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In this paper it will be presented through simulations, the verification and validation of a previously built Matlab/Simulink/Sim-Power-Systems toolbox for a PWM AC-to-DC converter provided with a new line conditioning control strategy, more complex and useful than the actually applied unity power factor rectifier control method. It will be studied the performances of this converter toolbox by applying...
In this paper, a novel converter, named negative-output KY buck-boost converter, is presented herein, which has no bilinear characteristics. First of all, the basic operating principles of the proposed converter are illustrated in detail, and secondly some simulated and experimental results are provided to verify its effectiveness.
A novel converter, named negative-output KY boost converter, is presented here in, which needs one additional capacitor and one additional diode as compared to the boost converter. In the following, the basic operating principles of the proposed converter are illustrated in detail, together with some simulated and experimental results to verify its effectiveness.
A novel voltage bucking/boosting converter is presented herein, which has negative output and no bilinear characteristics. First of all, the basic operating principles of the proposed converter are illustrated in detail, and secondly some simulated and experimental results are provided to demonstrate its effectiveness.
A novel converter, named as negative-output KY boost converter, is presented herein, which needs one additional capacitor and one additional diode as compared to the boost converter. In the following, the basic operating principle of the proposed converter is illustrated in detail, together with some simulated and experimental results to verify its effectiveness.
In this paper, a novel converter, named as negative-output KY buck-boost converter, is presented herein, which has no bilinear characteristics. First of all, the basic operating principle of the proposed converter is illustrated in detail, and secondly some simulated and experimental results are provided to verify its effectiveness.
This paper presents the implementation and design of a power converter for an autonomous wind self-excited induction generator (SEIG) feeding an isolated load through the employment of a DSP-based rectifier-inverter circuit. The output voltage and frequency of the studied wind SEIG is inherently variable due to random fluctuation of wind-speed variation. A three-phase constant-voltage constant-frequency...
This paper is concerned with the design and simulation of a pulse width modulation (PWM) rectifier for three-phase Permanent Magnetic motor drive. Based on the mathematical model of PWM rectifier, the dual-close-loop engineering design with decoupled feed-forward control is applied in the 3-phase voltage source rectifier. The objective to be reached is to realize unity power factor at the input ac...
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