Circuit components
|
Network Theory: An Overview
5 pages
|
|
|
Network Theory - Passive Elements
3 pages
|
|
|
Equivalent Resistance
7 pages
|
|
Network graphs
|
Detailed Notes: Graph Theory
7 pages
|
|
|
Network Topology Matrices
6 pages
|
|
KCL and KVL
|
Active Elements: Network Theory
4 pages
|
|
|
Kirchhoff's Circuit Laws: KCL & KVL
4 pages
|
|
|
DC Circuit Theory
12 pages
|
|
|
Kirchhoff’s Current Law
8 pages
|
|
|
Kirchhoff’s Voltage Law
4 pages
|
|
|
Ohm's Law & Power
8 pages
|
|
Circuit Analysis Methods
|
Short Notes: Network Elements
7 pages
|
|
|
Electrical Units of Measurement
3 pages
|
|
|
Mesh Current Analysis
3 pages
|
|
|
Nodal Voltage Analysis
2 pages
|
|
|
Network Equation & Solution Methods
7 pages
|
|
Basic Network Theorems and Applications
|
Network Theorems - 1
7 pages
|
|
|
Network Theorems - 2
5 pages
|
|
|
Maximum Power Transfer Theorem
3 pages
|
|
Transient Analysis
|
Response of DC Circuits
4 pages
|
|
|
Response of AC Circuits
2 pages
|
|
|
Initial & Final Condition
38 pages
|
|
|
First order Circuits (tau calculation)
18 pages
|
|
|
Second order circuits (Step response & natural response)
25 pages
|
|
|
Analysis using Laplace Transform (non unit-step)
85 pages
|
|
|
Short Notes: Transient Analysis in AC & DC Circuits
3 pages
|
|
Sinusoidal Steady-state Analysis
|
Notes: Steady State Response
7 pages
|
|
|
Study Notes for Transient & Steady State Response
4 pages
|
|
Resonant Circuits
|
Parallel Resonance
2 pages
|
|
Coupled Circuits
|
Detailed Notes & Questions Practice: Magnetically Coupled Circuits
29 pages
|
|
Balanced 3-phase Circuits
|
Delta to Star Conversion
1 page
|
|
|
Star to Delta Conversion
1 page
|
|
|
Study Notes For Three Phase AC Circuit
4 pages
|
|
|
Balanced Three Phase Circuits
9 pages
|
|
|
Unbalanced Three Phase Circuits
5 pages
|
|
Two-port Networks
|
Notes: Two Port Analysis
10 pages
|
|
|
Study Notes - Two Port Network
5 pages
|
|
|
Concepts & Questions Practice: Two Port Network
34 pages
|
|
Elements of Control Systems
|
Transfer Function
9 pages
|
|
|
Control System Formulas for GATE Exam
9 pages
|
|
|
Short Notes: Open loop and Closed loop Systems
2 pages
|
|
|
Detailed Notes: Transfer Function
7 pages
|
|
|
Detailed Notes: Open Loop System
7 pages
|
|
|
Negative Feedback Systems
6 pages
|
|
|
Electrical Analogies of Mechanical Systems
2 pages
|
|
|
Detailed Notes: Closed Loop System
11 pages
|
|
|
Mathematical Models
1 page
|
|
|
Modelling of Mechanical Systems
3 pages
|
|
|
Feedback Systems
12 pages
|
|
Block-Diagram Representation & Signal Flow Graphs
|
Signal Flow Graphs (with Examples)
2 pages
|
|
|
Block Diagram: Reduction Rules (Detailed Notes)
3 pages
|
|
|
Solved Examples on Block Diagrams
7 pages
|
|
|
Mason's Gain Formula (With Examples)
1 page
|
|
Stability
|
Time Domain Analysis of First Order and Second Order System
8 pages
|
|
|
Unit Impulse Response of 2nd Order System
2 pages
|
|
|
Basics of Time Response Analysis
4 pages
|
|
|
Time Response of Second Order System
1 page
|
|
|
Time Domain Specifications
3 pages
|
|
|
Steady-State Errors
2 pages
|
|
|
