1.3 Cyclicity or fundamental to find last digit - Gateflix

Course Content

Module – Quantitative Aptitude

Chapter 1: Numbers System

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1.1 Types of numbers

1.2 Divisibility rules

1.3 Cyclicity or fundamental to find last digit

1.4 Concept of HCF/LCM and its application

1.6 Highest power and trailing zeros

1.8 Number System Exam Questions

1.9 Cyclicity – Last Digit (Unit Place)

1.10 Cyclicity – Last 2 Digits

1.11 Remainder Theorem

1.12 Base System

1.13 Right Most Non-zero Digit

Chapter 2: Percentages and Application

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2.1 Introduction to Percentage

2.2 Change of base

2.3 Profit loss and discount concept

2.4 Simple interest and Compound interest

2.5 Faulty Weights

2.6 Successive Percentage Change

2.7 Percentage Exam Questions

Chapter 3: Ratio, Proportion and Mixtures

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3.1 Introduction to Ratio

3.2 Introduction to Proportion

3.3 Partnership

3.4 Alligation & Mixture

3.5 Ratio & Proportion Exam Questions

Chapter 4: Time Speed and Distance

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4.1 Relation between Time, Speed & Distance

4.2 Average Speed

4.3 Relative Speed

4.4 Boats & Stream

4.6 Time, Speed & Distance Exam Questions

Chapter 5: Time and Work

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5.1 Introduction to Time & Work

5.2 Different types of questions of Time & Work

5.3 Time & Work Exam Questions

Chapter 6: Geometry

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6.2 Triangles & Properties

6.3 Quadrilateral

6.6 Trigonometry

6.7 Geometry & Mensuration (Higher Concept)

6.8 Mensuration

6.9 Geometry Exam Questions

Chapter 7: Permutation and Combination

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7.1 Arrangement based on Alphabets

7.2 Arrangement based on Numbers

7.3 Rank in Dictionary

7.4 Combination

7.5 Application of Combination

7.6 Permutation

7.7 Permutation & Combination Exam Questions

Chapter 8: Probability and Set Theory

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8.1 Introduction to Probability

8.2 Types of Questions of Probability

8.3 Probability Exam Questions

Chapter 9: Algebra

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9.1 Linear Equation

9.2 Quadratic Equation

9.3 Introduction to Progression

9.5 Logarithm Practice

9.8 Algebra Exam Questions

Chapter 10: Set Theory

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10.1 Set Theory

Chapter 11: Previous Year Aptitude GATE Questions

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11.1 1 aptitude-me-gate-question-2020

11.2 2 aptitude-ee-gate-question-2020

11.3 3 aptitude-ec-gate-question-2020

11.4 4 aptitude-cs-gate-question-2020

11.5 5 aptitude-ch-gate-question-2020

11.6 6 aptitude-ce-gate-question-2020

11.7 7aptitude-gate-questions-2018-ce

11.8 8 aptitude-gate-questions-2018-cs

11.9 9aptitude-gate-questions-2018-ec

11.10 10 aptitude-gate-questions-2018-me

11.11 11 aptitude-gate-questions-2017-ch

11.12 12 aptitude-gate-questions-gate-2016-ec

11.13 13 aptitude-gate-questions-gate-2016-ee

11.14 14 aptitude-gate-questions-2015

11.15 15 aptitude-gate-questions-2015-cs

11.16 16 aptitude-gate-questions-2015-ec-in

11.17 17 aptitude-gate-questions-2015-me

E-Book – Quantative Aptitude

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Practice Set – Quantative Aptitude

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Mock Test – Quanitative Aptitude

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Module – Engineering Mathematics

Gate New Syllabus

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Gate New Syllabus

MA-ENGINEERING MATHEMATICS-CHAPTER 1: LIMIT

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1.1 Introduction to Limit

1.2 Indeterminate forms

1.3 Methods to Solve Limit

MA-ENGINEERING MATHEMATICS-CHAPTER 2: CONTINUITY

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2.1 Introduction to Continuity

2.2 Types of Continuity

MA-ENGINEERING MATHEMATICS-CHAPTER 3: DIFFERENTIABILITY

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3.1 Introduction to differentiability

3.2 Differentiability of modulus function

3.3 Various exam questions

CHAPTER 4: PROPERTIES OF FUNCTION

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4.1 Monotone function

4.2 Increasing and decreasing function

4.3 Concave upward and downward

4.4 Point of inflection

CHAPTER 5: MAXIMA & MINIMA

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5.1 Local Maxima & Local Minima

