首页> 外文会议>IEEE International Reliability Physics Symposium >Latchup characterization of high energy ion implanted new CMOS twin wells that comprised the BILLI (buried implanted layer for lateral isolation) and BL/CL (buried layer/connecting layer) structures
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Latchup characterization of high energy ion implanted new CMOS twin wells that comprised the BILLI (buried implanted layer for lateral isolation) and BL/CL (buried layer/connecting layer) structures

机译:高能量离子植入新的CMOS双孔的锁存表征,其包括Billi(横向隔离层)和BL / CL(掩埋层/连接层)结构的Billi(掩埋植入层)

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摘要

We have investigated the latchup characteristics of various CMOS well structures possible with high energy ion implantation processes, including conventional retrograde well, BILLI well and BL/CL structure. We also compare those characteristics with conventional diffused wells in bulk and retrograde wells with STI isolation technology. We show DC latchup characterization results that allow us to evaluate each technology and suggest guidelines for the optimization of latchup hardness.
机译:我们研究了具有高能量离子注入过程的各种CMOS井结构的闩锁特性,包括常规逆行井,Billi井和BL / CL结构。我们还将传统的扩散井与STI隔离技术的常规扩散井进行比较。我们显示DC Latchup特性结果,使我们能够评估每个技术,并建议优化闩锁硬度的指导。

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