Time Response of First Order System
1 page
|
|
|
Transient & Steady State Analysis of Linear Time Invariant (LTI) Systems
3 pages
|
|
Nyquist`s Criterion
|
Routh- Hurwitz Criterion
4 pages
|
|
|
The Concept of Stability and its Necessary Conditions
3 pages
|
|
|
Relative Stability Analysis
5 pages
|
|
|
Root Locus Diagram
15 pages
|
|
|
Solved Examples: Root Locus
6 pages
|
|
|
Basic Concepts of Root Locus
3 pages
|
|
|
Rules for Sketching Root Locus (with Examples)
11 pages
|
|
|
Angle and Magnitude condition of root locus (with Examples)
6 pages
|
|
|
Effect of addition of Poles & Zeros on Root Locus
1 page
|
|
|
Rules to draw Polar Plot
9 pages
|
|
|
Nyquist Plot Overview
90 pages
|
|
|
Bode Plot Overview
19 pages
|
|
|
Frequency Response Analysis of Second Order Control System
2 pages
|
|
|
Basic Concepts of Frequency Response
5 pages
|
|
Controllers & Compensators
|
Types of Controllers
5 pages
|
|
|
P, PI, & PID Controllers
1 page
|
|
|
Proportional Integral (PI) Controller
3 pages
|
|
|
Proportional Derivative (PD) Controller
4 pages
|
|
|
Proportional Integral Derivative (PID) Controller
3 pages
|
|
|
Lag Lead Compensator
3 pages
|
|
|
Short Notes: Lag Compensator
3 pages
|
|
State-Variable Representation and Analysis of Control Systems
|
State Space Model
2 pages
|
|
|
State Space Representation of Control System
7 pages
|
|
|
Controllability & Observability
5 pages
|
|
|
State Space Control
12 pages
|
|
|
State Variable Representation of Electrical Network (with Examples)
4 pages
|
|
Mathematical Modelling of Systems
|
Introduction to Mathematical Modelling
3 pages
|
|
|
Electrical Analogies of control systems
1 page
|
|
|
Modelling of Physical Systems
6 pages
|
|
|
Force Voltage Analogy
5 pages
|
|
Representation of Continuous-time and Discrete-time Signals & Systems
|
Properties of Systems
5 pages
|
|
|
Description of Systems
6 pages
|
|
|
PPT: Introduction to Signal & Systems
24 pages
|
|
|
Representation of Continuous & Discrete, Time Signals -1
6 pages
|
|
|
Representation of Continuous & Discrete, Time Signals - 2
5 pages
|
|
|
Definition of Signals
3 pages
|
|
|
Shifting - Operations on Signals
1 page
|
|
|
Scaling - Operations on Signals
1 page
|
|
|
Shifting & Scaling Properties of Signals
9 pages
|
|
LTI Systems
|
Differentiation - Operations on Signals
1 page
|
|
|
Integration - Operations on Signals
1 page
|
|
|
Convolution - Operations on Signals
2 pages
|
|
|
Introduction to Signal & Systems
2 pages
|
|
|
Description of Signals
7 pages
|
|
|
Linear Shift Invariant Systems
4 pages
|
|
|
Classification of Systems
1 page
|
|
|
Reversal - Operations on Signals
1 page
|
|
|
Continuous Time LTI Systems
5 pages
|
|
|
Properties of LTI System
4 pages
|
|
Convolution
|
Discrete Time Convolution
5 pages
|
|
|
PPT: Discrete Time Convolution
14 pages
|
|
|
Circular Convolution - Discrete Fourier Transform
1 page
|
|
|
Sectional Convolution - Discrete Fourier Transform
2 pages
|
|
Fourier transform
|
Fourier Transform & Its Properties
8 pages
|
|
|
Fourier Transform
4 pages
|
|
|
Fourier Transform as a System
3 pages
|
|
|
