#75: Basics of Opamp circuits - a tutorial on how to understand most opamp circuits
This tutorial discusses some general rules of thumb that make it easy to understand and analyze the operation of most opamp circuits. It presents some ideal properties of opamps, and discusses how negative feedback generally causes the input voltage difference to be equal to zero (input voltages are made equal by the action of negative feedback). In other words, the output will do whatever it can to make the input voltages equal. Applying this simple fact makes it easy to analyze most opamp circuits. A copy of the drawings can be found here: http://www.qsl.net/w/w2aew//youtube/B...

▶︎
Nodal Analsys of Op-Amp Circuits

▶︎
#79: Op Amp Power Supply Considerations: split, single, virtual ground, etc. - a tutorial

▶︎
#104: Circuit tutorial: sawtooth generator w/ current sources, diode switches, hysteresis comparator

▶︎
All You Need To Know About Op Amps To Fix Stuff. Part One - How Op-Amps Work

▶︎
#140: Basics of an Op Amp Summing Amplifier

▶︎
EEVblog #600 - OpAmps Tutorial - What is an Operational Amplifier?

▶︎
Operational Amplifiers No 11 Oscillator

▶︎
Explore Working Applications of 8 Different Op-Amp Circuits - DC To Daylight

▶︎
MOSFET vs Transistor vs Relay: Most People Get This Wrong

▶︎
#172: Basics of Op Amp Gain Bandwidth Product and Slew Rate Limit

▶︎
Soft-Start Circuits: An In-Depth Look

▶︎
Op-Amps - Using Operational Amplifiers

▶︎
We printed the world's largest Smith chart to explain how it works.

▶︎
Nobody Explained the Schrödinger Equation Like THIS!

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

▶︎
EEVblog 1688 - Constant Current Sources EXPLAINED + DEMO

▶︎
EEVblog #479 - Opamp Input Bias Current

▶︎
Operational Amplifiers No 1, The LGM Model

▶︎
Before You Trash Your Old PC Power Supply... Build This!

▶︎
