为满足微电子系统系统级ESD规范,设计CMOS集成电路中的ESD感知电路

M. Ker
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引用次数: 3

摘要

介绍了系统级静电放电(ESD)保护的电路解决方案。为了防止微电子系统在系统级ESD测试后冻结在故障或扰流状态,需要在CMOS集成电路中构建片上ESD感知电路,使微电子系统从未知状态中恢复正常运行。为了检测系统级ESD事件中的快速电瞬变,创新性地提出了一种新的瞬变-数字转换器的概念。在系统级ESD测试中,瞬态-数字转换器输出的数字温度计代码可以对应不同的ESD电压。该方案已应用于一些显示面板中,实现了系统级ESD测试后系统运行的自动恢复。
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ESD-aware circuit design in CMOS integrated circuits to meet system-level ESD specification in microelectronic systems
Circuit solution for system-level electrostatic discharge (ESD) protection is presented in this invited talk. To prevent the microelectronic system frozen at the malfunction or upset states after system-level ESD test, on-chip ESD-aware circuit in CMOS ICs should be built to rescue itself from the unknown states for returning normal system operation. A novel concept of transient-to-digital converter is innovatively provided to detect the fast electrical transients during the system-level ESD events. The output digital thermometer codes of the transient-to-digital converter can correspond to the different ESD voltages during system-level ESD tests. The proposed solution has been applied in some display panels to automatically recover the system operations after system-level ESD test.
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