6.3 Quadrilateral

1.9 Cyclicity – Last Digit (Unit Place)

36:42

1.10 Cyclicity – Last 2 Digits

1.13 Right Most Non-zero Digit

1.11 Remainder Theorem

01:10:10

1.12 Base System

35:05

15:24

Chapter 2: Percentages and Application

0/7

2.1 Introduction to Percentage

15:06

2.2 Change of base

16:01

2.3 Profit loss and discount concept

2.4 Simple interest and Compound interest

16:08

2.5 Faulty Weights

03:10

2.6 Successive Percentage Change

2.7 Percentage Exam Questions

20:08

Chapter 3: Ratio, Proportion and Mixtures

0/5

3.1 Introduction to Ratio

17:53

3.2 Introduction to Proportion

08:36

3.3 Partnership

23:10

3.4 Alligation & Mixture

13:12

3.5 Ratio & Proportion Exam Questions

13:12

Chapter 4: Time Speed and Distance

0/6

4.1 Relation between Time, Speed & Distance

4.6 Time, Speed & Distance Exam Questions

31:07

Chapter 5: Time and Work

0/3

5.1 Introduction to Time & Work

02:37

5.2 Different types of questions of Time & Work

5.3 Time & Work Exam Questions

6.2 Triangles & Properties

Chapter 6: Geometry

0/9

6.1 Angles

16:53

6.7 Geometry & Mensuration (Higher Concept)

52:04

6.8 Mensuration

6.9 Geometry Exam Questions

01:01:36

Chapter 7: Permutation and Combination

0/7

7.1 Arrangement based on Alphabets

12:02

7.2 Arrangement based on Numbers

11:58

7.3 Rank in Dictionary

06:44

7.4 Combination

11:57

7.5 Application of Combination

7.6 Permutation

7.7 Permutation & Combination Exam Questions

8.1 Introduction to Probability

Chapter 8: Probability and Set Theory

0/3

07:13

8.2 Types of Questions of Probability

46:33

8.3 Probability Exam Questions

Chapter 9: Algebra

0/8

9.1 Linear Equation

9.2 Quadratic Equation

9.3 Introduction to Progression

37:51

9.4 Logarithm

46:35

9.5 Logarithm Practice

9.8 Algebra Exam Questions

28:53

Chapter 10: Set Theory

0/1

10.1 Set Theory

11:28

Chapter 11: Previous Year Aptitude GATE Questions

0/11

11.1 Aptitude GATE Questions 2018 ME

11.2 Aptitude GATE Questions 2018 EC

11.3 Aptitude GATE Questions 2018 CE

11.4 Aptitude GATE Questions 2018 CS

11.5 Aptitude GATE Questions 2017 CH

11.6 Aptitude GATE Questions 2016 EE

11.7 Aptitude GATE Questions 2016 EC

11.8 Aptitude GATE Questions 2019 all Branches

11.9 Aptitude GATE Questions 2015 CS

11.10 Aptitude GATE Questions 2015 ME

11.11 Aptitude GATE Questions 2015 EC+ IN

E-Book – Quantative Aptitude

0/1

Practice Set – Quantative Aptitude

0/2

Engineering Mathematics

Gate New Syllabus

0/1

Gate New Syllabus

1.1 Introduction to Limit

MA-ENGINEERING MATHEMATICS-CHAPTER 1: LIMIT

0/13

21:39

1.2 Indeterminate forms

1.3 Methods to Solve Limit

1.4 Factoring Method

1.5 Rationalisation method

1.8 Failure of L-Hospital Rule

1.9 Approximation method

1.10 Limit involving modulus function

1.11 Limit involving Riemann integration

1.12 Limit involving greatest integer function

1.13 Various exam questions and practice questions

2.1 Introduction to Continuity

MA-ENGINEERING MATHEMATICS-CHAPTER 2: CONTINUITY

0/7

01:11:59

2.2 Types of Continuity

16:40

2.3 Types of Discontinuity

2.4 Continuity in an interval [a,b]

2.5 Continuity of P(X)/Q(X)