Fourier Transform of Periodic Signals & Some Basic Properties of Fourier Transform
2 pages
|
|
|
Introduction to Transformation of Signals
6 pages
|
|
|
PPT: Fourier Transform
35 pages
|
|
|
Properties of Fourier Transform
1 page
|
|
|
Discrete Time Fourier Transform & Its Properties
2 pages
|
|
|
Inverse Discrete Time Fourier Transform
1 page
|
|
Laplace transform
|
Laplace Transform
5 pages
|
|
|
PPT: Laplace Transform & Its Applications
30 pages
|
|
|
Study Notes for Laplace Transform & Their Properties
2 pages
|
|
Z-transform
|
Study Notes For Z-Transform
1 page
|
|
|
Z-Transform & Region of Convergence
1 page
|
|
|
PPT: Z-Transform & Region of Convergence
13 pages
|
|
|
Properties of Laplace & Z-Transform
2 pages
|
|
|
Inverse Laplace & Z-Transform
4 pages
|
|
|
Rational System Functions
6 pages
|
|
|
Inverse Laplace & Z-Transform of Rational Functions
1 page
|
|
|
Analysis of LTI Systems with Rational System Functions
7 pages
|
|
Sampling and recovery of signals
|
Study Notes for Linear Time Invariant System & Sampling Theorem
9 pages
|
|
|
Sampling - Sampling & Reconstruction
3 pages
|
|
|
Sampling & Reconstruction of Band Limited Signals
4 pages
|
|
|
PPT: Sampling & Reconstruction
57 pages
|
|
|
Realistic Sampling of Signals
4 pages
|
|
|
Aliasing (Under Sampling)
1 page
|
|
DFT (Discrete Fourier Transform)
|
Filter Characteristics of Linear Systems
4 pages
|
|
|
Time Frequency Transform
2 pages
|
|
|
Introduction - Discrete Fourier Transform
2 pages
|
|
|
Circular Convolution - Discrete Fourier Transform
1 page
|
|
|
Solved Examples - Discrete Fourier Transform
1 page
|
|
|
Sectional Convolution - Discrete Fourier Transform
2 pages
|
|
|
Discrete Cosine Transform
1 page
|
|
|
Properties of DFT
2 pages
|
|
|
Questions - Discrete Fourier Transform
1 page
|
|
FFT (Fast Fourier Transform)
|
FFT (Fast Frequency Transform)
2 pages
|
|
|
In-Place Computation
1 page
|
|
|
Computer Aided Design - Fast Fourier Transform
1 page
|
|
Processing of analog signals through discrete-time systems
|
Digital Filter Structure
1 page
|
|
|
PPT - Digital Filters
14 pages
|
|
|
Ideal Frequency Selective Filters & Filter Specification
2 pages
|
|
|
Filter Design by Impulse Invariance & Bilinear Transformation
2 pages
|
|
|
Some Frequently used Analog Filters & Digital to Digital transformation
2 pages
|
|
|
FIR Filter Design & Realizations of Digital Filters
5 pages
|
|
Measurement of current, voltage, power, energy, power-factor, resistance, inductance, capacitance, and frequency
|
Electrical & Electronic Measurements Formulas for GATE EE Exam
4 pages
|
|
|
Measurement & Electrical Quantities
7 pages
|
|
|
Error Analysis & Oscilloscope
6 pages
|
|
|
Measuring Instruments
40 pages
|
|
|
Measurement of Resistance
8 pages
|
|
|
Measurement of Power, Energy, and Power Factor
6 pages
|
|
|
Measurement of Power and Energy
21 pages
|
|
Steady-state performance of overhead transmission lines and cables
|
Modern Power Systems
5 pages
|
|
|
Inductance & Resistance of Transmission Lines
6 pages
|
|
|
Power System Formulas for GATE EE Exam
26 pages
|
|
|
Why Make Interconnections?