5.2 Maxima-Minima-in-two-variables

5.3 Gate Questions Maxima-Minima – PART 1

5.4 Gate Questions Maxima-Minima – PART-2

5.5 Gate Questions Based On Graph Maxima-Minima – PART-3

5.6 Maxima-Minima Gate Questions

CHAPTER 6: MIN VALUE THEOREM

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6.1 Intermediate MVT

6.2 Integral form of intermediate MVT

CHAPTER 7: INTEGRATION

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7.1 Integration

7.2 Arc. Length Area & Volume

CHAPTER 8: LINEAR ALGEBRA

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8.1 Linear Transformation

8.2 Introduction to matrices

8.3 Rank & Nullity

8.4 System of Linear equations

8.5 Eigen values & Eigen Vectors

8.6 Number of linearly independent Eigen Vectors

8.7 Diagonalization of matrix

8.8 Some important properties of special matrices

CHAPTER 9: PROBABILITY DISTRIBUTION

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9.1 Discrete probability distribution

9.2 Binomial distribution

CHAPTER 10: STATISTICS

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10.1 Statistics

10.2 GATE Questions

CHAPTER 11: DIFFERENTIAL EQUATION

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11.1 Introduction to Differential equation

11.2 Order and degree of Differential equation

11.3 Ordinary and partial differential equation

11.4 Linear and nonlinear differential equations

11.5 Partial Differential Equations GATE Questions Maths

CHAPTER 12: NUMERICAL METHODS

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12.1 Numerical Analysis-Numerical Integration

12.2 Numerical Analysis – Numerical Differentiation

12.3 Roots of Equation

12.4 Numerical Analysis Maths

CHAPTER 13: COMPLEX ANALYSIS

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13.1 Complex Analysis – PART I

13.2 Complex Analysis – PART II

13.3 Complex Analysis – PART III

13.4 Complex Analysis GATE Questions

13.5 Complex Analysis – EM

13.6 Power Series – EM

CHAPTER 14: VECTOR ANALYSIS

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14.1 Vector Analysis PART-1

14.2 Vector Analysis-PART-2

14.3 Vector Analysis-PART-3

14.4 Vector Analysis-PART-4

14.5 Vector Analysis GATE Questions PART-1

14.6 Vector Analysis GATE Questions PART-2

CHAPTER 15: LAPLACE TRANSFORM

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15.1 Laplace Transform

15.2 Laplace Transform GATE Questions

E-Book – Engineering Mathematics

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Practice Set – Engineering Mathematics

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Mock Test – Engineering Mathematics

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Module – Networks

Gate New Syllabus

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0.1 Gate New Syllabus PART – 1

0.2 Gate New Syllabus PART – 2

0.3 Gate New Syllabus PART – 3

0.4 GATE New Syllabus PART – 4

0.5 GATE New Syllabus PART – 5

0.6 GATE New Syllabus PART – 6

Chapter 1: KVL, KCL, Power Absorbed & Delivered

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1.1 KVL, KCL, Power Absorbed & Delivered Part-I

1.2 KVL, KCL, Power Absorbed & Delivered Part-II

1.3 KVL, KCL, Power Absorbed & Delivered Part-III

Chapter 2: Network Theorems

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2.1 Network Theorems

2.2 Thevenin and Norton Theorem

2.3 Thevenin and Norton Gate Questions

2.4 Maximum Power Transfer Theorem Gate Questions

Chapter 3: Steady State Sinusoidal Analysis

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3.1 Steady State Sinusoidal Analysis Part-I

3.2 Steady State Sinusoidal Analysis Part-II

3.3 Steady State Sinusoidal Analysis Part-III

Chapter 4: Transient Analysis

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4.1 Transient Analysis Introduction

4.2 Transient Analysis Numerical Problems

4.3 Transient Analysis Gate Problems

4.4 Transient Analysis Laplace Transform

Chapter 5: Two-Port Network Parameters

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5.1 Two Port Network Part-I

5.2 Two Port Network Part-II

5.3 Two Port Network Part-III

Chapter 6: Three Phase Circuits & Star-Delta Transformations

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6.1 Three Phase Circuits & Star-Delta Transformations

Chapter 7: Resonance

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Chapter 8: Miscellaneous Topics

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8.1 Misc. Topics – Networks

E-Book – Networks

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Practice Set – Networks

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Mock Test – Networks

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Module – Digital Electronics

