In this Tech Chat, we discuss how can power designers determine the optimal or maximum switching frequency for a given device.

This white paper reviews Wolfspeed’s SpeedFit Design Simulator.

The third and final part in this series takes real-world waveforms and transistor behavior into account as it revisits gate biasing and efficiency.

Pair Wolfspeed Silicon Carbide Power Devices with Compatible Gate Drivers from Analog Devices.

This white paper reviews Wolfspeed’s portfolio/resources high-performance designs at a low cost and small footprint.

RF power amplification (PA) is the key to achieving wireless application requirements, such as in ubiquitous communication technologies and radar.

Download this white paper and learn how to “decipher” datasheets for Wolfspeed silicon carbide (SiC) MOSFETs and Schottky diodes.

Accelerate the design process with simulation results you can trust. SpeedFit 2.0 quickly calculates losses and estimates junction temperature for power devices.

The following provides insights into the challenges and requirements of tactical troposcatter communications and further discusses COTS hardware solutions.

Silicon carbide (SiC) offers many improvements over traditional silicon (Si) components, spanning a wide range of power levels and applications.