4 pages
|
|
|
Skin Effect & Proximity Effect
2 pages
|
|
|
Capacitance of Transmission Lines
2 pages
|
|
|
Effect of Earth on Capacitance of Transmission Line
3 pages
|
|
|
Bundled Conductors
3 pages
|
|
|
Previous Year Questions: Transmission Lines
26 pages
|
|
Principles of active and reactive power transfer and distribution
|
Performance of Transmission Line & Travelling Wave
4 pages
|
|
|
Power Flow through a Transmission Line
4 pages
|
|
|
Transmission Line Constraints
5 pages
|
|
|
Introduction to Equipment & Stability Constraints in System Operation
2 pages
|
|
|
Stability Problems in Power Systems
2 pages
|
|
|
Numerical Solution of Differential Equations
4 pages
|
|
|
Ferranti Effect in Transmission Line
3 pages
|
|
|
Detailed Notes: Distribution System
21 pages
|
|
|
DC Distribution Systems
3 pages
|
|
|
AC Distribution System
5 pages
|
|
|
Overhead Insulators & Underground Cables - 1
19 pages
|
|
|
Overhead Insulators & Underground Cables - 2
14 pages
|
|
Load flow
|
Load Flow Analysis
13 pages
|
|
|
Load Frequency Control
28 pages
|
|
|
Decoupled Load Flow Studies
3 pages
|
|
|
Fast Decoupled Load Flow
3 pages
|
|
Voltage control and power factor correction
|
Introduction of Frequency Control
1 page
|
|
|
Mechanical Consideration of Transmission Line
7 pages
|
|
Economic operation
|
Economic Load Dispatch (Without Losses)
26 pages
|
|
|
Economic Load Dispatch (With Losses)
12 pages
|
|
|
Optimum Scheduling
17 pages
|
|
|
Unit Committment
14 pages
|
|
Symmetrical components
|
Short Notes: Symmetrical Components
7 pages
|
|
|
Detailed Notes: Symmetrical Components
20 pages
|
|
Analysis of symmetrical and unsymmetrical faults
|
Supply System & Per Unit System
10 pages
|
|
|
Single Line Diagram of Power System Network
2 pages
|
|
|
Symmetrical Component & Symmetrical Fault Analysis
6 pages
|
|
|
Short Circuit of a Synchronous Machine on No Load
3 pages
|
|
|
Short Circuit of a Loaded Synchronous Machine
1 page
|
|
|
Unsymmetrical Fault Analysis
1 page
|
|
|
Short Notes: Unsymmetrical Faults
2 pages
|
|
|
Detailed Notes: Unsymmetrical Faults
17 pages
|
|
Concept of system stability
|
Short Notes: Power System Stability
3 pages
|
|
|
System Stability Concepts
6 pages
|
|
Diode Circuits: Clipping, Clamping, Rectifier
|
Semiconductor Types
13 pages
|
|
|
Analog Electronics Formulas for GATE EE Exam
12 pages
|
|
|
PN Junction Diode
3 pages
|
|
|
PPT: PN Junction Diode
27 pages
|
|
|
Forward Biased Junction Diode
5 pages
|
|
|
Quantitative Theory of PN Junction Diode
3 pages
|
|
|
Diffusion Capacitance
5 pages
|
|
|
PPT: Zener Diodes
29 pages
|
|
|
Short Notes: Clipping Clamping Circuit
7 pages
|
|
|
Introduction to Rectifiers
9 pages
|
|
|
Half Wave Rectifiers
10 pages
|
|
|
Full Wave Rectifiers
11 pages
|
|
Biasing and bias stability.
