Design of LDO Regulator using Efficient Error Amplification Technique
Abstract
In this project a Low-Dropout (LDO) voltage regulator is proposed with efficient two-stage error amplification technique. This two-stage single output error amplifier provides an accurate reference voltage differentiation to the power transistor stage. The proposed LDO regulator has a minimum dropout voltage of 157mV with input voltage of 1.8V. The proposed circuit is designed using 180nm CMOS technology and consumes the power of 14mW.
Keywords LDO regulator, error amplifier, CMOS
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