Compensation circuit with additional junction sensor to enhance latchup immunity for CMOS integrated circuits

H. Tsai, M. Ker
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引用次数: 1

Abstract

A circuit solution to generate compensation current that can decrease the perturbation induced by the external latchup trigger was proposed. The robustness against latchup can be improved by supporting compensation current at the pad under latch-up current test. By inserting additional junctions to sense the latchup trigger current, the injected latchup trigger current can be detected, and then the I/O or ESD-protection devices are used to generate the compensation current that decrease the perturbation to the internal circuits. The proposed design has been successfully verified in a 0.5-μm BCD process to improve latchup immunity.
带附加结传感器的补偿电路,以提高CMOS集成电路的锁存抗扰度
提出了一种产生补偿电流的电路方案,以减小外部锁紧触发器引起的微扰。在锁存电流测试中,通过在焊盘处支持补偿电流,可以提高对锁存的鲁棒性。通过插入额外的节点来感知锁止触发电流,可以检测注入的锁止触发电流,然后使用I/O或esd保护装置产生补偿电流,以减少对内部电路的扰动。该设计已在0.5 μm BCD工艺中成功验证,提高了闭锁抗扰度。
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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