SAE International Digital Control of High Temperature SiC Power Modules Utilizing HTSOI 2008-01-2891

Description
This paper describes a SiC based stackable DC/DC converter system capable of operating at high temperature. The system is capable of fault tolerance and complex power management. These functions require complex control; however, high temperature operation typically precludes the use of conventional control circuitries. Therefore, the present work seeks to develop an advanced digital controller capable of high temperature operation. This is accomplished by utilizing the currently available suite of High-Temperature-Sil icon-on-Insulator(HT SOI) technologies.
Description
This paper describes a SiC based stackable DC/DC converter system capable of operating at high temperature. The system is capable of fault tolerance and complex power management. These functions require complex control; however, high temperature operation typically precludes the use of conventional control circuitries. Therefore, the present work seeks to develop an advanced digital controller capable of high temperature operation. This is accomplished by utilizing the currently available suite of High-Temperature-Sil icon-on-Insulator(HT SOI) technologies.

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Digital Control of High Temperature SiC Power Modules Utilizing HTSOI - 2008-01-2891 - SAE International
Warrendale, PA, United States
Digital Control of High Temperature SiC Power Modules Utilizing HTSOI
2008-01-2891
Digital Control of High Temperature SiC Power Modules Utilizing HTSOI 2008-01-2891
This paper describes a SiC based stackable DC/DC converter system capable of operating at high temperature. The system is capable of fault tolerance and complex power management. These functions require complex control; however, high temperature operation typically precludes the use of conventional control circuitries. Therefore, the present work seeks to develop an advanced digital controller capable of high temperature operation. This is accomplished by utilizing the currently available suite of High-Temperature-Sil icon-on-Insulator(HT SOI) technologies.

This paper describes a SiC based stackable DC/DC converter system capable of operating at high temperature. The system is capable of fault tolerance and complex power management. These functions require complex control; however, high temperature operation typically precludes the use of conventional control circuitries. Therefore, the present work seeks to develop an advanced digital controller capable of high temperature operation. This is accomplished by utilizing the currently available suite of High-Temperature-Silicon-on-Insulator(HTSOI) technologies.

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  SAE International
Product Category Standards and Technical Documents
Product Number 2008-01-2891
Product Name Digital Control of High Temperature SiC Power Modules Utilizing HTSOI
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