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Rajiv Gandhi Prodoyogiki Vishwavidyalaya, MP, Computer Engineering Semester 1, Basic Electrical & Electronics Engineering Syllabus
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Unit - 1 D.C. Circuits
Unit 1
DC Circuits
1.1 Voltage and current sources
1.2 Source Conversion
1.3 Ohm’s Law
1.4 Kirchhoff’s Law
1.5 Superposition theorem
1.6 Thevenin’s theorem and their application for analysis of series and parallel resistive circuits excited by independent voltage sources
1.7 Mesh nodal analysis
1.8 Star Delta transformation circuits
Unit - 2 1- phase AC Circuits
Unit 2
1 and 3 Phase AC Circuit
2.1 Generation of sinusoidal AC voltage
2.2 Definition of average value
2.3 R.M.S. Value
2.4 Form factor and peak factor of AC quantity
2.5 Concept of phasor
2.6 Concept of Power factor
2.7 Concept of impedance and admittance
2.8 Active reactive and apparent power
2.9 Analysis of RL RC RLC series parallel circuit
2.10 Necessity and advantages of three phase systems
2.11 Meaning of Phase sequence
2.12 Balanced and unbalanced supply and loads
2.13 Relationship between line and phase values for balanced star and delta connections.
Unit - 3 Magnetic Circuits
Unit 3
Magnetic Circuit
3.1 Basic definitions
3.2 Magnetization characteristics of Ferro magnetic
3.3 Selfinductance and mutual inductance
3.4 Energy in linear magnetic systems
3.5 Coils connected in series
3.6 General construction
3.7 Working principle
3.8 E.M.F. Equation
3.9 Equivalent circuits
3.10 Voltage regulation
3.11 Losses and efficiency
3.12 Open circuit and short circuit test
Unit - 4 Electrical Machines
Unit 4
Electrical Machine
4.1 Construction Classification Working Principle of DC machine
4.2 Induction machine and synchronous machine
4.3 Working principle of 3Phase induction motor
4.4 Concept of slip in 3 Phase induction motor
4.5 Explanation of Torqueslip characteristics of 3Phase induction motor
4.6 Types of losses occurring in electrical machines
4.7 Applications of DC machine
Unit - 5 Basic Electronics
Unit 5
Basic Electronics
5.1 Number systems their conversion used in digital electronics
5.2 De Morgan’s theorem
5.3 Logic Gates
5.4 Half and full adder circuits
5.5 RS flip flop
5.6 JK flip flop
5.7 Introduction to Semiconductors
5.8 Diodes and VI characteristics
5.9 Bipolar junction transistors BJT and their working
5.10 Introduction to CC CB CE transistor configurations
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