The 22nd International Symposium on Power Semiconductor Devices & Ics (ISPSD2010), 6月6日-10日, 2010年, International Conference Center Hiroshima, Hiroshima, JapanTrench termination technique has been attractive for high voltage power devices design with the possibilities of reducing the chip area and improves the blocking voltage to the level of ideal one, by reducing the termination length and maintaining the ideal electric field uniformity near the chip edge. The authors unveil, for the first time, that positive charges due to the holes accumulated in the trench side wall terminate the high electric field and show the robust design for the trench termination against the avalanche phenomena
This work presents the design methodology and performance of a compact edge termination structure ai...
[[abstract]]In this paper, we investigate the behavior of 1200V Punch-Through, Trench gate, Field st...
In this study, we developed an analytic model to design a trench metal–insulator–semiconductor (MIS)...
A new type of high voltage termination, namely the “deep p-ring trench” termination design for high ...
A new type of high voltage termination, namely the “deep p-ring trench” termination design for high ...
2012 24th International Symposium on Power Semiconductor Devices and ICs (ISPSD 2012), June 3-7, 201...
A major limitation on the performance of high-voltage power semiconductor is the edge termination of...
International audienceUsing finite element simulations with Sentaurus TCAD (Technology Computer-Aide...
Abstract — Numerous techniques have been used to improve the voltage handling capability of high vol...
International audienceAmong the numerous solutions developed to improve the handling capability of s...
New technological ways allowing the realization of deep trench Superjunction devices (diodes or MOS ...
International audienceDeep trench terminations are commonly known as a technique to achieve ideal br...
[[abstract]]In this study, a novel termination is designed in a low-voltage N-channel trench power m...
International audienceTo fully achieve the performance which SiC power devices potentially have, it ...
Among the numerous solutions developed to improve the voltage handling capability of superjunction p...
This work presents the design methodology and performance of a compact edge termination structure ai...
[[abstract]]In this paper, we investigate the behavior of 1200V Punch-Through, Trench gate, Field st...
In this study, we developed an analytic model to design a trench metal–insulator–semiconductor (MIS)...
A new type of high voltage termination, namely the “deep p-ring trench” termination design for high ...
A new type of high voltage termination, namely the “deep p-ring trench” termination design for high ...
2012 24th International Symposium on Power Semiconductor Devices and ICs (ISPSD 2012), June 3-7, 201...
A major limitation on the performance of high-voltage power semiconductor is the edge termination of...
International audienceUsing finite element simulations with Sentaurus TCAD (Technology Computer-Aide...
Abstract — Numerous techniques have been used to improve the voltage handling capability of high vol...
International audienceAmong the numerous solutions developed to improve the handling capability of s...
New technological ways allowing the realization of deep trench Superjunction devices (diodes or MOS ...
International audienceDeep trench terminations are commonly known as a technique to achieve ideal br...
[[abstract]]In this study, a novel termination is designed in a low-voltage N-channel trench power m...
International audienceTo fully achieve the performance which SiC power devices potentially have, it ...
Among the numerous solutions developed to improve the voltage handling capability of superjunction p...
This work presents the design methodology and performance of a compact edge termination structure ai...
[[abstract]]In this paper, we investigate the behavior of 1200V Punch-Through, Trench gate, Field st...
In this study, we developed an analytic model to design a trench metal–insulator–semiconductor (MIS)...