UnitedSiC 5 Design Tips for Easy SiC Implementation
Implementing a silicon carbide-based design can deliver significant efficiency and overall performance improvements to your end system. In this webinar, we address the different situations power designers might face today when upgrading from a silicon (Si) based design, starting a new silicon carbide (SiC) based design or finding an alternative for an existing SiC design. You’ll be introduced to the newest generation of SiC ICs and learn the key design tips for making the SiC implementation simple, accurate and timely. Webinar Outline: Design situations Si/SiC power designers face today Describe 5 key design tips for easy SiC implementation Present case studies Totem Pole PFC High Voltage Phase Shift Full Bridge Drop-in Replacement for Si Super-Junction MOSFET FAQs

SiC FETs: Easily Driving Higher Power Density

Troubleshooting gate drive circuits in automotive and industrial applications

Silicon Carbide Gate Driving Considerations from ADI & Wolfspeed

WEBINAR: Enabling 99 3% efficiency in 3 6kW Totem pole PFC using new 750V Gen 4 SiC FETs

Powerful Knowledge 7 - SIC power device reliability and robustness

New Generation 4 SiC FET Product Overview (UJ4C Series)

Designing and Measuring Converter Control Loops

Webinar: Driving Power MOSFETs

Snubber Design

A Tech Deep Dive into Silicon Carbide for investors

Gen 4 1200V SiC Cascode FET

Developing Clean Efficient Power with LLC Resonant Converters with Infineon

Basics of DESAT over-current protection

Designing Power MOSFET Circuits - Circuit Tips and Tricks

S1:E3 - Overcoming noise and EMI when using SiC FETs

Power dissipation of a gate driver and TI’s blunder

Wide Bandgap SiC and GaN Devices - Characteristics & Applications

Measuring a MOSFET’s Miller Plateau - Workbench Wednesdays

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