Chapter 1: Number Systems

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1.1 Introduction

1.2 Complements

1.3 Binary Codes

1.4 Gate Questions

Chapter 2: Boolean Algebra & Logic Gates

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2.1 Introduction

2.2 Boolean Algebra

2.3 SOP & POS expressions

2.4 Logic Gates

2.5 Gate Questions

Chapter 3: Combinational Circuits

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3.1 Introduction

3.2 Adders Subtractors

3.3 Multiplexer, Demultiplexer

3.4 Decoder, Encoder, Gate Questions

Chapter 4: Logic Families

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4.1 Introduction

4.2 Characteristics of Digital ICs

4.3 Transistor-Transistor Logic

4.4 Emitter-Coupled Logic, CMOS Logic, CMOS Logic Gate Questions

Chapter 5: Sequential Circuits

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5.1 Basic Memory Element – NOR-LATCH

5.3 Synchronization

5.4 Introduction

5.5 Flip-Flops, Registers

5.6 Finite State Machines

5.7 Clock pulses

5.10 Synchronous Counters

Chapter 6: A/D & D/A Converters

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6.1 Introduction to ADC & DAC

6.2 Types of ADC

6.3 Types of DAC & Gate Questions

Chapter 7: Semiconductor Memories

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7.1 Semiconductor Memories

Chapter 8: Microprocessor

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8.1 Microprocessor 8085

8.2 Architecture of 8085

8.3 Instruction Set of 8085

E-Book – Digital Electronics

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Practice Set – Digital Electronics

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Mock Test – Digital Electronics

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Module – Signal & Systems

Chapter 1: Introduction to Signals & Systems

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1.1 Introduction & Classification of Signals Part-I

1.2 Classification of Signals Part-II

1.3 Time Operations on Signals

1.4 Continuous & Discrete Signals

1.5 Classification of Systems & Gate Questions

Chapter 2: Linear Time Invariant System & Convolution

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2.1 Linear Time Invariant ( LTI ) System – Concept

2.2 Linear Time Invariant ( LTI ) System – Gate Questions

Chapter 3: Laplace Transform & Region of Convergence

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3.1 Introduction to the Laplace Transform & Region of Convergence ( ROC)

3.2 Properties of ROC & Laplace Transform

3.3 Laplace Transform GATE Questions

3.4 The Unilateral Laplace Transform Concept & GATE Questions

Chapter 4: Z- Transform

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4.1 Z- Transform Part-I

4.2 Z- Transform Part-II

4.3 Z-Transform GATE Questions

Chapter 5: Fourier Series & Fourier Transform

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5.1 Continuous Time & Fourier Series Part-I

5.2 Continuous Time & Fourier Series Part-II

5.3 Continuous Time & Fourier Series GATE Questions

5.4 Continuous Time & Fourier Transform Part-I

5.5 Continuous Time & Fourier Transform Part-I (Examples & GATE Questions)

5.6 Distortion less Transmission Through LTI Systems

Chapter 6: DTFS,DTFT & DFT

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6.1 Discrete Time & Fourier Series

6.2 Discrete Time Fourier Transform (Concept & GATE Questions , Digital Filters)

6.3 Discrete Fourier Transform ( Concept & GATE Questions )

Chapter 7: Sampling Theorem

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7.1 Sampling & Gate Questions

E-Book – Signal & Systems

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Practice Set – Signal & Systems

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Mock Test – Signal & Systems

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Module – Power Electronics

Chapter 1: Mathematics Of Power Electronics

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1.1 Mathematics Of Power Electronics

1.2 Mathematics Of Power Electronics ( Harmonics/Fourier Analysis )

Chapter 2: Power Semiconductor Devices

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2.1 Power Semiconductor Devices (Concept & GATE Questions )

Chapter 3: AC TO DC CONVERTER

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3.1 AC to DC Converters Part-I

3.2 AC to DC Converters Part-II

3.3 AC to DC Converters Part-III

3.4 AC to DC Converters Part-IV

3.5 AC to DC Converters Part-V

3.6 AC to DC Converters Part-VI

3.7 AC to DC Converters Part-VII

Chapter 4: DC TO DC CONVERTER

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4.1 DC TO DC Converter Part-I

4.2 DC TO DC Converter Part-II

4.3 DC TO DC Converter Part-III

4.4 DC TO DC Converter Part-IV

4.5 DC TO DC Converter Part-V

Chapter 5: Inverters

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5.1 Inverters Part-I

5.2 Inverters Part-II

5.3 Inverters Part-III

5.4 Inverters Part-IV

5.5 Inverters Part-V

Chapter 6: Gate New Syllabus

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6.1 GATE New Syllabus PART – 1

6.2 GATE New Syllabus PART – 2

6.3 GATE New Syllabus PART – 3

6.4 GATE New Syllabus PART – 4

6.5 GATE New Syllabus PART – 5

6.6 GATE New Syllabus PART – 6

6.7 GATE New Syllabus PART – 7

6.8 GATE New Syllabus PART – 8

E-Book – Power Electronics

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Practice Set – Power Electronics

