Abstract
In order to expand the application of the two-amplitude actively clamped resonant DC-link technology to the half-bridge inverter, a half-bridge two-amplitude actively clamped resonant DC-link inverter (HBTACRLI) and its corresponding control strategy are proposed. In this paper, the operation process, the simulation, design considerations and some experimental results are included. A 3 kW single-phase half-bridge prototype circuit has been built with a resonant frequency over 400 kHz and excellent output performance.
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