2.6 Continuity of modulus function

2.7 Various exam questions and practice questions

3.1 Introduction to differentiability

MA-ENGINEERING MATHEMATICS-CHAPTER 3: DIFFERENTIABILITY

0/3

35:43

3.2 Differentiability of modulus function

28:24

3.3 Various exam questions

CHAPTER 4: PROPERTIES OF FUNCTION

0/4

4.1 Monotone function

4.2 Increasing and decreasing function

4.3 Concave upward and downward

4.4 Point of inflection

5.1 Local Maxima & local minima

CHAPTER 5: MAXIMA & MINIMA

0/3

23:52

5.2 Absolute maximum and absolute minimum

29:47

5.3 Maximum & minimum value of a function in the given interval

12:58

CHAPTER 6: MIN VALUE THEOREM

0/7

6.1 Intermediate MVT

28:00

6.2 Integral form of intermediate MVT

6.5 Integral form of Lagrange’s MVT

6.6 Cauchy’s MVT

6.7 Various exam questions

8.1 Linear Transformation

CHAPTER 7: INTEGRATION

0/1

7.1 Integration

57:39

CHAPTER 8: LINEAR ALGEBRA

0/9

01:52:51

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

8.9 Gate questions

9.1 Discrete probability distribution

CHAPTER 9: PROBABILITY DISTRIBUTION

0/12

9.2 Binomial distribution

9.3 Poisson distribution

9.4 Continuous probability distribution

9.5 Uniform distribution

9.6 Exponential distribution

9.7 Normal Distribution

9.8 Mean, Median, and Mode of probability distribution

9.9 Expectation, second moment, variance, and standard deviation

9.10 Cumulative Distribution

9.11 Joint probability distribution

9.12 Gate questions

11.1 Introduction to Differential equation

CHAPTER 10: STATISTICS

0/1

10.1 Statistics

02:26:57

CHAPTER 11: DIFFERENTIAL EQUATION

0/15

33:40

11.2 Order and degree of Differential equation

11.3 Ordinary and partial differential equation

11.4 Linear and nonlinear differential equations

11.5 Homogeneous and nonhomogeneous differential equations

11.6 Methods to solve first order first degree differential equations

11.7 Variable separable method

11.8 Leibnitz differential equations

11.9 Bernoulli’s differential equations

11.10 Differential equations with homogeneous function

11.11 Differential equation dy/dx = f(ax+by+c)

11.12 Higher order differential equations with constant coefficients

11.13 Higher order differential equations with variable coefficients

11.14 Partial differential equations

11.15 Gate questions

12.1 Numerical Integration

CHAPTER 12: NUMERICAL METHODS

0/3

01:47:40

12.2 Numerical Differentiation

13.1 Introduction to complex numbers

12.3 Roots of Equation

02:15:45

CHAPTER 13: COMPLEX ANALYSIS

0/9

13.2 Limit, continuity, and differentiability

13.3 Analytic functions

13.4 Entire function

13.5 Complex differentiation

13.6 Zeros & Singularity: Poles, essential singularity, Harmonic singularity

13.7 Residues at poles and essential singularity

13.8 Complex integration – Open path closed path

13.9 Gate questions

14.2 Vector differentiation – Gradient, Directional derivative, Normal, Divergence, Curl

CHAPTER 14: VECTOR ANALYSIS

0/4

14.1 Basics of vector

01:06:58

54:12

14.3 Vector integration – open path line integration, closed path line integration, surface integration, Stokes theorem, Green’s theorem, Gauss’s divergence theorem

