When to use a common collector amplifier (3-Transistors)
A common collector amplifier has a gain of only 1. So what's the purpose of it? Let's show how it serves nicely as a buffer! Let's start to find its input and output impedance too. Aaron Danner is a professor in the Department of Electrical and Computer Engineering at the National University of Singapore. https://danner.group Video filmed and edited by Cheryl Lim. @randomcheryl

▶︎
Simple bipolar circuits: Cut-off and beta (4-Transistors)

▶︎
Transistor amplifier configurations (2-Transistors)

▶︎
Why Impedance Matching Still Matters for Transistors

▶︎
Biasing transistors with current sources (29-Transistors)

▶︎
Common collector amplifier (emitter follower) — small signal analysis

▶︎
#356: Back to Basics: the Emitter Follower, or Common-Collector Amplifier

▶︎
Transistors for Beginners (1-Transistors)

▶︎
Small Signal Amplifiers

▶︎
Gain in a common collector amplifier (9-Transistors)

▶︎
The most misunderstood concept in decoupling

▶︎
Why do Junction Transistors Amplify Current and not Voltage

▶︎
Modes of a bipolar transistor (6-Transistors)

▶︎
Transistor-Based Voltage Controlled Amplifier (VCA)

▶︎
Bipolar Junction Transistors (BJT) Current Sources - Current Mirror (084b)

▶︎
Introduction to MOSFETs (25-Transistors)

▶︎
Differential Amplifiers with Transistors (23-Transistors)

▶︎
Designing a classic transistor-VCA from scratch

▶︎
Push-Pull Pair - Class B, Class AB and Class A operation

▶︎
Semiconductor Devices: The Emitter Follower

▶︎
