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Early response to plasma/charging damage by special pattern design of active region

机译:通过有源区的特殊图案设计,对等离子体/充电损坏的早期响应

摘要

A method of early and effective detection of plasma damage to a gate oxide layer by a special design of the active region is achieved. A plasma-damage testing structure is fabricated by providing a gate electrode overlying an active area of a semiconductor substrate wherein a gate oxide layer underlies the gate electrode. A portion of the active area underlying the gate electrode has sharp corners. The plasma-damage testing structure is exposed to a plasma environment. Electrical tests are performed to detect plasma damage to the plasma-damage testing structure. This model provides an accurate evaluation of plasma damage to actual MOSFET's.
机译:通过主动区域的特殊设计,实现了一种早期有效地检测等离子体对栅氧化层的损伤的方法。通过提供覆盖半导体衬底的有源区域的栅电极来制造等离子体损伤测试结构,其中栅氧化物层位于栅电极下方。栅电极下面的有源区的一部分具有尖角。等离子体损坏测试结构暴露于等离子体环境中。进行电气测试以检测等离子体对等离子体损伤测试结构的损坏。该模型可准确评估等离子体对实际MOSFET的损坏。

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