The conventional capacitor sizing criterion in nested Miller compensation is aimed at giving a third-order Butterworth response to the amplifier in unity-feedback configuration. However, this approach might not represent the best choice for fast-settling and precise amplifier designs. Proposed are damping-factor-oriented capacitance sizing rules that better allow the speed and precision requirements of these applications to be met, while also reducing occupied area and preserving closed-loop stability.

Nested Miller compensation capacitor sizing rules for fast-settling amplifier design

CAPPUCCINO, Gregorio;Cocorullo G.
2005

Abstract

The conventional capacitor sizing criterion in nested Miller compensation is aimed at giving a third-order Butterworth response to the amplifier in unity-feedback configuration. However, this approach might not represent the best choice for fast-settling and precise amplifier designs. Proposed are damping-factor-oriented capacitance sizing rules that better allow the speed and precision requirements of these applications to be met, while also reducing occupied area and preserving closed-loop stability.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11770/147770
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