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Mock Test – Power Electronics

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Module – Logical Reasoning

Chapter 1: Series

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Chapter 2: Coding And DeCoding

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2.1 Coding And DeCoding

Chapter 3: Analytical Reasoning(AR) or Data arrangement

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3.1 Analytical Reasoning(AR) or Data arrangement

Chapter 4: Blood relations

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4.1 Blood relations

Chapter 5: Calendars

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Chapter 6: Data interpretation

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6.2 Data interpretation

Chapter 7: Directions

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Chapter 8: Syllogism

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E-Book – Logical Reasoning

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Practice Set – Logical Reasoning

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Mock Test – Logical Reasoning

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Module – Verbal Ability

Chapter 1: Noun

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Chapter 2: Pronoun

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Chapter 3: Subject And Verb Agreement

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3.1 Subject And Verb Agreement

Chapter 4: Tenses

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Chapter 5: Modifiers

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5.1 Modifiers -1

5.2 Modifiers -2

Chapter 6: Vocabulary Building

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6.1 Linking word technique

6.2 Root word technique

Chapter 7: Verbal logic

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7.1 Course of Action

7.2 Critical Reasoning

7.3 Summary Type Questions

7.4 Deductive Logic & Logical Consistency

Chapter 8: Reading Comprehension( RC)

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8.1 Introduction to Reading Comprehension

8.2 Reading Comprehension – Tones

8.3 Reading Comprehension – How to Solve Question

Chapter 9: Articles & Prepositions

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9.1 Articles & Prepositions

E-Book – Verbal Ability

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Practice Set – Verbal Ability

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Mock Test – Verbal Ability

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Module – Control Systems

Chapter 1: Block Diagram Reduction Technique(Control System)

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1.1 Block diagram reduction technique part-1

1.2 Block diagram reduction technique part=2

1.3 GATE Questions based on Block diagram reduction technique

Chapter 2: Signal Flow Graph(Control System)

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2.1 Signal Flow Graph Part-1

2.2 Signal Flow Graph part-2

2.3 Mason’s gain limitation

Chapter 3: Response Based Transfer Function(Control System)

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3.1 Response Based Transfer Function

3.2 Initial Value Theorem and Final Value Theorem

Chapter 4: Time response(Control System)

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4.1 First Order System

4.2 Standard Second Order System Part-1

4.3 Standard Second Order System Part-2

4.4 Higher order System or Dominate Pole System

4.5 GATE Questions Based on Standard Second Order System

4.7 GATE Questions Based On Standard Second Order System

4.8 Steady State Error for Unity Feedback System

4.9 GATE Questions Based on Steady State Error

4.10 Steady State Error Non Unity Feedback System

Chapter 5: Routh Hurwitz Stability(Control System)

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5.1 Routh Hurwitz Stability

5.2 Gate Questions Based On Routh Hurwitz Stability

Chapter 6: Root Locus and Invert Root Locus(Control System)

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6.1 Root Locus & Gate Questions Part-1

6.2 Root Locus & Gate Question Part-2

6.3 Root Locus & Gate Question Part-3

6.4 Invert Root Locus & Gate Question

Chapter 7: Bode Plot(Control System)

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7.1 Bode Plot Locating Pole Part-1

7.2 Bode Plot Locating Pole Part-2

7.3 Bode Plot Cases

7.4 Bode Plot GATE Question

7.5 Gain Margin

7.6 Bode Plot for Damping

7.7 Asymptotic Board Phase Angle Plot

Chapter 8: Polar plot(Control System)

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8.2 Gain Margin & phase Margin

Chapter 9 Nyquist plot(Control System)

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9.1 Stability from Nyquist

9.2 GATE Questions

9.3 Relationship Nyquist Plot

Chapter 10: Response Peak and Frequency(Control System)

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10.1 Response Peak and Frequency

10.2 Sinusoidal Frequency Response

Chapter 11: State Space analysis(Control System)

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11.1 Basics of State Space analysis

11.2 Controllability and observability

11.3 Solution of State Space and zero Input Response

11.4 A,B,C,D matrices from Transfer function

11.5 Some Special type of problem on State Space

Chapter 12: Sensitivity(Control System)

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12.1 Basics of Sensitivity

12.2 GATE questions

Chapter 13: Compensator(Control System)

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13.1 Standard Phase lead Compensator

13.2 Standard phase lag Compensator

13.3 Comparison Between Phase lead & lag

13.4 Gate Questions

Chapter 14: Controller(Control System)