|
Transistor Biasing
8 pages
|
|
|
Methods of Transistor Biasing
5 pages
|
|
|
Transistor Biasing and Small Signal Analysis
19 pages
|
|
|
Transistor Biasing & Stabilization
5 pages
|
|
|
Transistor Biasing and Stability Factor
13 pages
|
|
|
Bias Compensation Using Diode & Transistor
1 page
|
|
|
Transistor Biasing Circuits & Thermal Stability
35 pages
|
|
|
Thermal Runaway & Thermal Stability
4 pages
|
|
JFET
|
Junction Field Effect Transistor
22 pages
|
|
|
Field Effect Transistor
6 pages
|
|
|
Active mode operation of JFET
7 pages
|
|
|
Characteristics of N-Channel JFET
7 pages
|
|
|
Biasing Techniques JFET
7 pages
|
|
|
PPT: Field Effect Transistors
37 pages
|
|
|
JFET Characteristics
8 pages
|
|
MOSFET
|
Metal Oxide Field Effect Transistor
5 pages
|
|
|
MOSFET Characteristics
6 pages
|
|
|
Enhancement Type MOSFET
8 pages
|
|
|
Depletion type MOSFET
8 pages
|
|
|
Applications of MOSFET
4 pages
|
|
Amplifiers
|
Introduction to Amplifiers
13 pages
|
|
|
Types of Amplifiers
13 pages
|
|
|
Analysis of a Transistor Amplifier Circuit Using H-Parameters
9 pages
|
|
|
PPT: Fet Amplifier
22 pages
|
|
|
Feedback Amplifiers & Oscillators Add Content
2 pages
|
|
|
PPT: Feedback Amplifier
42 pages
|
|
|
Principles of Negative Voltage Feedback in Amplifiers
5 pages
|
|
OPAMP Circuits
|
Op Amp: Working Principle
11 pages
|
|
|
Feedback Negative and Divided
10 pages
|
|
|
Differential Op Amp
7 pages
|
|
|
Differentiator and Integrator Circuits
5 pages
|
|
|
The Instrumentation Amplifier
2 pages
|
|
|
Positive Feedback
9 pages
|
|
|
Op-Amp Practical Considerations
17 pages
|
|
|
Monostable Multivibrator (Using Op Amp)
8 pages
|
|
Filters
|
Types of Active Filters
5 pages
|
|
|
Butterworth Filters
4 pages
|
|
|
Sallen Key Filter
14 pages
|
|
|
Active Filter: Handwritten Notes
103 pages
|
|
Sinusoidal Oscillators
|
The Hartley Oscillator
4 pages
|
|
|
The Colpitts Oscillator
4 pages
|
|
|
Wien Bridge Oscillator
2 pages
|
|
|
Quartz Crystal Oscillators
6 pages
|
|
|
RC Phase Shift Oscillator
8 pages
|
|
|
Voltage Controlled Oscillator
3 pages
|
|
Boolean algebra
|
Binary Arithmetic
6 pages
|
|
|
Introduction to Number System
1 page
|
|
|
Important Formulas : Digital Electronics
27 pages
|
|
|
PPT: Conversion of Number System
45 pages
|
|
|
Converting Between Number Systems
11 pages
|
|
|
One's & Two's Complement
14 pages
|
|
|
PPT: Binary Arithmetic
25 pages
|
|
|
Binary Coded Decimal (BCD)
6 pages
|
|
|
Alphanumeric Code
9 pages
|
|
|
PPT: Binary Coded Decimal (BCD)
12 pages
|
|
Logic gates
|
Introduction to Logic Gates
1 page
|
|
|
Combinational Logic
6 pages
|
|
|
PPT: Basic Logic Gates
13 pages
|
|
|
PPT: Boolean Algebra
17 pages
|
|
Combinational circuits
|
Introduction to Combinational Logic
1 page
|
|
|
Half Adder & Full Adder
1 page
|
|
|
4-Bit Parallel Adder & 8-Bit Full Adder: Binary Arithmetic Circuits
6 pages
|
|
|
Carry Look Ahead Adders: Binary Arithmetic Circuits
2 pages
|
|
|
PPT: Combinational Logic
32 pages
|
|
Arithmetic circuits
|
Arithmetic & Logic Unit
2 pages
|
|
|
Introduction: A Simple ALU
6 pages
|
|
|
PPT: A Simple ALU (Binary Logic)
23 pages
|
|
Encoders and Decoders
|
Introduction to Encoders & Decoders
1 page
|
|
|
Priority Encoders
10 pages
|
|
|
BCD to 7 Segment
10 pages
|
|
|
PPT: Encoders & Decoders
16 pages
|
|
Multiplexers and decoders
|
Data Selectors & Multiplexers
2 pages
|
|
|
Multi Bit Multiplexers & Addressing
1 page
|
|
|
PPT: Multiplexer (Data Selectors)
17 pages
|
|
Sequential circuits
|
Switch De-Bouncing: S-R Flip Flops
2 pages
|
|
|
Master Slave Flip-Flop: S-R Flip Flops
1 page
|
|
|
Toggle Flip-flop: D-Type Flip Flop
5 pages
|
|
|
Asynchronous Counters
4 pages
|
|
|
Synchronous Counters
11 pages
|
|
|
Cascading Counters
