Abstract
In the article, the simulation model of a one-phase full bridge diode rectifier with a current modulator in the input circuit is described. The proposed solution is characterized by the consumption of a sinusoidal current from a power grid, compatible in phase with the fundamental harmonic of voltage. The power circuit, as well as controlling parts of the constructed simulation model were presented. Moreover, selected results of the simulation model investigation are shown.
Highlights
The article presents the structure of the power circuit and the control system of the developed full bridge diode rectifier with the current modulator in the input
The current modulator is a controlled power electronic current source connected to the main circuit using a wideband transformer
As a result of the use of the modulator, it is possible to obtain a quasi-sinusoidal supply current, compatible in phase with the fundamental harmonic of the grid voltage [1, 2]. This solution allows for the regulation of the output voltage, even though the high-current part is based on a full bridge rectifier
Summary
The article presents the structure of the power circuit and the control system of the developed full bridge diode rectifier with the current modulator in the input This solution is characterized by the sinusoidal current consumption, compatible in phase with the fundamental harmonic of the supply voltage. As a result of the use of the modulator, it is possible to obtain a quasi-sinusoidal supply current, compatible in phase with the fundamental harmonic of the grid voltage [1, 2]. This solution allows for the regulation of the output voltage, even though the high-current part is based on a full bridge rectifier. It is possible to regulate the power flow in the system and the voltage regulation at the receiver
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
