This paper presents a buck-boost dc-dc converter for LED drivers capable of delivering an
output current ranging from 0.1 to 2 A and a variable output voltage ranging between 2 and …

The state-of-the-art topology of a single-inductor multiple-output light emission diode (LED)
driver employs time-multiplexing (TM) control multiple parallel LED strings. The TM control …

A high switching frequency multi-phase buck converter architecture using a time-based
compensator is presented. Efficiency degradation due to mismatch between the phases is …

This article presents a single-mode dual-path buck-boost converter (SDBBC) for mobile
devices powered by lithium-ion batteries. Unlike the conventional buck-boost converter …

A 1-A 6-MHz buck-boost converter with seamless mode transitions and fast dynamic
operation is proposed for extending the useable voltage range of Li-ion batteries in mobile …

This paper presents a non-inverting buck–boost converter for high-voltage automotive
applications. The converter includes a newly proposed controller chip and four off-chip …

6,798,177 B1 9, 2004 Liu et al. 2013, 0242616 A1 9/2013 Oldenkamp 6,961,251 B2
11/2005 Porter et al. 2014/0002053 A1* 1/2014 Wang.................... HO2M 3,155 7,078,882 B2 …

Light-emitting diode (LED) drivers for automotive lighting applications adopt pulsewidth
modulation (PWM) vis-à-vis pulse frequency modulation because its ensuing …

This paper presents an integrated buck-type dimmable synchronous LED driver for high-
brightness solid-state lighting applications. A glitch-tolerant synchronous current control (GT …

In this article, a hybrid step-up/down converter is presented with improved efficiency, smaller
form factor, and enhanced reliability for Li-ion-battery-operated power management …