An integrated fixed-frequency adaptive-on-time DC-DC converter with fast transient response and high light load efficiency is presented. To achieve fixed frequency at continuous conduction mode, the on-time is adaptively controlled to force the switching frequency tracks the reference frequency with less than +/-0.5% error within the whole operating range. To enhance the light load efficiency as well as reduce EMI noise problem, the on-time is adjusted to maintain the switching frequency hops between 1MHz and 1MHz/N where N = 2 i and i = 1 to 5 according to the loads without load current sensor. © 2011 JSAP (Japan Society of Applied Physi
Abstract—This paper proposes a solid-duty-control (SDC) tech-nique for application in boost converte...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
Size and cost of a boost converter can be minimized by reducing the voltage overshoot and fastening ...
An integrated fixed frequency adaptive-on-time DC-DC converter with fast transient response is prese...
[[abstract]]For controlling DC-DC converters, variable switching frequency controllers have the adva...
A load-adaptive automatic switching frequency selection scheme is proposed to improve the power effi...
Reduced switching frequency peak current mode is a popular method to boost up light load efficiency ...
This letter presents a high-frequency boost converter using an accurate feedforward-path current sen...
Abstract⎯This paper presents a novel dual-mode step-up (boost) DC/DC converter. Pulse-frequency modu...
A time-based compensator represents an effective solution to overcome the limitations of the traditi...
The scope of this work can be summarized by three main aspects of DC-DC power converters. The first ...
Graduation date: 2011As more features are being integrated into mobile platforms, the demand for\ud ...
Department of Electrical EngineeringThe rapid growth and development of Internet of Things (IoT) app...
A significant improvement of the light load conversion efficiency in integrated CMOS DC-DC converter...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
Abstract—This paper proposes a solid-duty-control (SDC) tech-nique for application in boost converte...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
Size and cost of a boost converter can be minimized by reducing the voltage overshoot and fastening ...
An integrated fixed frequency adaptive-on-time DC-DC converter with fast transient response is prese...
[[abstract]]For controlling DC-DC converters, variable switching frequency controllers have the adva...
A load-adaptive automatic switching frequency selection scheme is proposed to improve the power effi...
Reduced switching frequency peak current mode is a popular method to boost up light load efficiency ...
This letter presents a high-frequency boost converter using an accurate feedforward-path current sen...
Abstract⎯This paper presents a novel dual-mode step-up (boost) DC/DC converter. Pulse-frequency modu...
A time-based compensator represents an effective solution to overcome the limitations of the traditi...
The scope of this work can be summarized by three main aspects of DC-DC power converters. The first ...
Graduation date: 2011As more features are being integrated into mobile platforms, the demand for\ud ...
Department of Electrical EngineeringThe rapid growth and development of Internet of Things (IoT) app...
A significant improvement of the light load conversion efficiency in integrated CMOS DC-DC converter...
An adaptive digital controller with maximum efficiency point tracking to optimize DC-DC converter sw...
Abstract—This paper proposes a solid-duty-control (SDC) tech-nique for application in boost converte...
Tight regulation of the output voltage is often required in many power supply applications, despite ...
Size and cost of a boost converter can be minimized by reducing the voltage overshoot and fastening ...