Wave Shaping Circuits: Full Wave Rectifier | Analog Circuits | NerdyBug | 2024
Hey, Fellow Nerds!
In this video, we dive into the world of full-wave rectifiers, exploring the center-tapped and bridge rectifier configurations. You'll not only learn how full-wave rectification works but also tackle some design challenges where you're given specific input and output requirements and tasked with designing the circuit yourself. We’ll also discuss the impact of capacitor smoothing on ripple reduction and compare the center-tapped and bridge configurations in terms of cost, performance, and efficiency. By the end, you’ll have a solid grasp of full-wave rectification and the skills to approach circuit design with confidence.
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📅 Chapters:
00:00:00 Introduction
00:00:27 Design Challenge 1
00:01:49 Design Challenge 2
00:03:18 Design Challenge 3
00:05:18 Design Challenge 4: Center-Tapped Full Wave Rectifier
00:15:09 Peak Inverse Voltage of Center-Tapped Full Wave Rectifier
00:18:04 Design Challenge 5: Full Wave Bridge Rectifier
00:36:54 Problem
00:38:54 Problem
00:45:08 Problem
00:52:51 Peak Inverse Voltage of Full Wave Bridge Rectifier
00:54:54 Full Wave Rectifier with Smoothening Capacitor
01:02:11 Full Wave Rectifier with Smoothening Capacitor and Load
01:10:11 Ripple Voltage
01:15:34 Design Problem
01:17:20 Comparison
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