2 pages
|
|
|
PPT: Asynchronous & Synchronous Counters
46 pages
|
|
|
Introduction to Registers
9 pages
|
|
Counters and shift-registers
|
Asynchronous Counters
4 pages
|
|
|
Four Bit Asynchronous Up Counter And Down Counter
4 pages
|
|
|
Synchronous Counters
11 pages
|
|
|
Cascading Counters
2 pages
|
|
|
PPT: Asynchronous & Synchronous Counters
46 pages
|
|
|
Introduction to Registers
9 pages
|
|
|
Shift Registers (SISO) & (PISO)
1 page
|
|
|
Loading Parallel Data
1 page
|
|
|
A 4-Bit Reversible Shift Register
3 pages
|
|
Comparators
|
Binary Comparators
4 pages
|
|
Sample and hold circuits
|
Sample and Hold Circuit
5 pages
|
|
ADCs and DACs
|
D/A and A/D Convertors
3 pages
|
|
Logic implementation using programmable devices (ROM, PLA, FPGA)
|
Introduction to Central Processing Unit
2 pages
|
|
|
PPT: Introduction to Central Processing Unit
24 pages
|
|
|
CPU Structure & Function
3 pages
|
|
|
Arithmetic & Logic Unit
2 pages
|
|
|
Instruction Formats
4 pages
|
|
|
Data Transfer & Manipulation
1 page
|
|
|
PPT: RISC & CISC
16 pages
|
|
|
64 - Bit Processor
2 pages
|
|
|
Introduction: A Simple ALU
6 pages
|
|
|
Carry Logic & Rotate Select
1 page
|
|
|
PPT: A Simple ALU (Binary Logic)
23 pages
|
|
Principles of Electromechanical Energy Conversion
|
Short Notes: Principle of Energy Conversion
2 pages
|
|
|
Detailed Notes: Electromechanical Energy Conversion - 1
22 pages
|
|
|
Detailed Notes: Electromechanical Energy Conversion - 2
34 pages
|
|
|
Singly Excited Magnetic System
11 pages
|
|
|
Doubly Excited Magnetic System
4 pages
|
|
DC Machines
|
Operating Principles Of DC Machines
8 pages
|
|
|
Commutation In DC Machines
15 pages
|
|
|
Constructional Features Of DC Machines
15 pages
|
|
|
General EMF And Torque In DC Machines
17 pages
|
|
|
Armature Reaction
17 pages
|
|
|
PPT - DC Machines
26 pages
|
|
|
Separately Excited DC Generators
18 pages
|
|
|
DC Shunt Generators
16 pages
|
|
|
Compound DC Generators
17 pages
|
|
|
Interconnected DC Generators
17 pages
|
|
|
PPT - DC Generators
18 pages
|
|
|
Characteristics Of DC Shunt Motors
17 pages
|
|
|
Starting Of DC Shunt Motors
19 pages
|
|
|
Speed Control Of DC Shunt Motors
19 pages
|
|
|
Braking Of DC Shunt Motors
16 pages
|
|
|
Electronic Control Of DC Shunt Motors
18 pages
|
|
|
Testing Of DC Shunt Motors
13 pages
|
|
|
Characteristics Of DC Series Motors
14 pages
|
|
|
Starting And Braking Of DC Series Motors
15 pages
|
|
|
Speed Control Of DC Series Motors
14 pages
|
|
|
Testing Of DC Series Motors
14 pages
|
|
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Characteristics Of Compound DC Series Motors
17 pages
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PPT - Characteristics Of DC Shunt Motors
50 pages
|
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Transformers: Principles of Operation and Analysis
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Introduction to Single Phase Transformers
18 pages
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PPT - Single Phase Transformer
28 pages
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Equivalent Circuits Of Single Phase Transformers
17 pages
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Operating Principles And Construction Of Single Phase Transformers
21 pages
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Modeling Of Single Phase Transformers
15 pages
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Testing Of Single Phase Transformers
19 pages
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Efficiency Of Single Phase Transformers
20 pages
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Voltage Regulation Of Single Phase Transformers
18 pages
