Design and Simulation of Full Wave Controlled Rectifier for RL Load in PSIM | POWERSIM

This video demonstrates the design and simulation of single phase Full-wave AC to DC Controlled rectifier with RL Load in PSIM (POWERSIM). Full-wave AC to DC Controlled rectifier is used for conversion of AC to DC during both positive and negative half-cycles. Full-wave AC to DC Controlled rectifier employs four thyristors. The thyristor T1 and T2 are triggered during the positive half cycle. In the negative half cycle, the thyristor T3 and T4 are triggered and T1 and T2 are turned off due to natural commutation by the supply. However, due to the presence of an inductor, the voltage appears in the negative direction. Since the current flows continuously to the load the corresponding mode of operation is called Continous conduction mode. A 230V AC supply with a firing angle of 30 degrees is considered in this design. The output voltage will appear during both half cycles hence the name Full-wave AC to DC controlled rectifier. The resistance of R=10 ohm and inductor of 10mH is chosen in this design.
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Thank you

[@maheshg5493]

Simply Superb... Thank u..

[@ElectronicsMaddy]

You are welcome 💗

[@akshay884]

Nice Explanation!!

[@ElectronicsMaddy]

Thanks Akshay