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Silicon Carbide as a Semiconductor
Silicon Carbide

BaSiCs of SiC: Silicon Carbide as a Semiconductor

As we continue with the BaSiCs of SiC blog series, we’re going to take a look at SiC as a semiconductor material and what properties make it special.
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 BaSiCs of Silicon Carbide
The Importance of SiC’s Wide Bandgap
Silicon Carbide

BaSiCs of SiC: The Importance of Silicon Carbide’s Wide Bandgap

In this newest BaSiCs of SiC post, we’re going to discuss bandgaps and find out why SiC’s wide bandgap is key to its usefulness.
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 BaSiCs of Silicon Carbide
SiC’s Unique Properties and Applications
Silicon Carbide

BaSiCs of SiC Series: Silicon Carbide’s Unique Properties and Applications

Although it might seem like a recent innovation, silicon carbide (SiC) has actually been in use since the late 1800s, beginning as an abrasive material and later finding applications in a wide variety of industries (including semiconductors). The wide-ranging use of SiC is a natural consequence of the material’s extraordinary physical traits.
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 BaSiCs of Silicon Carbide
BaSiCs of SiC Series: The Extreme Durability of Silicon Carbide
Silicon Carbide

BaSiCs of SiC Series: The Extreme Durability of Silicon Carbide

Silicon carbide (SiC) is a ceramic material that, for the purposes of semiconductor applications, is often grown as a single crystal. Its inherent material properties, combined with being grown as a single crystal, make it one of the most durable semiconductor materials on the market. This durability goes far beyond just its electrical performance.
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 BaSiCs of Silicon Carbide
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