2005IEE Proceedings - Electric Power ApplicationsRequires access

Analysis of a capacitive-filter, half-wave rectifier fed by a parallel-load resonant tank

Michael P. Theodoridis

Open publisher page 6 citations

Abstract

The capacitive-filter, half-wave type of rectifiers, connected to a parallel-load resonant tank, is a simple and useful rectifier topology. It finds application in high-voltage supplies, various inductive power/information links and radio frequency identification systems. Yet, the characteristics of this rectifier topology have not been studied up to the present. The various uses of the rectifier are reviewed and a way of analysing the rectifier circuit using a semi-analytical method is proposed. Accurate analytical solutions are also provided by means of curve-fitting techniques. Results from an experiment conducted on a prototype rectifier show a very close match with the analysis predictions.

About this research paper

What this paper is about

The capacitive-filter, half-wave type of rectifiers, connected to a parallel-load resonant tank, is a simple and useful rectifier topology. It finds application in high-voltage supplies, various inductive power/information links and radio frequency identification systems. Yet, the characteristics of this rectifier topology have not been studied up to the present. The various uses of the rectifier are reviewed and a way of analysing the rectifier circuit using a semi-analytical method is proposed. Accurate analytical solutions are also provided by means of curve-fitting techniques. Results from an experiment conducted on a prototype rectifier show a very close match with the analysis predictions.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The capacitive-filter, half-wave type of rectifiers, connected to a parallel-load resonant tank, is a simple and useful rectifier topology. It finds application in high-voltage supplies, various inductive power/information links and radio frequency identification systems. Yet, the characteristics of this rectifier topology have not been studied up to the present. The various uses of the rectifier are reviewed and a way of analysing the rectifier circuit using a semi-analytical method is proposed. Accurate analytical solutions are also provided by means of curve-fitting techniques. Results from an experiment conducted on a prototype rectifier show a very close match with the analysis predictions.

Key concepts: Rectifier (neural networks), Precision rectifier, Topology (electrical circuits), Capacitive sensing, Filter (signal processing), Electronic engineering, Peak inverse voltage, LC circuit

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