Electronic Device And Circuits-26821

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Course content

Class Routine
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Lecture 1: Understand The Basic principle of a transistor
- Transistor model and equivalent circuits
- What is a Transistor | Working Principles
Lecture 2:Describe the H parameter model
- H parameter model
- h- parameters (Hybrid Parameters) Explained | Condition for Reciprocity and Symmetry
Lecture-3 Powert Amplifier
- Transistor Amplifiers - Class A, AB, B, & C Circuits
- Define class A,B and AB Amplifier
Lecture 4 Power Amplifier
- Describe the amplification of the various types of power amplifier
- Amplifier basics, Types & Characteristics | Basics of Electronics
Lecture 5 Explain the operation of monostable and biostable multi circuits
- Explain the operation of monostable and biostable multi circuits
- What is Multivibrator ? Astable, Monostable and Bistable Multivibrators Explained
Lecture 6 Explain the principal of operation of Hartley oscillator
- Explain the principal of operation of Hartley oscillator
- HARTLEY OSCILLATOR || PRINCIPLE CONSTRUCTION, WORKING OF HARTLEY OSCILLATOR || WITH EXAM NOTES ||
Lecture 11. Describe the operation of DIAC and TRIAC
- Describe the operation of DIAC and TRIAC
- DIAC working, DIAC characteristics and DIAC basics in Power Electronics by Engineering Funda
Lecture 12 Explain the V-I characteristics curve of DIAC
- Explain the V-I characteristics curve of DIAC
- V-I Characteristics Of DIAC
UNIJUNCTION TRANSISTOR (UJT) AND PROGRAMMABLE UNIJUNCTION TRANSISTOR (PUT)
- Characteristics of UJT
- Analyze the operation relaxation oscillator using UJT and PUT.
Electrical Circuit-1
- Electrical Circuit-1

Electronic Device And Circuits-26821

Completed

Transistor model and equivalent circuits