14.4 Gate questions

CHAPTER 15: LAPLACE TRANSFORM

0/1

15.1 Laplace Transform

02:23:11

E-Book – Engineering Mathematics

0/1

Practice Set – Engineering Mathematics

0/2

Networks

Gate New Syllabus

0/1

Gate New Syllabus

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

Chapter 1: KVL, KCL, Power Absorbed & Delivered

0/3

55:30

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

01:07:19

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

01:18:26

Chapter 2: Network Theorems

0/4

2.1 Network Theorems

01:10:26

2.2 Thevenin and Norton Theorem

01:02:04

2.3 Thevenin and Norton Gate Questions

2.4 Maximum Power Transfer Theorem Gate Questions

37:43

Chapter 3: Steady State Sinusoidal Analysis

0/3

3.1 Steady State Sinusoidal Analysis Part-I

01:17:20

3.2 Steady State Sinusoidal Analysis Part-II

01:32:04

3.3 Steady State Sinusoidal Analysis Part-III

01:33:29

Chapter 4: Transient Analysis

0/4

4.1 Transient Analysis Introduction

01:27:58

4.2 Transient Analysis Numerical Problems

01:08:29

4.3 Transient Analysis Gate Problems

01:01:32

4.4 Transient Analysis Laplace Transform

47:58

Chapter 5: Two-Port Network Parameters

0/3

5.1 Two Port Network Part-I

01:07:55

5.2 Two Port Network Part-II

01:04:06

5.3 Two Port Network Part-III

01:20:41

Chapter 6: Three Phase Circuits & Star-Delta Transformations

0/1

6.1 Three Phase Circuits & Star-Delta Transformations

57:25

Chapter 7: Resonance

0/1

7.1 Resonance

8.1 Magnetically Coupled Circuits

Chapter 8: Miscellaneous Topics

0/2

8.2 Graph Theory

E-Book – Networks

0/1

Practice Set – Networks

0/2

2.3 SOP & POS expressions

Digital Electronics

Chapter 1: Number Systems

0/4

Chapter 2: Boolean Algebra & Logic Gates

0/5

Chapter 3: Combinational Circuits

0/4

3.1 Introduction

3.3 Multiplexer, Demultiplexer

3.2 Adders Subtractors

01:08:35

3.4 Decoder, Encoder, Gate Questions

Chapter 4: Logic Families

0/4

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

5.1 Basic Memory Element – NOR-LATCH

Chapter 5: Sequential Circuits

0/10

5.5 Flip-Flops, Registers

50:17

5.6 Finite State Machines

5.10 Synchronous Counters

41:15

Chapter 6: A/D & D/A Converters

0/3

6.1 Introduction to ADC & DAC

34:07

6.2 Types of ADC

43:06

6.3 Types of DAC & Gate Questions

52:07

Chapter 7: Semiconductor Memories

0/1

7.1 Semiconductor Memories

38:34

Chapter 8: Microprocessor

0/3

8.1 Microprocessor 8085

37:38

8.2 Architecture of 8085

14:49

8.3 Instruction Set of 8085

38:35

E-Book – Digital Electronics

0/1

Practice Set – Digital Electronics

0/2

1.1 Introduction & Classification of Signals Part-I

Signal & Systems

Chapter 1: Introduction to Signals & Systems

0/5

35:23

1.2 Classification of Signals Part-II

46:54

1.3 Time Operations on Signals

35:25

1.4 Continuous & Discrete Signals

19:52

1.5 Classification of Systems & Gate Questions

30:56

Chapter 2: Linear Time Invariant System & Convolution

0/2

2.1 Linear Time Invariant ( LTI ) System – Concept

30:14

2.2 Linear Time Invariant ( LTI ) System – Gate Questions

27:20

Chapter 3: Laplace Transform & Region of Convergence

0/4

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

41:48

3.2 Properties of ROC & Laplace Transform

39:05

3.3 Laplace Transform GATE Questions

26:04

3.4 The Unilateral Laplace Transform Concept & GATE Questions

42:11

Chapter 4: Z- Transform

0/3

4.1 Z- Transform Part-I

44:52

4.2 Z- Transform Part-II

33:27

4.3 Z-Transform GATE Questions

39:01

Chapter 5: Fourier Series & Fourier Transform

0/6

5.1 Continuous Time & Fourier Series Part-I

01:16:57

5.2 Continuous Time & Fourier Series Part-II

29:11

5.3 Continuous Time & Fourier Series GATE Questions

29:17

