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AE-10 Common Emitter Amplifier without Bypass Capacitor
Lesson 10 of 23 • 5 upvotes • 11:58mins
Gate Ece
In this lecture, we have carried out the analysis of the Common Emitter Amplifier without Bypass Capacitor and derived the Voltage Gain, Current Gain, Input Resistance and Output Resistance of the Amplifier.
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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