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14.1 Types of Controller

14.2 Proportional Controller

14.3 Derivative Controller

E-Book – Control Systems

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Practice Set – Control Systems

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Mock Test – Control Systems

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Module – Measurements

Chapter 1: Indicating Type Instrument

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1.1 Introduction to Measurement

1.2.1 Types of Torque & Controlling System

1.2.2 PMMC Instrument & Its Application

1.2.3 GATE Questions

1.3 Moving Iron Instrument

1.4 Dynamometer Type Instrument(Wattmeter)

1.4.1 Dynamometer Type Instrument

1.4.2 Wattmeter & Its Method

1.4.3 Errors in Wattmeter & Due to PC Induction

Chapter 2: Resistance Measurement

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2.1 Resistance Measurement

Chapter 3: Bridges

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3.1 Bridges (Measurements)

Chapter 4: Cathod Ray Oscilloscope & Q Meter

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4.1 Mapping in CRO & Measurement by Using CRO

4.2 Q Meter, Deflecting Plate & Measurement by CRO

Chapter 5: Error Analysis

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5.1 Error Analysis (Measurements)

Chapter 6: Energy Meter

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6.1 Energy Meter

Chapter 7: Instrument Transformer

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7.1 Instrument Transformer

E-Book – Measurements

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Practice Set – Measurements

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Mock Test – Measurements

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Module – Analog Circuits

Chapter 1: Operational Amplifier

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1.1 Introduction

1.2 Virtual Ground Concept

1.3 Transfer Characteristics

1.4 Integrator, Differentiator & Filter Circuits

1.5 Logarithmic Amplifier & Anti Logarithmic Amplifier

1.6 Comparator Circuit

1.7 Schmitt Trigger

1.8 Common Mode Rejection Ratio (CMRR) & Slew Rate

1.9 Operational Amplifier Parameters

Chapter 2: Diode Applications

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2.4 Basics of Semiconductor

2.5 Basic of Diodes

2.6 Avalanche & Zener Diode Breakdown

2.7 Questions Based on Diode Circuits

2.8 Diode Application – GATE Questions

Chapter 3: BJT Biasing

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3.1 Basics of BJT

3.2 Configuration in BJT

3.3 Transistor Characteristic & DC Load Lines

3.4 Standard Equation of BJT

3.5 Block Diagram of an Amplifier

3.6 D.C. & A.C. analysis of BJT

Chapter 4: Small Signal Analysis of BJT

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4.1 Transistor at Low Frequency – H Parameter

4.2 A.C. Analysis of an Amplifier

4.3 RE Model – Generalized Model

4.4 High Frequency Analysis of an Amplifier

Chapter 5: FET Analysis

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5.1 FET Analysis

5.2 FET Analysis – GATE Questions

Chapter 6: Multistage Amplifiers

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6.2 Current Mirror Circuit

6.3 Cascode Amplifier

6.4 Darlington Amplifier

6.5 Differential Amplifier

Chapter 7: Feedback Amplifiers

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7.1 Types of Amplifier

7.2 Types of Negative Amplifier

Chapter 8: 555 Timer

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Chapter 9: Filters & Oscillators

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9.1 36_Analog Filter-New Syllabus

9.2 37_Analog Butterworth – New-Syllabus

9.3 38_Analog Sallenkey-New-Syllabus

9.4 39_Analog Introduction-New-Syllabus

9.5 40_Aanalog RC Phase-New Syllabus

9.6 41_Analog Wein Bridge Oscillator-New-Syllabus

9.7 42_Analog Colpitts and Hartely Oscillator-New-Syllabus

E-Book – Analog Circuits

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Practice Set – Analog Circuits

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Mock Test – Analog Circuits

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Module – Electromagnetic Theory

Chapter 1: Vectors & Coordinate Systems

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1.1 Introduction of EMT & Vector Analysis

1.2 Co-ordinate System

1.3 Vector Calculus – I

1.4 Vector Calculus – II

1.5 Electrostatic Field

1.6 Concept of Electrostatic Field

1.7 Maxwell’s Equation

1.8 Concept of Capacitor

1.9 Boundary Conditions in Electrostatic Field

1.10 Magnetic Boundary Conditions

Chapter 2: Plane Wave Propagation

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2.1 Plane Wave Propagation

2.2 Depth of Penetration

2.3 Calculation Of Power

2.4 Reflection Of A Plane Wave At Normal Incidence

2.5 Polarization of Wave

2.6 Reflection of Plane Wave at Oblique Incident

2.7 GATE Questions on Plane Wave Propagation

Chapter 3: Transmission Line & Smith Chart

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3.1 Transmission Line

3.2 Concept of Input Impedance, Standing Wave Ratio and Power Transmission

3.3 Smith Chart

3.4 Matching of the Transmission Line

3.5 Transient Response In Transmission Line

3.6 Scattering Parameters of the Transmission Line

Chapter 4: Wave Guides

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4.1 Wave Guides

4.2 Transverse Magnetic Modes

4.3 Concept of Power in the Wave Guide

4.4 Wave Guide Resonators

4.5 Basic of Optical Fiber

4.6 GATE Questions of Waveguide

Chapter 5: Antenna Theory, Radar & Wave Propagation

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5.1 Antenna Theory and Wave Propagation

