Savitribai Phule Pune University, Maharashtra (SPPU), Electronics and Telecommunications Semester 3, Electrical Circuits Syllabus

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Unit - 1 Basic Circuit Analysis and Simplification Techniques

1.1 Kirchhoff’s Current and Voltage law

1.2 Independent and dependent sources and their interconnection

1.3 Power Calculations

1.4 Mesh and Super Mesh

1.5 Node and Super Node Analysis

1.6 Source transformation and source shifting

1.7 Superposition Theorem

1.8 Thevenin’s Theorem

1.9 Maximum Power Transfer Theorem

Unit - 2 Transient Analysis of RL, RC and RLC circuits

2.1 Initial Conditions

2.2 Driven RL and RC circuits

2.3 Source free RL and RC circuits

2.4 Properties of exponential response

2.5 Natural and forced response of RL and RC circuits

2.6 Source free series RLC circuit

2.7 Overdamped and under damped series RLC circuit

Unit - 3 Two Port Network Parameters and Functions

3.1 Terminal characteristics of network Z Y h ABCD parameters

3.2 Reciprocity and symmetry conditions

3.3 Application of parameters

3.4 Application of Laplace Transforms to circuit analysis

3.5 Network functions for one port and two port networks

3.6 Poles and zeros of network functions and network stability

Unit - 4 DC Machines

4.1 Construction and Working

4.2 EMF Equation of DC Machine

4.3 Types and voltage equation of DC generator

4.4 Working Principle

4.5 Derivation of Torque Equation

4.7 Different methods of speed control of DC shunt and series motor

4.8 Power flow diagram of DC motor

4.9 Numerical on speed and torque

4.11 Three point and fourpoint starter for DC shunt motor

4.12 Applications of DC motors

4.13 PMDC

Unit - 5 AC Motors Single phase and three phase

5.1 Three Phase Induction motors

5.2 Working Principle

5.3 Concept of slip and effect of slip on rotor parameters

5.4 Derivation of Torque Equation

5.5 Condition for maximum torque

5.6 Torque Ratios

5.7 Torqueslip characteristics

5.8 Power flow diagram

5.9 Single Phase Induction Motor

5.10 Study of DOL

5.11 StarDelta Starters

5.12 Speed control using Vf method

5.13 Applications

Unit - 6 Special Purpose Motors

6.1 BLDC Motor Types

6.2 Construction and Working principle

6.3 Bipolar control circuit

6.4 Torquespeed characteristics

6.5 Stepper Motor Types and Construction

6.6 Working principle and different modes of operation

6.7 Control circuit and applications

6.8 Introduction to Electric vehicle and block diagram

6.9 Case study of electric vehicle with respect to specifications

6.10 Battery controller

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Other Subjects of Semester-1
Data structures
Digital circuits
Electronic circuits
Engineering mathematics - iii
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