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Parallel Operation Of Single Phase Transformers
19 pages
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Harmonics And Switching Transients In Single Phase Transformers
13 pages
|
|
3-Phase Transformers & Auto Transformers
|
Introduction to Three-Phase Transformers
7 pages
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|
|
Three Phase Transformer Phase Groups
38 pages
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Construction Of Three Phase Transformers
22 pages
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Three Phase Transformers Connections
18 pages
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Analysis And Testing Of Three Phase Transformers
18 pages
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Operation Of Three Phase Transformers
18 pages
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Auto Transformers
20 pages
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Three Winding Transformer
16 pages
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Scott Connected Transformers
16 pages
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Potential And Current Transformers
17 pages
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PPT - Autotransformers
21 pages
|
|
3-Phase Induction Machines
|
Introduction on Induction Machines
6 pages
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|
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Principles of Torque Production
7 pages
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Harmonics in Induction Machines
6 pages
|
|
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Electrical Machines Formulas for GATE EE Exam
27 pages
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Rotating Magnetic Field
2 pages
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Deducing the Machine Performance
10 pages
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Determination of Circuit Parameters
4 pages
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Construction - Induction Machines
3 pages
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Equivalent Circuit
4 pages
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Speed Control of Induction Machines
14 pages
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Starting of Induction Motor
2 pages
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Single Phase Induction Motor
13 pages
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No Load and Blocked Rotor Test
1 page
|
|
Synchronous Machines
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Introduction on Synchronous Machines
8 pages
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Synchronous Motor - 1
18 pages
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Synchronous Machine Armature Windings - 1
11 pages
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Synchronous Machine Armature Windings - 2
24 pages
|
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Synchronous Motor - 2
8 pages
|
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|
Synchronous Generator Operation - 1
13 pages
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Synchronous Generator Operation - 2
8 pages
|
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|
Parallel Operation of Two Generators
2 pages
|
|
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Difference between cylindrical Rotor and Salient pole type rotor
3 pages
|
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Power Flow in Synchronous motor
2 pages
|
|
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Interconnected Synchronous Generators - 1
16 pages
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|
|
Interconnected Synchronous Generators - 2
