Gondwana University, Maharashtra, Computer Engineering Semester 1, Basic Electrical Engineering Syllabus

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Unit - 1 DC & AC Circuits

1.1 Concept of Electrical Circuit

1.2 Active Passive elements

1.3 Voltage Current Sources

1.4 Concept of Linearity Linear network

1.5 Unilateral Bilateral Elements

1.6 R L and C as Linear Elements Source Transformation

1.7 Kirchhoff’s Law

1.8 Superposition Theorem

1.9 Star Delta Transformation

1.10 AC Fundamentals

1.11 Sinusoidal square waveforms and their average effective values

1.12Concept of Phasor Phasor Diagram of RLC combinational Circuits with sinusoidal supply

1.13Apparent Active Reactive Powers

1.14 Electrical Energy Power Factor Causes disadvantages of Low power factor

1.15 Power factor improvement using capacitor

Unit - 2 Magnetic Circuit & Single Phase Transformer

2.1 Concept of Magnetic Circuit

2.2 Analogy between Electric magnetic Circuit

2.3 Magnetic circuits with DC and Ac excitations

2.4 Magnetic Leakage Fringing

2.5 BH Curve

2.6 Hysteresis Eddy current losses

2.7 Series Parallel Magnetic circuits

2.8 Mutual coupling

2.9 Laws of Electromagnetism

2.10 Principle of operation construction of Transformer

2.11 EMF Equation Phasor Diagram under no load loaded conditions

2.12 Equivalent Circuit O.C. S.C. Tests Power Losses

2.13 Efficiency Regulation

2.14 Introduction to Auto Transformer

Unit - 3 Electrical Machines

3.1 Principles of Electromechanical energy conversion Fleming’s Right LeftHand rule

3.2 DC Generator Construction working types and applications

3.3 DC Motor Construction working types and applications

3.4 EMF Equation Methods of Excitation Back EMF

3.5 Condition for maximum efficiency

3.6 Torque equation of motor

3.7 Characteristics Speed control of DC shunt Motor Applications of DC motor

3.8 Types of Three Phase Induction Motors

3.9 Principle of Operation

3.10 SlipTorque Characteristic Applications

3.11 Construction Principle of operation working of Singlephase Induction Motor Methods of Starting Applications

Unit - 4 Measuring Instruments, Electrical safety & Introduction to Power System

4.1 Types of Instruments

4.2 Construction working Principle of PMMC

4.3 Moving iron type Voltmeters Ammeters

4.4 Single phase dynamometer wattmeter

4.5 Induction type Energy meter

4.6 Use of Shunts multipliers.

4.7 Overloads short circuits earth leakage

4.8 HRC Fuse

4.9 MCB

4.10 ELCB

4.11 Earth Neutral wire

4.12 Factors influencing earth resistance

4.13 Pipe plate earthing.

4.14 Three phase system its necessity advantages

4.15 Generation of three phase voltages Phase sequence

4.16 Star Delta Connections

4.17 Balance supply balance load Line phase voltagecurrent relations Three phase power

4.18 General Lay out single line diagram of Electrical Power System functions of elements therein.

Unit - 5 Basic Electronics

5.1 Semiconductor Devices

5.2 PN Junction Diode

5.3 Half Wave full wave Rectifiers

5.4Filters Zener Diode

5.5 Introduction to BJT its CE characteristic

5.6 BJT as an amplifier switch

5.7 Introduction to number systems Logic Gates

5.8 Boolean Algebra its applications POS and SOP form

5.9 Kmaps

Download CSE Sem 1 syllabus pdf
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Other Subjects of Semester-1
Applied physics
Applied chemistry
Communication skills
Engineering graphics
Engineering mechanics
Applied mathematics - i
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