• Reduce buck-converter EMI and voltage stress by minimizing inductive parasitics. • Reducing noise on the output of a switching regulator. • Understanding and managing buck regulator …

Reduce buck-converter EMI and voltage stress by minimizing inductive parasitics Introduction High-frequency conducted and radiated emissions from synchronous buck converters occur …

In synchronous buck converters, reverse current can be observed under the following two common conditions: (1) the falling slew rate of the input source is fast, and (2) the input rail of …

duty cycle. Designers can reduce input ripple by either boosting the capacitance or reducing the equivalent series resistance (ESR) of Cin. Ceramic capaci-tors typically exhibit a very low ESR …

Efficiency of Buck Converter Switching regulators are known as being highly efficient power sources. To further improve their efficiency, it is helpful to understand the basic mechanism of …

To reduce size of buck converter, the elimination of the capacitor must be done. Instead of the capacitor the structure with additional linear amplifier is introduced for output voltage ripple …

This article proposes an approach to reduce the power loss in the bidirectional buck converter based APD circuit. This approach is presented with the help of analytical calculations and …

Mitigating electromagnetic interference (EMI) is a common issue in switch-mode buck converters. EMI is usually caused by high-frequency current flow. This application note discusses EMI …

Abstract: In this paper, a buck converter with the larger step-down ratio is proposed to reduce ripple in input current and output voltage. The proposed converter achieves lower output …

design and simulation buck converter architecture. This architecture is used for automotive dual power system to reduce filters, dynamic response and power. The converter is designed in …