GaN & SiC Evaluation and Reference Products
Speed your time to market with GaN and SiC evaluation kits, reference designs and simulation tools
As power conversion applications rapidly transition to gallium nitride (GaN) and silicon carbide (SiC) technologies, Richardson RFPD can help you in your integration plans with our broad selection of GaN and SiC resources to help speed your time to market. Reference the links below for more details on our offering of GaN and SiC technology evaluation kits and reference designs. Also access our gate driver resources that help you address the uniqueness of the voltage requirements, faster switching speeds and high frequency presented by these technologies.
Featured GaN & SiC Evaluation and Reference Products
GaN in Stock: 650V GaN E-HEMT Evaluation Board For Half-Bridge Topology
650 V GaN E-HEMT Daughter Board from GaN Systems
GaN Systems Introduces High-Power Density & Cost Effective 140W Charger Reference Design
GS-EVM-CHG-140WPFCQR-GS1 GaN Systems has introduced a new turnkey 140W
In Stock: Mitsubishi 600V/25A SiC DIPIPM Evaluation Kit for 3-Phase Motor Drive Applications
Mitsubishi US-EVA-01 EVA11-SDIP with PSF25S92F6-A The SiC DIPIPM Evaluation
30kW, 3-Phase Interleaved LLC DCDC Converter Reference Design Targets Fast Charger Applications
Download Wolfspeed CRD30DD12N-K Reference Design Wolfspeed's 30kW 3-phase interleaved LLC
GaN in Stock: 100W GaN Power Amplifier for Wireless Power Applications
GSWP100W-EVBPA from GaN Systems 100W Power Amplifier for Wireless
Evaluation Gate Driver Tool for Wolfspeed’s High-performance 62mm Power Module Platform (HM3)
CGD1700HB3P-HM3 Wolfspeed’s CGD1700HB2P-HM3 is a form-factor-fitting, two-channel gate driver
In Stock: Half-Bridge Gate Drive Evaluation Kit for Hitachi Energy’s RoadPak IGBT/SiC Modules
FRDMGD31RPEVM Featuring the GD3160NXP's FRDMGD31RPEVM is a half-bridge evaluation kit
Wolfspeed: New SiC 3.6 kW Bridgeless Totem-Pole PFC Reference Design
Download Reference Design Files This reference design demonstrates the application