5.2 Antenna Terminology – I

5.3 Antenna Terminology – II

5.4 Basic of Radar

5.5 Antenna Array

5.6 GATE Questions of Antenna Array

5.7 GATE Questions of Antenna Theory

E-Book – Electromagnetic Theory

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Practice Set – Electromagnetic Theory

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Mock Test – Electromagnetic Theory

0/2

Module – Power Systems

Chapter 1: Gate New Syllabus

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1.1 Gate New Syllabus

Chapter 2: Basics Of Network and Power system

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2.1 Basics Of Network and Power system

Chapter 3: Objectives of Transmission Line

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3.1 Objectives of Transmission Line

Chapter 4: Power Flow Equation

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4.1 Power Flow Equation

Chapter 5: Power Factor Compensation Methods

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5.1 Power Factor Compensation Methods

5.2 Shunt Inductor Compensator

5.3 Series & SPM Compensator

Chapter 6: Transmission Line Parameters

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6.1 Transmission Line Parameters Part 1 (Inductance of Transmission line,Single Conductor,Single Phase 2 Wire Line & 3 Phase Transmission line)

6.2 Transmission Line Parameters Part 2(Bundle Conductor & Double Circuit Line)

6.3 Capacitance of Transmission Line

Chapter 7: Performance Of Transmission Line

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7.1 Short Transmission Line

7.2 Medium & Long Transmission Line

7.3 ESE Questions

Chapter 8: Power System Transient

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8.1 Power System Transient

Chapter 9: Corona

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Chapter 10: Insulator

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Chapter 11: AC and DC Distribution

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11.1 AC and DC Distribution

Chapter 12: Fault Analysis

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12.1 Per unit system

12.2 Symmetrical Fault Analysis

12.3 Symmetrical Component

12.4 Unsymmetrical Fault Analysis

12.5 ESE Questions Fault analysis

Chapter 13: Z Bus Matrix

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13.1 Z Bus Matrix

Chapter 14: Load Flow Analysis

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14.1 Load Flow Analysis PART – I

14.2 Load Flow Analysis PART – II

14.3 Load Flow Analysis PART – III

Chapter 15: Power System Stability

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15.1 Dynamics Of Rotor and Swing Equation

15.2 Study State Stability Limit

15.3 Transient Stability Limit PART I

15.4 Transient Stability Limit PART II

15.5 GATE Questions Power System

Chapter 16: Power System Protection

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16.1 Power System Protection PART – I

