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Key Words : Full SiC power module

2018.12.06

Support Tools: Full SiC Module Loss Simulator

In this article, we introduce support tools for design and evaluation using full-SiC modules. Full-S...

2018.12.06

Summary

This final section ends by summarizing the key points of the physical properties of SiC, SiC-SBDs (S...

2018.11.22

Tips for Practical Use: The Effects of Specialized Gate Drivers and Snubber Modules

In this article, as important points in utilizing full-SiC modules, in addition to the snubber capac...

2018.10.11

Tips for Practical Use: Snubber Capacitors

In this article, we explain snubber capacitors used with full-SiC power modules. Snubber capacitors ...

2018.09.06

Tips for Practical Use: Gate Driving--Part 2

In the previous article, as a matter for study relating to gate driving of full-SiC modules, we expl...

2018.08.23

Tips for Practical Use: Gate Driving--Part 1

From here, we examine how to make full use of the superior performance of full-SiC power modules. Th...

2018.07.12

Switching Losses in Full-SiC Power Modules

A full-SiC power module offers performance deriving from SiC that is superior to that of conventiona...

2018.05.10

What are Full-SiC Power Modules?

We begin a new chapter. In succession to a summary of SiC and discussions of SiC SBDs (Schottky Barr...

2017.10.26

Smaller Equipment Sizes through Reduced Switching Losses and Higher-Frequency Operation

ROHM has, for the first time in the world, begun mass production of a "full SiC" power module that u...

2017.10.26

Third-Generation SiCMOSFET Adopted, Expanding Lineup

ROHM has, for the first time in the world, begun mass production of a "full SiC" power module that u...

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