#017 - Series Pass Voltage Regulator Overview
Ever wondered how the LM317 and the 78XX series of voltage regulator ICs work? Well, wonder no more! In this video we'll be taking a look at how they are constructed inside and how to design your own discrete series pass voltage regulator. First we'll go from a simple zener regulator, to a buffered zener, a very simple and common adjustable discrete regulator, and an OpAmp-based one, then in the latter part of the video we'll look "inside" the 7805 and LM317 using their datasheets and see how our examples are actually applied in real life.
▶︎
#018 - Super Simple Lab Bench Power Supply Circuit Walkthrough
▶︎
#012 - Shunt Voltage Regulator Overview (Class-A Headphone Amplifier Project)
▶︎
#1878 Current Source using TL431
▶︎
Electronics Fundamentals: Series-Pass Voltage Regulator
▶︎
EEVblog #1085 - Bypass Capacitors Visualised!
▶︎
EEVblog #221 - Lab Power Supply Design - Part 1
▶︎
The 1.25V Trick That Gives You Any Voltage You Want
▶︎
EEVBlog #1116 - How to Remove Power Supply Ripple
▶︎
#1090 Basics: Voltage Regulator
▶︎
#015 - How To Design an Unregulated Power Supply (Transformer, Rectifier, and Capacitor Selection)
▶︎
Electricity Does Not "Split" H₂O. And That's VERY Useful.
▶︎
Understanding TL431 Adjustable Reference, Theory and Practical {1203}
▶︎
EEVblog #490 - Peak Detector Circuit
▶︎
Building a Lab Power Supply with a Discrete Linear Regulator
▶︎
Linear Voltage Regulators (LDO) - Applications, Heat Sink Example, Shunt Regulator
▶︎
Why Supercomputers Vanished: What Happened to the World's Fastest Tech?
▶︎
#013 - Discrete Voltage Regulator Reference Experiments (Class-A Headphone Amplifier Project)
▶︎
Zener Diode as a Voltage Regulator | How Does it Works?
▶︎
#016 - Project Overview (High Voltage Lab Power Supply)
▶︎