16.2 Power System Protection PART – II

Chapter 17: Underground Cable

0/1

17.1 Underground Cable

Chapter 18: Economic Load Dispatch

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18.1 Economic Load Dispatch

E-Book – Power Systems

0/1

Practice Set – Power Systems

0/2

Mock Test – Power Systems

0/2

Module – Electrical Machines

Chapter 1: Basic Concepts of Magnetic Circuits

0/4

1.1 Ohm’s Law in Electrical Circuits

1.2 Ohm’s Law in Magnetic Circuits

1.3 Types of Magnetic Materials

1.4 Basic Concepts of Magnetic Circuits – Numerical Problems

Chapter 2: Transformers

0/12

2.1 Introduction

2.2 Transformer Construction

2.3 Principle of Transformer Action

2.4 Equivalent Circuit of A Transformer

2.5 Open – Circuited and Short – Circuit Tests

2.6 Voltage Regulation of A Transformer

2.7 Transformer Losses

2.8 Transformer Efficiency

2.9 Transformers Tests

2.10 Auto-Transformers

2.11 Three Phase Transformer

2.12 Gate Questions

Chapter 3: Basic Concept of Rotating Machines

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3.1 Introduction

3.2 Flux Density Waveform & Induced EMF Equation

3.3 Three Phase Machine & Distributed Winding and Short Pitch

3.4 Numerical Questions

3.5 Slot Harmonics

Chapter 4: D.C. Machine

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4.1 D.C. Machine PART – 1

4.2 D.C. Machine PART – 2

4.3 D.C. Machine PART – 3

4.4 D.C. Machine PART – 4

4.5 D.C. Machine PART – 5

4.6 D.C. Machine PART – 6

4.7 D.C. Machine PART – 7

4.8 D.C. Machine PART – 8

Chapter 5: Three Phase Induction Motor

0/8

5.1 Concept of Rotating Magnetic Field & Principle of Operation

5.2 Equivalent Circuit & Power Flow

5.3 Torque Slip Characteristics

5.4 Stable & Unstable Region of Operation

5.5 No Load Test & Blocked Rotor Test

5.6 Starting of Three Phase Induction Motor

5.7 Speed Control of Three Phase Induction Motor

5.8 Logging & Crawling

Chapter 6: Synchronous Machines

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6.1 Introduction

6.2 Circuit Model of Synchronous Machine

6.3 Characteristics of Synchronous Machine

6.4 Short-Circuit Ratio (SCR)

E-Book – Electrical Machines

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Practice Set – Electrical Machines

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Mock Test – Electrical Machines

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Revision for GATE 2024

Chapter 1: Concept of Gateflix Revision

0/1

1.1 Concept of Gateflix Revision

Chapter 2: Digital Electronics

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2.1 21-Boolean Algebra

2.2 22-Logic Circuit

2.3 23-Logic Circuits-2

2.4 32-Combinational CKT-2

2.5 44 Logic Families

2.6 51-Sequential CKT

2.7 52-Sequential CKT

2.8 53-Finite State Machine

2.9 54-Clock Pulses

2.10 55-Counters PART-1

2.11 56-Counters-PART-2

2.12 57-Synchronous Counters

Chapter 3: Analog Circuit

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3.1 Virtual Ground Concept

3.2 Transfer Characteristics of Operational Amplifier

3.3 Integrator, Differentiator & Filter Circuits

3.4 Logarithmic Amplifier & Anti Logarithmic Amplifier

3.5 Comparator Circuit

3.6 Schmitt Trigger

3.7 Common Mode Rejection Ratio (CMRR) & Slew Rate

3.8 Operational Amplifier Parameters

3.9 Basics of Diodes

3.10 Avalanche & Zener Diode Breakdown

3.11 Basics of BJT

3.12 Standard Equation of BJT

3.13 D.C. & A.C. Analysis of BJT

3.14 FET Analysis

Chapter 4: Electromagnetic Theory

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4.1 Electrostatic Field

4.2 Concept of Electrostatic Field

4.3 Introduction of EMT & Vector Analysis

4.4 Vector Calculus

4.5 Magnetic Boundary Conditions

Chapter 5: Control Systems

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5.1 Standard Second Order System Part-1

5.2 Standard Second Order System Part-2

5.4 Response Peak and Frequency

5.5 Sinusoidal Frequency Response

5.6 Controllability and Observability

5.7 Solution of State Space and Zero Input Response

5.8 A, B, C, D Matrices from Transfer Function

5.9 Routh Hurwitz Stability

5.10 Bode Plot Locating Pole Part-1

5.11 Bode Plot Locating Pole Part-2

5.12 Polar Plot

5.13 Stability from Nyquist

5.14 Basics of State Space Analysis

5.15 Standard Phase Lead Compensator Part-1

5.16 Standard Phase Lead Compensator Part-2

Chapter 6: Signal & System

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6.1 Classification of Signals

6.2 Time Operation on Signals

6.3 Continuous & Discrete Signals

6.4 Classification of System

6.5 LTI Systems & Convolution – Theory

6.6 Z Transform

6.7 Continuous-Time Fourier Series

6.8 Continuous-Time Fourier Transform

6.9 Continuous-Time Fourier Transform – LTI

Chapter 7: Electrical Machines

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7.1 Transformer – Introduction

