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A Bridgeless Controlled Rectifier for Single Split-Phase Systems
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DOI：10.1109/TIA.2017.2708681.png)
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Abstract
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An unidirectional single-phase three-wire rectifier is proposed in this paper. Such topology is composed of a noncontrolled leg, two controlled legs, and a capacitor bank. A suitable model, pulse-width modulation, and control strategies of the system are proposed as well. The control strategy includes the synchronization method, in which it imposes the grid currents with the same phase angle of the voltages generated by the rectifier. This method ensures sinusoidal grid currents and mitigates the zero-crossover distortions normally caused by the use of diodes. A comprehensive comparison with two conventional configurations is also presented in this paper. Simulation and experimental results are also presented for validation purposes.
Keywords:
Bridgeless rectifier
semicontrolled rectifier
split-phase systems
zero-crossing distortion
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