Use of process simulators to assist in the design of processes for manufacturability

M.R. Kump, S.W. Mylroie, W. Alexander, A. Walton
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引用次数: 7

Abstract

It is shown how semiconductor process simulation. by replacing numerous runsplits, can be a cost-effective way to design technologies for both optimal performance and manufacturability. The use of process and device simulators for designing for manufacturability is illustrated by considering two examples both drawn from experiences in semiconductor manufacturing. The first is the design of a high-sheet-resistivity implanted resistor to minimize its variability. The second is the design of certain aspects of a lightly doped drain (LDD) MOS process both to optimize the intrinsic device performance and to improve its manufacturability.<>
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使用过程模拟器来帮助设计可制造性的过程
演示了如何对半导体过程进行仿真。通过替换大量的分流,可以成为一种经济有效的设计技术,以实现最佳性能和可制造性。通过考虑半导体制造经验中的两个例子,说明了在可制造性设计中使用过程和器件模拟器。首先是设计一个高片电阻植入电阻,以尽量减少其可变性。其次是设计轻掺杂漏极(LDD) MOS工艺的某些方面,以优化器件的固有性能并提高其可制造性。
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