Lesson 1 of 35 • 12 upvotes • 6:10mins
Introduction to analog elections.which lessons and topic will be covered in this course are explained in this video.
35 lessons • 5h 41m
Introduction
6:10mins
Lesson 1.1:Basic Operation of BJT
7:25mins
1.2:BJT Configurations
13:10mins
1.3:Requirement for Biasing
11:49mins
1.4:Fixed Bias Circuit
4:38mins
1.5:Collector to base bias circuit
7:57mins
1.6:Emitter bias/Fixed bias with emitter resistor
11:29mins
1.7:Voltage divider / self bias circuit
12:12mins
Lesson 2.1: Introduction
13:11mins
2.2:H- parameters
12:49mins
2.3:Analysis of small signal model of amplifier
12:46mins
2.4:Effect of source internal resistance
9:05mins
2.5:common base amplifier
11:21mins
2.6: common emitter amplifier
10:25mins
2.7:common collector amplifier
8:01mins
Why biasing ???
9:01mins
2.8:Approximation of h-parameter model
7:47mins
2.9:Summary
9:57mins
Lesson 3.1: Introduction
8:14mins
3.2:Effect of emitter bypass capacitor at low frequency
7:51mins
3.3:Effect of coupling capacitors at low frequency region
6:57mins
3.4:pi model of BJT
11:25mins
3.5:PI model elements in terms of h-parameters
11:32mins
3.6:Millers Theorem
12:16mins
3.7:CE short circuit current gain
12:58mins
3.8:CE current gain with load resistance
11:09mins
Lesson 4.1: Introduction
10:37mins
4.2:RC phase shift oscillator part-1
10:32mins
4.2:RC phase shift oscillator part-2
8:48mins
4.3:Wein bridge oscillator
10:29mins
4.4:LC oscillator part -1
11:53mins
4.4:LC oscillator part-2
5:43mins
4.4:HARTLY Oscillator
4:37mins
4.4:COLPITTS Oscillator
6:41mins
4.5:Crystal oscillator
10:44mins