后期突破成果:模拟和混合信号布局设计的自动自适应MOM电容单元生成

Tzu-Wei Wang, Po-Chang Wu, Mark Po-Hung Lin
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引用次数: 2

摘要

本文介绍了具有自适应电容的MOM电容电池自动生成的第一问题公式。在给定预期电容值和可用金属层数的情况下,所提出的电容电池生成方法可以生成面积最小、电容匹配的紧凑MOM电容电池。实验结果表明,与以往非自适应电容的MOM电容单元相比,本文提出的自适应MOM电容单元生成方法可使连续逼近寄存器模数转换器(SAR ADC)中电容网络的芯片面积减少25%,功耗降低20%。
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Late Breaking Results: Automatic Adaptive MOM Capacitor Cell Generation for Analog and Mixed-Signal Layout Design
This paper introduces the first problem formulation in the literature for automatic MOM capacitor cell generation with adaptive capacitance. Given an expected capacitance value and available metal layers, the proposed capacitor cell generation method can produce a compact MOM capacitor cell with minimized area and matched capacitance. Compared with MOM capacitor cells with non-adaptive capacitance in the previous work, the experimental results show that the proposed adaptive MOM capacitor cell generation method can reduce 25% chip area and 20% power consumption of the capacitor network in successive-approximation-register analog-to-digital converters (SAR ADC).
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