Download LECTURE MANUAL

LECTURE MANUAL
BASIC ELECTRICAL ENGINEERING (BE 2102)
For 1st semester EEE &ECE (2011-15 batch)
Subject Instructor : Saroj Mishra / Umamani Subudhi
MODULE-1
 LECTURE-1: Fundamentals of Electric Circuits
Key Topics : Introduction of subject, Charge ,Current, Potential Difference and
Resistance.
 LECTURE-2 : Fundamentals of Electric Circuits
Key Topics : Imp.terms,KCL & KVL,Voltage & Current signs,Problems.
 LECTURE-3 : Fundamentals of Electric Circuits
Key Topics : Electric Power And Based problems
 LECTURE-4 : Fundamentals of Electric Circuits
Key Topics : Ohm’s Law,Practical Voltage & Current Sources(dependent
&Independent),Source Conversion and related problems.
 LECTURE-5 : Fundamentals of Electric Circuits
Key Topics : MeasuringDevices,Voltmeter,Ammeter,Wattmeter,Multimeter
 LECTURE-6 : Resistive Network Analysis
Key Topics :Node Voltage Analysis.
 LECTURE-7 : Resistive Network Analysis
Key Topics : Mesh Current Analysis.
 LECTURE-8: Resistive Network Analysis
Key Topics : Problems On Mesh Current Analysis(Dependent Sources)and Node
Voltage Analysis(Dependent Sources)
 LECTURE-9 :Resistive Network Analysis
Key Topics : Principle Of Superposition.
 LECTURE-10: Resistive Network Analysis
Key topics : Problems on Thevenin’s Theorem.

LECTURE-11: Resistive Network Analysis
Key topics
: Maximum Power Transfer Theorem and related Problems
MODULE-2

LECTURE-12: AC Network Analysis
Key topics : Energy Storage Elements
 LECTURE-13 ,14 : AC Network Analysis
Key topics :Solution Of Circuit Containing Energy Storage Elements, Phasor
Solutions of Circuits with Sinusoidal Excitation.
 LECTURE-15 : AC Network Analysis
Key topics : AC Circuit Analysis Method
 LECTURE-16 : Transient Analysis
Key topics :DC Steady Solution of Circuits
 LECTURE-17 : Transient Analysis
Key topics :Writing Differential Equation for circuits DC Steady state solution of
circuits
 LECTURE-18 : Transient Analysis
Key topics : Transient Response of 2nd order circuits
 LECTURE-19 : AC Power
Key topics : Significance of J operator, complex representation of impedance &
its phasor diagram & problems.
 LECTURE-20 :AC Power
Key topics : Power in AC circuits, Complex Power
 LECTURE-21 :AC Power
Key topics : Ideal Transfers, Transformer and related problems
 LECTURE-22 :AC Power
Key topics : Ideal Transfers, Transformer and related problems
 LECTURE-23 : AC Power
Key topics :Residential Wiring: Grounding And Safety
 LECTURE-24 : AC Power
Key topics : Generation and distribution of AC power
 LECTURE-25 :Electronic Instrumentation And Measurements
Key topics : Measurement System And Transducers
 LECTURE-26: Electronic Instrumentation And Measurements
Key topics : Signal Conditioning, A/D and D/A Conversion
MODULE-3
 LECTURE-27: Principles of electro mechanics
Key topics : Electricity and Mechanism, Important terms related to magnetic
circuit, Different Laws related to magnetic circuit
 LECTURE-28: Introduction to Magnetic ckt.
Key topics : B-H curve, Hysteresis.
 LECTURE-29: Introduction to Magnetic ckt.
Key topics :Problems related to magnetic circuit
 LECTURE-30: Introduction to Magnetic ckt.
Key topics :Electromechanical Energy Conversion
 LECTURE-31: Introduction to Electrical Machines.
Key topics :Rotating Electric Machines
 LECTURE-32: Introduction to Electrical Machines.
Key topics :Principles of DC Motor and e.m.f equation of d.c motors
 LECTURE-33: Introduction to Electrical Machines.
Key topics : Methods of excitation of d.c machines
 LECTURE-34: Introduction to Electrical Machines.
Key topics : Problems Related to DC Motors
 LECTURE-35: Introduction to Electrical Machines.
Key topics :Principles of DC Generator and e.m.f equation of DC Generator
 LECTURE-36: Introduction to Electrical Machines.
Key topics : Methods of excitation of DC Generators ,problems Related to DC
Generators
 LECTURE-37: Introduction to Electrical Machines.
Key topics : Methods of excitation of DC Generators ,problems Related to DC
Generators
 LECTURE-38: Introduction to Electrical Machines.
Key topics : AC Machines, Alternators
 LECTURE-39: Introduction to Electrical Machines.
Key topics : AC Machines, Alternators
Books
1) Principles & Applications of Electrical engineering, Rizzoni, McGraw Hill
2) A Text Book of Electrical Technology, B.L.Theraja & A..Theraja, Volume1 & 2,
S.Chand Publication
3) Electrical & Electronic Technology, E.Huges, Pearson publication