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Savitribai Phule Pune University, Maharashtra, Computer Engineering Semester 2, Basic Electrical Engineering (2019 Pattern) Syllabus
Basic Electrical Engineering (2019 Pattern) Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Electromagnetism
1.1 Magnetic effect of an electric current
1.2 Cross and dot conventions
1.3 Right hand thumb rule
1.4 Nature of magnetic field of long straight conductor
1.5 Solenoid and toroid
1.6 Concept of mmf flux flux density reluctance permeability and field strength their units and relationships
1.7 Simple series magnetic circuit
1.8 Introduction to parallel magnetic circuit Only theoretical treatment
1.9 Comparison of electric and magnetic circuit
1.10 Force on current carrying conductor placed in magnetic field
1.11 Fleming’s left hand rule
1.12 Faradays laws of electromagnetic induction
1.13 Fleming’s right hand rule
1.14 Statically and dynamically induced e.m.f and Self and mutual inductance
1.15 Coefficient of couplings
1.16 Energy stored in magnetic field
Unit - 3 Single Phase AC Circuits
3.1 Study of AC circuits consisting of pure resistance pure inductance pure capacitance series RL RC and RLC circuits
3.2 Resonance in series RLC circuits
3.3 Concept of impedance
3.4 Concept of active reactive apparent complex power and power factor
3.5 Parallel AC circuits
3.6 Concept of admittance
Unit - 4 Polyphase A.C. Circuits and Single phase Transformers
4.1 Poly phase A.C. circuit Ƶ
4.2 Phasor Diagram
4.3 Balanced and unbalanced load
4.4 Voltages
4.5 Currents and power relations in three phase balanced starconnected loads and deltaconnected loads along with phasor diagrams
4.6 Single phase transformers principle of working
4.7 Construction and types
4.8 EMF equation
4.9 Voltage and Current ratios
4.10 Losses
4.11 Definition of regulation and efficiency
4.12 Determination of these by direct loading method.
4.13 Descriptive treatment of autotransformers
Unit - 5 DC Circuits
5.1 Classification of Electric Network
5.2Energy sources – ideal and practical voltage and current sources
5.3 Simplifications of networks using series and parallel combinations and stardelta conversions
5.4 Kirchhoff’s Current Law KCL Statement
5.5 Superposition Theorem
5.6 Thevenins Theorem
Unit - 6 Work, Power, Energy and Batteries
6.1 Work Power Energy
6.2 Effect of temperature on resistance
6.3 Resistance temperature coefficient
6.4 Insulation resistance
6.5 Conversion of energy from one form to another in electrical
6.6 Mechanical and thermal systems.
6.7 Batteries
6.8 Different types of batteries Lead Acid and Lithium Ion
6.9 Concept of depth of charging maintenance of batteries series parallel connection of batteries
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