A high efficiency Buck converter circuit based on Phase-locked loop (PLL) to achieve
frequency stabilization is proposed to solve the problems of reduced converter efficiency …

This paper presents a buck converter with a novel constant frequency controlled technique,
which employs the proposed frequency detector and adaptive on-time control (AOT) logic to …

A 1500 mA, 10 MHz self-adaptive on-time (SOT) controlled buck DC-DC converter is
presented. Both a low-cost ripple compensation scheme (RCS) and a self-adaptive on-time …

Two issues plaguing the on-time control dc–dc buck converter are the system instability
caused by low equivalent series resistance (ESR) output capacitor and the great variation …

This paper presents a phase locked loop (PLL) based buck converter implemented in
180nm CMOS technology that is intended for low-voltage applications, where efficiency and …

This paper presents a novel buck converter with dual-loop control technology, which does
not need to detect the inductor current directly. The structure of the control loops is easy to …

A current-mode DC-DC buck converter with high stability is presented. The loop gain's
expression of the current-mode converter is derived by employing an advanced model of a …

This paper presents a DC-DC buck converter with Phase-Locked Loop (PLL) to generate the
constant switching frequency regardless of Process, Voltage, Temperature (PVT) variations …

Abstract A 1500 mA, 10 MHz self-adaptive on-time (SOT) controlled buck DC—DC converter
is presented. Both a low-cost ripple compensation scheme (RCS) and a self-adaptive on …

This paper introduces a ripple-based adaptive on-time controlled buck converter with
pseudo triangular ramp compensation. Ripple-based control has its advantages over …