electronics engineering

Applied Science

Electronics Engineering

11.98$

About the course

This course gives basic knowledge of Transducers, Diodes, Transistors, Amplifiers and Measuring Instruments. These devices form an integral part in building Silicon Technology, hence making them an important part of Electronics Engineering principles.

What will you learn?

The complete online syllabus of this course comprises 9 Learning Modules | 192 Topics of Learning | 9.2 Hours of Learning | 23 Assessments

Module

Basics of Electrical Circuits and Networks
Concepts of Magnetism and Electromagnetism
DC Generator and Motor
Induction Motor and Synchronous Machines
Measuring Instruments
P-N Junction Diodes and their Applications
Rectification
Diodes and Transistor Basics
Digital Electronics

Topics of Learning

Circuits and Networks
Active and Passive Elements
Unilateral and Bilateral Elements
Linear Elements and Linearity
Kirchhoff’s Current Law
Kirchhoff’s Voltage Law
Loop Method of Circuit Analysis
Nodal Method of Circuit Analysis
Star and Delta Configuration
Resistance
Effect of Temperature on Resistance
Computation of Resistance at Constant and Different Temperature
Ohm’s Law
Work, Power and Energy
RL series circuits
Instantaneous Rising Current in a Series RL Circuit
Instantaneous Decaying Current in a Series RL Circuit
RC series circuits
Instantaneous Rising Voltage across Capacitor
Instantaneous Decaying Voltage across Capacitor
AC Generation
Types of Waveforms: Sinusoidal, Triangular and Square
Basic Terms: Cycle , Time Period, Frequency and Amplitude
Maximum Value, RMS Value and Average Value
Form Factor, Crest Factor and Peak Factor
Three Phase System : Necessity and Advantages
Three Phase EMF Generation
Phase Sequence
Phase Quantity
Line Quantity
Impedance and Reactance
Rectangular Representation
Polar Representation
Phase and Phase Difference
Phasor Diagram: Pure Resistive Circuit (R)
Phasor Diagram: Pure Capacitive Circuit (C)
Phasor Diagram: Pure Inductive Circuit (L)
Phasor Diagram: R-L Circuit
Phasor Diagram: R-C Circuit
Phasor Diagram: R-L-C Circuit
Active Power
Apparent Power
Power Factor
Power Factor Improvement
Resonance
Resonance in Series R-L-C Circuit
Bandwidth in Series R-L-C Circuit
Q Factor in Series R-L-C Circuit
Resonance in Parallel R-L-C Circuit
Q Factor in Parallel R-L-C Circuit
Balanced Supply and Balanced Load
Analogy Between Electric and Magnetic Circuit
Magnetic Field Strength (H)
Flux
Flux Density (B)
Permeability
Force on a Current carrying Conductor Lying in a Magnetic Field
Fleming’s Left Hand Rule
Magnetic Circuit
Magnetic Motive Force (MMF)
Reluctance
Biot- Savart Law
Ampere’s Circuital Law
Series Magnetic Circuits
Analogy Between Magnetism and Electricity: EMI
Faraday’s Law
Lenz’s Law
Fleming’s Right Hand Rule
Statically Induced EMF
Dynamically Induced EMF
Self Inductance
Mutual Inductance
Coefficient of Coupling
Inductance in Series
Inductance in Parallel
Principle of Operation
Construction
Turn Ratio and Transformation Ratio
Step – Up and Step – Down Transformer
Ideal Transformer
Transformer on No Load
Voltage Regulation
Losses in Transformer
Efficiency of Single Phase Transformer
DC Generator: Construction
DC Generator : Equivalent Circuit
EMF Equation of Generator
Separately Excited Generator
Self Excited Generator
Self Excited Generator: Series Wound
Self Excited Generator: Shunt Wound
DC Machine as a Motor: Working
Back EMF
Voltage Equation of a Motor
Motor Characteristics
Series and Shunt DC Motor
Construction
General Principle of Operation
Production of Rotating Field
Synchronous Speed and Slip Speed
Frequency of Rotor Voltage and Current
Synchronous Motor: Introduction
Synchronous Motor: Principle of Operation
Comparison between Three Phase Synchronous and Induction Motors
Transducer
Classification of Transducers
Characteristics of Transducers
LVDT
Strain Gauge
Thermistors
Multimeters
Digital Multimeters
Advantages of Digital Multimeters
Electron Orbits and Energy Levels
Energy Bands in Solids
Classification of Solids
Intrinsic Semiconductors
Extrinsic Semiconductors : n Type
Extrinsic Semiconductors : p Type
Semiconductor Conductivity
Effects of Heat and Light on Conductivity
What is p-n Junction ?
Step and Graded p-n Junction
Depletion Region and Barrier Potential
Energy Diagram of p-n Junction
Forward Biasing
Reverse Biasing
Breakdown in Reverse Biased Diode
Barrier Potential and Junction Temperature
Diode Current Equation
Current Components in a p-n Junction Diode
V-I characteristics of p-n Junction Diode
Effects of Temperature on V-I Characteristics
Silicon and Germanium Diodes : V-I Characteristics
Diode Resistance and its Types
DC Load Line Concept and Operating Point
Bulk Resistance
Junction Capacitances
Applications of Diodes
Signal Rectification
Half Wave Rectifier
Centre-Tap Full Wave Rectifier
Bridge Full Wave Rectifier
Parameters of Wave Rectifier
Problem on Half Wave Rectifier
Problem on Bridge Wave Rectifier
Zener Diode Shunt Regulator
Zener Diode
Characteristics of Zener Diodes
Comparison of Zener Diode and p-n Junction Diode
Transistor Basics
What are Bipolar Junction Transistors?
Transistor Construction
Biasing of the Transistor
p-n-p Transistor Operation
FETs and its Types
Construction of JFET
Concept of Pinch off
p Channel JFET
Drain Characteristics
Transfer Characteristics
JFET Parameters
Transconductance
Comparison between FET and BJT
Voltage Regulator
Number System
Number System Conversion
Decimal to Binary Conversion
Binary to Decimal Conversion
Decimal – Octal Conversion
Decimal – Hexadecimal Conversion
Hexadecimal to Decimal Conversion
Binary Subtraction
Binary Multiplication
Binary Division
1’s Complement Representation
2’s Complement Representation
AND Gate
OR Gate
NOT Gate
NAND Gate
NOR Gate
X-OR Gate
X-NOR Gate
Universal Gates
Flip Flops
S-R Flipflop
J-K Flipflop
D Flipflop
T Flip Flop

For a quick review, please watch our videos here Online Video-Tutorials For Electronics Engineering