The controller of a current-mode buck converter is realized by only time-domain circuits such
as voltage-controlled oscillator (VCO), voltage-controlled delay line (VCDL), and phase …

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 …

This article presents an improved optimum damping current-mode buck converter with fast-
transient response and small-transient voltage using new current sensing circuits. The …

This study presents a new virtual inductor current circuit to reduce circuit complexity, which is
not necessary to sense inductance current directly. The buck converter was designed to …

In this paper, a new control scheme for buck converters was proposed. The buck converter
utilizes the dual control loop to improve transient response and has the constant switching …

This paper introduces an accurate frequency regulation method based on a constant on-
time (COT) buck regulator designed for point-of-load (POL) regulation with a fast load …

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 …

In this brief a constant on-time (COT) buck converter with high efficiency and low offset
voltage is presented. It was fabricated with a TSMC 0.18 μm 1P6M CMOS process. An …

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 …

In this article, a new ultra-fast-response low-transient-voltage boost converter suitable for
low-voltage solar cells in wireless sensor networks is presented. The proposed converter not …