7.2 EMF Equation

7.3 Equivalent Circuit & Ideal Transformer

7.4 Testing of Transformer

7.5 Voltage Regulation

7.6 Effect of Change of Voltage & Frequency

7.7 Excitation Current Waveform and Switching Transients

7.8 How to Reduce Leakage Flux

7.9 Auto Transformer & Tertiary Winding

7.10 DC Machine Part-1

7.11 DC Machine Part-2

7.12 DC Machine Part-3

7.13 DC Machine Part-4

7.14 Types of Induction Motor

7.15 Three Phase Induction Motor Part-1

7.16 Three Phase Induction Motor Part-2

7.17 Three Phase Induction Motor Part-3

7.18 Three Phase Induction Motor Part-4

7.19 Three Phase Induction Motor Part-5

7.20 Synchronous Machine Part-1

7.21 Synchronous Machine Part-2

7.22 Synchronous Machine Part-3

7.23 Synchronous Machine Part-4

Chapter 8: Measurement

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8.1 Moving Iron Instrument

8.2 Dynamometer Type Instrument

8.3 Wattmeter & Its Method

8.4 Errors in Wattmeter & Due to PC Induction

8.6 Mapping in CRO & Measurement by Using CRO

8.7 Error Analysis

8.8 Energy Meter

Chapter 9: Power System

0/9

9.1 Power Flow Equations

9.2 Per Unit System

9.3 Symmetrical Fault Analysis

9.4 Symmetrical Component

9.5 Unsymmetrical Fault Analysis

9.6 ESE Questions on Fault Analysis

9.7 Load Flow Analysis Part 1

9.8 Load Flow Analysis Part 2

9.9 Load Flow Analysis Part 3

Chapter 10: Network

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10.1 KVL, KCL, POWER PART-1

10.2 KVL, KCL, POWER PART-2

10.3 KVL, KCL, POWER PART-3

10.4 Network Theorems_1

10.5 Thevenin & Norton Theorem_2

10.6 Thevenin & Norton Theorem GATE Questions_3

10.7 MPT Gate Problems_4

10.8 Steady State Analysis Introduction

10.9 Steady State Analysis Part-2

10.10 Steady State Analysis Part-3

10.11 Transient Analysis Introduction

10.12 Transient Analysis Problems

10.13 Transient Analysis GATE Problems

10.14 Transient Analysis Laplace Transform

Chapter 11: Power Electronics

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11.1 Power Semiconductor Switches

11.2 AC to DC Converters – Basics

11.3 Controlled Rectification, Continuous & Discontinuous

11.5 1-Phase Full Converters & Numericals

11.6 1-Phase Full Converter’s Different Configurations & Semi Converter

11.7 AC to DC Converters

11.8 AC to DC Converters Part – 2

11.9 DC to DC Converters

11.10 Boost Converters

11.11 Buck-Boost Converters

11.12 Questions & Discontinuous Conduction

11.13 Discontinuous Conduction Modes

11.14 Basics & 1-Phase Half Bridge Inverter

11.15 1-Phase Full Bridge Inverter with R & L Load

11.16 1-Phase Half Bridge Inverter with L Load

11.17 3-Phase Voltage Inverter with 180 Degree Conduction Mode

11.18 3-Phase Voltage Inverter with 120 Degree Conduction Mode

11.19 Voltage Control of Inverter (Pulse Width Modulation)

E-Book – Revision for GATE 2024

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Practice Set – Revision for GATE 2024

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Practice & Doubt Session

Chapter 1: Quantitative Aptitude

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1.1 Quantitative Aptitude

1.2 Quantitative Aptitude

Chapter 2: Engineering Mathematics

0/4

2.1 Engineering Mathematics

2.2 Engineering Mathematics

2.3 Engineering Mathematics

2.4 Engineering Mathematics

Chapter 3: Networks

0/2

Chapter 4: Digital Electronics

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4.1 Digital Electronics

4.2 Digital Electronics

Chapter 5: Control System

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5.1 Control System

Chapter 6: Power System

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6.1 Power System

Chapter 7: Power Electronics

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7.1 Power Electronics

E-Book – Practice & Doubt Session

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Practice Set – Practice & Doubt Session

0/2

GATE – 21 ADDED SYLLAB

Chapter 1: Engineering Mathematics

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1.1 Vector Analysis

Chapter 2: ELECTRICAL CIRCUIT (Network)

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2.1 ELECTRICAL CIRCUIT (Network)

2.2 ELECTRICAL CIRCUIT (Network)

2.3 ELECTRICAL CIRCUIT (Network)

2.4 ELECTRICAL CIRCUIT (Network)

2.5 ELECTRICAL CIRCUIT (Network)

2.6 ELECTRICAL CIRCUIT (Network)

2.7 ELECTRICAL CIRCUIT (Network)

2.8 ELECTRICAL CIRCUIT (Network)

Chapter 3: Power Systems

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3.1 Power Systems

Chapter 4: Control Systems

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4.1 Control Systems

4.2 Control Systems

4.3 Control Systems

Chapter 5: Power Electronics

0/7

5.1 Power Electronics

5.2 Power Electronics

5.3 Power Electronics

5.4 Power Electronics

5.5 Power Electronics

5.6 Power Electronics

5.7 Power Electronics

Chapter 6: Aptitude

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Chapter 7: Analog

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E-Book – GATE – 21 ADDED SYLLAB

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Practice Set – GATE – 21 ADDED SYLLAB

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Quiz

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Full Length Mock Test

GATE Electrical Engineering

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