6 pages
|
|
Semiconductor Power Devices
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Power Electronics Formulas for GATE EE Exam
7 pages
|
|
|
Power Semiconductor Devices - 1
9 pages
|
|
|
Power Semiconductor Devices - 2
9 pages
|
|
|
Power Semiconductor Devices - 3
13 pages
|
|
Triggering Circuits
|
SCR: Operation and Protection
8 pages
|
|
|
Firing & Commutation Circuits of SCR
25 pages
|
|
|
Two Transistor Model of a Thyristor
1 page
|
|
|
Silicon Controlled Rectifier (SCR)
26 pages
|
|
Phase Control Rectifiers
|
Rectifier Circuits
8 pages
|
|
|
Detailed Notes: Phase Controlled Rectifiers - 1
26 pages
|
|
|
Single Phase Half Wave Rectifier
5 pages
|
|
|
Single Phase Fully Controlled Converters
10 pages
|
|
|
Principle of Phase Control
3 pages
|
|
|
Detailed Notes: Phase Controlled Rectifiers - 2
16 pages
|
|
|
Half Wave Rectifier
10 pages
|
|
|
Detailed Notes: Signal Phase Rectifier
15 pages
|
|
|
Single Phase Half Wave Diode Rectifier with RL Load
3 pages
|
|
|
Three Phase Rectifier
11 pages
|
|
|
Single Phase Full Wave Diode Rectifier
1 page
|
|
|
Single Phase Full Wave Bridge Rectifier
5 pages
|
|
|
Single Phase Half Controlled Converters
11 pages
|
|
Bridge Converters
|
Three Phase Line Commutated Converter - 1
9 pages
|
|
|
Three Phase Line Commutated Converter - 2
7 pages
|
|
Principles of Thyristor Choppers and Inverters
|
DC-DC Converter or Chopper
4 pages
|
|
|
Detailed Notes: DC Choppers
26 pages
|
|
|
DC to AC Converter or Inverter
4 pages
|
|
|
Three Phase Bridge Inverter
6 pages
|
|
|
Three Phase 120 degree mode VSI
5 pages
|
|
|
Detailed Notes: Inverter
32 pages
|
|
|
Pulse Width Modulation Inverter
29 pages
|
|
|
Current Source Inverters
7 pages
|
|
|
Detailed Notes: Full Bridge Inverter
9 pages
|
|
Random variables
|
Random Processes & Variables
3 pages
|
|
|
Analog Communication Formulas for GATE ECE Exam
4 pages
|
|
|
Digital Communication Formulas for GATE ECE Exam
2 pages
|
|
Amplitude modulation: DSB, DSB-SC, and SSB
|
Communication, Amplitude Modulation & Demodulation
6 pages
|
|
|
Types of AM & Its Classification
5 pages
|
|
|
Introduction to Analog Communication
9 pages
|
|
|
Analog Modulation
4 pages
|
|
|
Analog Demodulation
5 pages
|
|
|
Detailed Notes: Amplitude Modulation
10 pages
|
|
|
Single Sideband (SSB) Modulation
4 pages
|
|
|
Double Sideband Suppressed Carrier (DSB-SC) Modulation
3 pages
|
|
|
DSBC (Double Sideband with Carrier) transmission
3 pages
|
|
|
SSBSC (Single Sideband Suppressed Carrier) Transmission
12 pages
|
|
|
SSBC (Single Sideband with Carrier)
4 pages
|
|
|
VSBSC (Vestigial Sideband Suppressed Carrier)
5 pages
|
|
|
Quadrature Amplitude Modulation (QAM)
3 pages
|
|
Angle Modulation
|
Angle Modulation & Demodulation
7 pages
|
|
|
Detailed Notes: Phase Modulation
4 pages
|
|
|
Detailed Notes: Angle Modulation
5 pages
|
|
|
Detailed Notes: Frequency Modulation
14 pages
|
|
Pulse Modulation
|
Modulation Schemes & Decoding
7 pages
|
|
|
Pulse Amplitude Modulation (PAM)
9 pages
|
|
|
Pulse Time Modulation (PTM)
6 pages
|
|
|
Radio Transmitter
8 pages
|
|
2023
|
Electrical Engineering Optional Paper 1 - 2023
25 pages
|
|
|
Electrical Engineering Optional Paper 2 - 2023
12 pages
|
|
2022
|
Electrical Engineering Optional Paper 1 - 2022
22 pages
|
|
|
Electrical Engineering Optional Paper 2 - 2022
12 pages
|
|
2021
|
Electrical Engineering Optional Paper 1 - 2021
23 pages
|
|
|
Electrical Engineering Optional Paper 2 - 2021
11 pages
|
|
2020
|
Electrical Engineering Optional Paper 1 - 2020
24 pages
|
|
|
Electrical Engineering Optional Paper 2 - 2020
12 pages
|
|
2019
|
Electrical Engineering Optional Paper 1 - 2019
19 pages
|
|
|
Electrical Engineering Optional Paper 2 - 2019
16 pages
|
|