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gering reliability and ruggedness concerns, and the need for a trained workforce to skillfully insert SiC into power elec- tronics systems. In many applications, however, SiC-based systems are more cost-effective than silicon equivalents because of passive-component simplifications — and that’s before energy savings over the life of the system are taken into account. Device manufacturers have accumulated exten- sive field data that supports reliable operation over system lifetime. Ruggedness is addressed through design tradeoffs and by employing intelligent gate drives with prognostic and diagnostic functions. And educational opportunities abound to train students and the existing workforce in SiC power technology.
“AspenCore Guide to Silicon Carbide: Enabling a Smart Energy Future” provides an excellent in-depth discussion of key aspects of SiC power technology. It is a valuable refer- ence for those engaged directly in deploying SiC in the field and a comprehensive introduction for those making the tran- sition from silicon. It covers basic material properties, design, and fabrication of SiC devices as well as practical consider- ations for system insertion in high-volume applications in which SiC is displacing the dominant Si technology. The book also provides a detailed market analysis, with insights into SiC power device market dynamics and emerging trends. It is therefore a compelling read for business professionals and practicing engineers alike.
Written by experienced, well-respected SiC technologists, the book begins with insight into markets benefiting from the superior performance of SiC power devices, followed by the technical foundation behind their design, fabrica- tion, and circuit implementation. Subsequent chapters cover major SiC device applications, including electric vehicles, renewable energy, motor control, and aerospace/defense.
Each chapter is a practical overview of its subject matter and a must-read for anyone who wants to stay on the leading edge of power SiC technology.
With smaller form factors, reduced cooling requirements, and established reliability, SiC devices are cost-effective silicon replacements at the system level while allowing for novel circuit architectures and simplification.
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FOREWORD