Full Wave Bridge Rectifier | Full Wave Rectifier | Bridge Rectifier | Basic Electronics

A full wave bridge rectifier is a crucial component in electronic circuits for converting alternating current (AC) into direct current (DC). Join us as we explore the intricacies of full wave bridge rectifiers, both in English and Hindi, offering explanations that cater to a wider audience.

Throughout the video, we’ll dissect the working principles of full wave bridge rectifiers, explaining concepts such as average output voltage, RMS load voltage, ripple factor, and efficiency. Additionally, we’ll provide detailed explanations of the full wave rectifier circuit and diagram, ensuring a thorough understanding of its components and operation.

Understanding the significance of peak inverse voltage (PIV) and form factor in full wave bridge rectifiers is essential for anyone interested in power electronics. Whether you’re studying for a class 12 exam or delving into analog electronics, this video has you covered.

Timestamps:

00:00 – Namaskar Dosto!
00:30 – What is Rectifier?
01:00 – Need of Full Wave Bridge Rectifier over Center Tapped Rectifier
02:46 – Working of Full Wave Bridge Rectifier
12:53 – Full Wave Bridge Rectifier Calculations
12:58 – Average Output voltage of Full Wave Bridge Rectifier
14:04 – RMS Output Voltage of Full Wave Bridge Rectifier
15:07 – Ripple Factor of Full Wave Bridge Rectifier
16:47 – Efficiency of Full Wave Bridge Rectifier
18:07 – Form Factor of Full Wave Bridge Rectifier
18:28 – Peak Inverse Voltage of Full WaveBridge Rectifier
20:08 – Thanks for Watching:)

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