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Formation of multiple current filaments and the effect of filament confinement in silicon based PIN diodes

机译:形成多电流长丝的形成及丝限制在基于硅的PIN二极管中的影响

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Electrostatic discharge (ESD) can be considered as one of the main reliability risks of modern electronic systems which causes failure of semiconductor devices by an over-current effect. One of the dominant failure mechanisms during an ESD event is thermal runaway caused by an avalanche breakdown leading to an inhomogeneous current flow and a current filament.Here, the formation and motion of current filaments are investigated on special test structures of silicon based PIN diodes using technology computer-aided design (TCAD) simulations and transmission line pulse (TLP) measurements. In thin structures a constriction of the filament occurs as well as the formation of multiple filaments is observed.
机译:静电放电(ESD)可以被认为是现代电子系统的主要可靠性风险之一,这使半导体器件失效通过过电流效应。 ESD事件期间的主导故障机制之一是由雪崩击穿引起的热失控,导致不均匀电流流动和电流灯丝。在使用的特殊测试结构上研究了电流长丝的形成和运动技术计算机辅助设计(TCAD)模拟和传输线脉冲(TLP)测量。在薄的结构中,发生丝的收缩以及观察到多根长丝的形成。

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