A monolithic current-mode CMOS DC-DC converter with integrated power switches and a
novel on-chip current sensor for feedback control is presented in this paper. With the …

This paper presents the design of a novel wide output current range dual-mode dc to dc step-
down (Buck) switching regulator/converter. The converter can adaptively switch between …

A single-inductor step-up DC-DC switching converter with bipolar outputs is implemented for
active-matrix OLED mobile display panels. The positive output voltage is regulated by a …

This paper presents a multi-MHz buck regulator for portable applications using an auto-
selectable peak-and valley-current control (ASPVCC) scheme. The proposed ASPVCC …

This paper presents a new compact on-chip current-sensing circuit to enable current-mode
buck regulators operating at a high switching frequency for reducing the inductor profile. A …

This paper presents an efficient CMOS dc-dc converter with fast transient recovery. A fast-
transient control operating in conjunction with a linearly scaled gate-driving technique is …

An on-chip current sensing technique, which is suitable for monolithic switch-mode power
converters, is presented in this paper. This current sensing technique has been fabricated …

A new integrated current sensing circuit suitable for step-down dc-dc converter is presented
in this paper. The current sensing circuit can fully measure the inductor current through …

The common method of improving efficiency when a synchronous buck converter operates
at a light load is to adopt a current sensor to generate a turn-off command for the …

An on-chip current sensor with fast response time for the peak-current-mode buck regulator
is proposed. The initial operating points of the peak current sensor are determined in …