FUNDAMENTALS OF ELECTRICAL & ELECTRONICS ENGINEERING - 2024
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Skilled in Odisha
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Course Overview
Schedule of Classes
Course Curriculum
1 Subject
Fundamentals of Electrical & Electronics Engineering
6 Exercises • 121 Learning Materials
UNIT 1 - OVERVIEW OF ELECTRONIC COMPONENTS AND SIGNALS
Chapter 1: Resistor
Chapter 2: Capacitor
Chapter 3:Inductors
Chapter 4: Classification of inductors
Chapter 5: Specifications of inductors
Chapter 6: Mutual inductance and Coefficient of coupling
Chapter 7: Types of core materials used at different frequencies
Chapter 8: Comparison of various inductors
Chapter 9: PN junction diode
Chapter 10: Operation of PN junction diode
Chapter 11: Diode equation
Chapter 12: Diode resistance
Chapter 13: Diode equivalent circuit
Chapter 14: Diode capacitances
Chapter 15: Zener diode
Chapter 16: Zener diode characteristics
Chapter 17: Specifications and applications of diodes
Chapter 18: Solved problems for semiconductor
Chapter 19: Light Emitting Diode (LED)
Chapter 20: Transistor
Chapter 21: Transistor configurations
Chapter 22: Characteristics of transistor
Chapter 23: Solved problems for transistor
Chapter 24: Junction Field Effect Transistor (JFET)
Chapter 25: Characteristics of JFET
Chapter 26: Small signal analysis of JFET
Chapter 27: MOSFET
Chapter 28: CMOS source-follower amplifier
Chapter 29: Differences between A.C. and D.C
Chapter 30: Voltage and Current
Chapter 31: Ideal/ Practical Voltage / Current Sources
Chapter 32: Assessment
Exercise
Chapter 33: FAQ
UNIT 2 - OVERVIEW OF ANALOG CIRCUITS
Chapter 1: Operational amplifier
Chapter 2: Characteristics of Op-Amp
Chapter 3: Pin Diagram of IC 741 packages
Chapter 4: Open loop operation and Negative feedback of Op-Amp
Chapter 5: Summing and Difference amplifier
Chapter 6: Integrator and Differentiator
Chapter 7: Assessment
Exercise
Chapter: 8 FAQ
UNIT 3 - OVERVIEW OF DIGITAL ELECTRONICS
Chapter 1: Introduction to digital electronics
Chapter 2: Introduction to number system
Chapter 3: Different types of number system
Chapter 4: Number base conversion
Chapter 5: Complements of numbers
Chapter 6: Signed binary numbers
Chapter 7: Data representation
Chapter 8: Arithmetic operations
Chapter 9: Binary codes
Chapter 10: Alpha numeric codes
Chapter 11: Boolean postulates and law
Chapter 12: Boolean expression and Duality theorem
Chapter 13: DeMorgan's theorem
Chapter 14: Boolean Expression
Chapter 15: Minimization of Boolean expression
Chapter 16: Karnaugh (K) map
Chapter 17: Simplification of SOP And POS Expressions
Chapter 18: Quine - Mccluskey method
Chapter 19: Numerical examples for Quine - McClusky method
Chapter 20: Map Entered Variables (MEV)
Chapter 21: Logic gates
Chapter 22: Universal gates
Chapter 23: Realization of Boolean expression with logic gates
Chapter 24: Multilevel gates
Chapter 25: Two level implementations
Chapter 26: Sequential logic circuits
Chapter 27: Latches
Chapter 28: Flip-flops
Chapter 29: Master slave flip-flops
Chapter 30: Counters
Chapter 31: Introduction to Digital ICs
Chapter 32: Introduction to TTL logic family
Chapter 33: TTL NAND gate
Chapter 34: Assessment
Exercise
Chapter: 35 FAQ
UNIT 4 - ELECTRIC AND MAGNETIC CIRCUITS
4.1 Introduction to basic principles of electricity
4.2 Basic definitions
4. 3 Work and Power
4.4 Magnet and Magnetic Field
4.5 Definitions of magnetizing force, magneticflux, permeability, reluctance
4.6 B-H relationship
4.7 Faraday's laws of electromagnetic induction
4.8 Lenz's law and Fleming's law
4.9 Principle of self and mutual induction
4.10 Compare magnetic circuit and electric circuit
4.11 Assessment
Exercise
4.12 FAQ
UNIT 5 - A.C. CIRUITS
5.1 Introduction to A.C.
5.2 Definitions of alternating quantities
5.3 Concept of reactance, impedance, susceptance and admittance
5.4 Real and reactive power
5.5 Phasor representation of alternating quantities
5.6 Pure resistance in AC circuit
5.7 Pure inductance in A.C. Circuits
5.8 Pure capacitance in A.C. circuits
5.9 RL, RC and RLC series circuits
5.10 A.C. through RC parallel circuit
5.11 A.C. through RL parallel circuit
5.12 A.C. Parallel RLC circuit
5.13 Three phase system
5.14 Relation between line and phase values of balanced star connection
5.15 Relationship between line and phase values of balanced delta connection
5.16 Assessment
Exercise
5.17 FAQ
UNIT 6 - TRANSFORMER AND MACHINES
6.1 Principle of operation
6.2 Construction of Single Phase Transformers
6.3 EMF equation
6.4 Transformer ratio
6.5 Three-phase Transformers
6.6 Auto transformers
6.7 D.C. Generator construction
6.8 Working principle of D.C. Generator
6.9 EMF Equartion
6.10 Working principle of D.C. Motor
6.11 Back e.m.f
6.12 Torque and speed equation
6.13 Types of D.C. motor
6.14 Characteristics
6.15 Single phase induction motors
6.16 Types of single phase induction motor
6.17 Capacitor start type induction motor
6.18 Capacitor run type induction motor
6.19 Capacitor start capacitor run induction motor
6.20 Assessment
Exercise
6.21 FAQ
Test f12 and ctrl u
Course Instructor
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Skilled in Odisha
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