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AE-05 Analysis of BJT Amplifiers (Part-II)
Lesson 5 of 23 • 3 upvotes • 13:54mins
Gate Ece
In this lecture, we have derived the Voltage Gain, Current Gain, Input Resistance and Output Resistance for the overall amplifier circuit.
H-Parameter Model and Analysis of BJT Amplifiers for GATE
23 lessons • 4h 41m
1
AE-01: Course Overview and Introduction to Small Signal Analysis
10:15mins
2
AE-02 Introduction to h-Parameters
12:47mins
3
AE-03 h-parameter Model of BJT
12:07mins
4
AE-04 Analysis of BJT Amplifiers (Part-1)
13:59mins
5
AE-05 Analysis of BJT Amplifiers (Part-II)
13:54mins
6
AE-06 Conversion of h parameters and Previous Year Questions
11:17mins
7
AE-07 Procedure to analyse Amplifier
14:57mins
8
AE-08 Approximate h-parameter Model and Analysis of Common Emitter Amplifier
14:00mins
9
AE-09 Common Emitter Amplifier with Bypass Capacitor
14:58mins
10
AE-10 Common Emitter Amplifier without Bypass Capacitor
11:58mins
11
AE-11 Common Collector Amplifier
12:58mins
12
AE-12 Common Base Amplifier
10:18mins
13
AE-13 Comparison of CE, CB and CC Amplifiers
14:52mins
14
AE-14 Problems on Analysis of BJT Amplifier
12:03mins
15
AE-15 Previous Year GATE Questions
12:17mins
16
AE-16 Miller's Theorem
10:29mins
17
AE-17 Application of Miller's Theorem in analysis of BJT Amplifiers
10:23mins
18
AE-18 Low Frequency Analysis-Effect of Coupling Capacitor
12:02mins
19
AE-19 Effect of Bypass Capacitor (Low Frequency Analysis)
10:22mins
20
AE-20 Effect of Blocking Capacitor
11:03mins
21
AE-21 Overall Lower Cutoff Frequency of CE Amplifier
10:20mins
22
AE-22 Problems on Low Frequency Analysis
12:32mins
23
AE-23 ESE-2018 Question
11:32mins
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