accelerate SiC power design by simulating operating conditions, comparing device choices, and visualizing system‑level performance.

Elite Pairing Studio

Select gate driver and power switch pair. Generate detailed switching waveforms for the selected MOSFET and gate driver combination using onsemi physics‑based SPICE models.