Multiple Sic Fet Options Enable More Design Flexibility

Multiple SiC FET Options Enable More Design Flexibility

UnitedSiC is now Qorvo

PFC circuit for 3-phase 400V AC input | SiC MOSFET Whitepaper & Reference Design

Toshiba Electronics Europe GmbH

150kW Traction Inverter Design with Discrete SiC FET in Top-Side-Cooled Package

Design of a Compact, Efficient 1.2 kV SiC Power Module with Flexible PCB Gate Connection

Silicon Carbide Gate Driving Considerations from ADI & Wolfspeed

Analog Devices, Inc.

New 750V Gen 4 SiC FETs Enable Higher Efficiency Power Designs

UnitedSiC is now Qorvo

S1E2: UJ4C/SC 750V SiC FETs Enable Superior Performance

UnitedSiC is now Qorvo

ROHM Semiconductor 4th Generation N-Channel SiC Power MOSFETs - 3 for 3 | Mouser Electronics

Mouser Electronics

Why SiC MOSFET is better? Understanding Silicon Carbide MOSFET | SiC MOSFET vs Si MOSFET

Foolish Engineer

SiC FET Products Enabling Advanced Power Electronics

Bodo's Power Systems

UnitedSiC 5 Design Tips for Easy SiC Implementation

UnitedSiC is now Qorvo

Optimizing SiC MOSFET Module Paralleling for Enhanced Power Efficiency | Infineon

Infineon Technologies

Announcing Industry-best 6mΩ 750V Gen 4 SiC FETs

UnitedSiC is now Qorvo

Wolfspeed WolfPACK™ SiC-Based Power Modules | New Product Brief

All About Circuits

Next Generation SiC MOSFET | ROHM Semiconductor

ROHM Semiconductor

How to Kill a SiC MOSFET – Errors in Gate Circuit Design

Bodo's Power Systems

New Generation 4 SiC FET Product Overview (UJ4C Series)

UnitedSiC is now Qorvo

A Modelling Approach for SiC MOSFETs Half-bridge Modules Considering Temperature Characteristics

Reliability Evaluation of High-Speed 10kV SiC MOSFET Power Modules