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Polytechnic EDC Course Plan

The document outlines the academic lesson plan for the EDC subject at Government Polytechnic Talbehat for the 2023-24 academic year, detailing the modules and lecture contents. It includes topics such as transistor amplifiers, feedback amplifiers, oscillators, resonant circuits, operational amplifiers, multivibrator circuits, and regulated power supplies. Each module is broken down into specific lectures with a focus on theoretical and practical aspects of electrical engineering concepts.

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Animesh Kushwaha
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39 views2 pages

Polytechnic EDC Course Plan

The document outlines the academic lesson plan for the EDC subject at Government Polytechnic Talbehat for the 2023-24 academic year, detailing the modules and lecture contents. It includes topics such as transistor amplifiers, feedback amplifiers, oscillators, resonant circuits, operational amplifiers, multivibrator circuits, and regulated power supplies. Each module is broken down into specific lectures with a focus on theoretical and practical aspects of electrical engineering concepts.

Uploaded by

Animesh Kushwaha
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as DOCX, PDF, TXT or read online on Scribd
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Department of Technical Education

Bundelkhand Zone Jhansi

ACADEMIC LESSON PLAN

Name of the Polytechnic: GOVERNMENT POLYTECHNIC TALBEHAT

Academic Year and Semester: 2023-24 (III SEMESTER)

Name of Subject: EDC Academic Load Theory/ Practical: 6/6

Name of Faculty: Animesh Kushwaha

Lesson Plan (Detailed Breakup of lecture)

Lectur Module Contents Date Of Signature


e No. Lecture Faculty Hod
1-2 Introduction to h- parameter
3-4 Module-1 Transistor hybrid low frequency model
5-6 (Single and Need for multistage amplifier
7-8 Multistage Gain of multistage amplifier
Amplifiers)
9-10 Different types of multistage amplifier
11-12 Difference between voltage and power
Module-2 amplifiers
13-14 (Large Signal Importance of impedance matching in
Amplifier) amplifiers
15-16 Class A, Class B, Class AB, and Class C
amplifiers
17-18 Single ended power amplifiers
19-20 Heat sink, Push pull amplifier
21-22 Module-3 Basic principles and types of feedback
23-24 (Feedback Derivation of expression for gain of an
Amplifiers) amplifier employing feedback
25-26 Effect of feedback (negative) on gain,
stability, distortion and bandwidth of
an amplifier
27-28 RC coupled amplifier
29 Emitter follower amplifier & applications
30-31 Module-4 Use of positive feedback
32-33 (Sinusoidal Barkhausen criterion for oscillations
34-35 Oscillators) tuned collector, Hartley, Colpit oscillators
36-37 Phase shift, Wien’s bridge oscillator
38 Crystal Oscillator
39-40 Module-5 Series and parallel resonant circuits
41-42 (Tuned bandwidth of resonant circuits
43-44 Voltage Single tuned voltage amplifiers
45-46 Amplifiers) Double Tuned Voltage Amplifiers
47 Frequency response charactestics
48-49 Module-6 Introduction to Clipper, Series and shunt
(Clipper and Clipper
50-51 Clamper Positive and negative peak Clipper, Bias
Circuit) Clipper using diode
52-53 Clipper using Zener diode
54-55 Introduction to Clamper, Clamper Circuit
analysis
56-57 Module-7 Characteristics of an ideal operational
(Operational amplifier and its block diagram
58-59 Amplifiers) IC-741 and its pin configuration,
equivalent circuit of OPAMP.
60-61 Differential voltage gain, CMRR, PSRR,
slew rate and input offset current, offset
voltage, Bias current
62-63 Operational amplifier as an inverter,
scale changer, adder, subtractor,
differentiator, and integrator
64 Log amplifiers, anti-log amplifier,
comparator, Schmitt triggers,
sample and hold circuit
65-66 Module-8 Working principle of transistor as switch
67-68 (Multivibrator Concept of multi-vibrator: astable,
Circuits and IC monostable, and bistable & applications
69-70 Timer) Basic idea of ICs, fabrication of IC
71-72 Block diagram of IC555 and its working
and applications
73-74 Monostable, Bistable and Astable
multivibrator by using IC-555
75-76 Module-9 Basic regulated circuit by using Zener
(Regulated diode
77-78 Power Concept of DC power supply. Line and
Supplies) load regulation
79-80 Concept of fixed voltage
81-82 IC regulators
83-84 variable voltage regulator

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