Optimizing Analog Cmos Design

The analog design cycle involves architecture and circuit topology development, current and width/length sizing selection for each MOS (Metal-Oxide Semiconductor) transistor, and extensive verification to ensure a high-performance. This title presents a methodology for optimizing analog design, especially at low supply voltages.

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As the supply voltage of circuits decreases to reduce power consumption, analog designs require more physical, accurate, and continuous compact MOS (Metal-Oxide Semiconductor) models. The analog design cycle involves architecture and circuit topology development, current and width/length sizing selection for each MOS transistor, and extensive verification to ensure a high-performance, robust, and high-yielding design for volume production. "Optimizing Analog CMOS Design" presents a unique methodology for optimizing analog design, especially at low supply voltages.