A 600V HVIC with integrated bootstrap diode function by a new emulating HVMOS

Yuji Kawasaki, Toshihiro Imasaka, Yuto Shibuta, Shohei Sano, Yoshio Habu, Nobuo Hashimoto, Mitsutaka Hano, M. Yoshino
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Abstract

We propose a new high voltage MOS (HVMOS) structure and its gate control circuit for integrating a bootstrap diode (BSD) function into a 600V high voltage IC (HVIC). The new HVMOS structure is free from a parasitic PNP, and its drain drift resistance is lowered without sacrificing breakdown voltage. The new gate control circuit maintain the gate voltage of HVMOS high regardless of the frequency. The new 600V HVIC realizes a sufficient charging capacity even at a low frequency operation and a high tolerance of a VS negative surge.
采用一种新型的仿真HVMOS,设计了具有集成自举二极管功能的600V HVIC
我们提出了一种新的高压MOS (HVMOS)结构及其门控电路,用于将自激二极管(BSD)功能集成到600V高压IC (HVIC)中。新的HVMOS结构没有寄生PNP,并且在不牺牲击穿电压的情况下降低了漏极漂移电阻。这种新型栅极控制电路无论在何种频率下都能保持HVMOS的高栅极电压。新的600V HVIC实现了即使在低频运行时也有足够的充电容量和对VS负浪涌的高容忍度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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