Electronics : Opamp Circuit Design (with Multisim)
Genre: eLearning | MP4 | Video: h264, 1280x720 | Audio: aac, 48000 Hz
Language: English | VTT | Size: 1.97 GB | Duration: 4.5 hours
What you'll learn

What is an operational amplifier
Analyse simple operational amplifier circuits
Simulate simple operational amplifier circuits in Multisim
Understand Fourier and Laplace analysis
Bode plots , stability , compensation
First order active filters

Requirements
A willingness to learn
Description
This course covers a lot of ground in electronics and operatioanal amplifier circuit design. From the basics of what an Operational amplifier is and how it works , ideal and practical characteristics, decibels, simple opamp circuits, how to analyse opamp circuits, Kirchhoff's current law , Laplace and Fourier transform methods, bode plots, stability, gain margin , phase margin, dominant pole compensation, stability with negative feedback, opamp frequency response, first order active filters and more !

This course has a nice mix of practical design on Multisim mixed with some mathematical rigour and when required a systems type approach. The course also adds in a lot of 3-d graphical interpretation of the theory to help with understanding.

I worked as an analogue IC designer for 7 years and have designed opamp circuits on IC's.

If you want an introduction to opamp circuits then this is the course for you.

Who this course is for:
Anyone interested in Electronics or Opamp designs