PROJECT TITLE :
Fully-Integrated CMOS LDO Regulator Based on an Embedded Current-Mode Capacitor Multiplier
This article presents a fully-integrated CMOS output-capacitorless low-dropout voltage regulator (LDO). A capacitor multiplier based mostly on a current-mode amplifier is embedded into the error amplifier of the aforementioned LDO to simultaneously enhance the dynamic specifications to load variations, stability by pole splitting, and power saving. The proposed LDO topology is meant and post simulated employing a zero.35 ??m CMOS method to deliver a load current between zero-a hundred mA. The dropout voltage of the LDO is set to two hundred mV for 2-three.5 V input voltage. A final benchmark comparison considering all relevant performance metrics is presented.
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