5.4 Continuous Time & Fourier Transform Part-I

53:18

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

51:24

5.6 Distortion less Transmission Through LTI Systems

29:17

Chapter 6: DTFS,DTFT & DFT

0/3

6.1 Discrete Time & Fourier Series

23:22

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

01:00:21

6.3 Discrete Fourier Transform ( Concept & GATE Questions )

53:45

Sampling Theorem

0/1

7.1 Sampling & Gate Questions

28:07

E-Book – Signal & Systems

0/1

Practice Set – Signal & Systems

0/2

1.1 Mathematics Of Power Electronics

Power Electronics

Chapter 1: Mathematics Of Power Electronics

0/2

01:13:49

1.2 Mathematics Of Power Electronics ( Harmonics/Fourier Analysis )

01:03:18

Chapter 2: Power Semiconductor Devices

0/1

2.1 Power Semiconductor Devices (Concept & GATE Questions )

35:39

Chapter 3: AC TO DC CONVERTER

0/7

3.1 AC to DC Converters Part-I

57:59

3.2 AC to DC Converters Part-II

01:15:16

3.3 AC to DC Converters Part-III

01:13:16

3.4 AC to DC Converters Part-IV

01:16:46

3.5 AC to DC Converters Part-V

01:07:04

3.6 AC to DC Converters Part-VI

40:43

3.7 AC to DC Converters Part-VII

01:15:16

Chapter 4: DC TO DC CONVERTER

0/5

4.1 DC TO DC Converter Part-I

01:44:26

4.2 DC TO DC Converter Part-II

49:20

4.3 DC TO DC Converter Part-III

28:02

4.4 DC TO DC Converter Part-IV

39:21

4.5 DC TO DC Converter Part-V

01:06:28

Chapter 5: Inverters

0/5

5.1 Inverters Part-I

51:02

5.2 Inverters Part-II

01:03:05

5.3 Inverters Part-III

40:06

5.4 Inverters Part-IV

22:39

5.5 Inverters Part-V

01:00:49

Chapter 6: Gate New Syllabus

0/1

6.1 Gate New Syllabus

E-Book – Power Electronics

0/1

Practice Set – Power Electronics

0/2

Logical Reasoning

Chapter 1: Series

0/1

1.1Series

Chapter 2: Coding And DeCoding

0/1

2.1 Coding And DeCoding

3.1 Analytical Reasoning(AR) or Data arrangement

Chapter 3: Analytical Reasoning(AR) or Data arrangement

0/1

Chapter 4: Blood relations

0/1

4.1 Blood relations

Chapter 5: Calendars

0/1

5.1 Calendars

Chapter 6: Data interpretation

0/2

6.1 Clock

6.2 Data interpretation

Chapter 7: Directions

0/1

7.1 Directions

Chapter 8: Syllogism

0/1

8.1 Syllogism

E-Book – Logical Reasoning

0/1

Practice Set – Logical Reasoning

0/2

Verbal Ability

Chapter 1: Noun

0/1

1.1 Noun

3.1 Subject And Verb Agreement

Chapter 2: Pronoun

0/1

2.1 Pronoun

01:44:52

Chapter 3: Subject And Verb Agreement

0/1

01:17:39

Chapter 4: Tenses

0/1

4.1 Tenses

55:33

Chapter 5: Modifiers

0/2

Chapter 6: Vocabulary Building

0/7

6.1 Linking word technique

56:20

6.2 Root word technique

32:05

6.3 Types of vocabulary questions

6.7 Various Exam questions and practice question

7.3 Summary Type Questions

Chapter 7: Verbal logic

0/4

7.1 Course of Action

37:19

7.2 Critical Reasoning

42:46

7.4 Deductive Logic & Logical Consistency

01:16:06

Chapter 8: Reading Comprehension( RC)

0/3

8.1 Introduction to Reading Comprehension

8.2 Reading Comprehension – Tones

50:46

8.3 Reading Comprehension – How to Solve Question

01:06:16

Chapter 9: Articles & Prepositions

0/1

9.1 Articles & Prepositions

01:20:05

E-Book – Verbal Ability

0/1

Practice Set – Verbal Ability

0/2

1.1 Block diagram reduction technique part-1

Control Systems

Chapter 1: Block Diagram Reduction Technique(Control System)

0/3

1.2 Block diagram reduction technique part=2

36:07

1.3 GATE Questions based on Block diagram reduction technique

2.1 Signal Flow Graph Part-1

Chapter 2: Signal Flow Graph(Control System)

0/3

41:43

2.2 Signal Flow Graph part-2

50:59

2.3 Mason’s gain limitation

28:10

Chapter 3: Response Based Transfer Function(Control System)

0/2

3.1 Response Based Transfer Function

29:55

3.2 Initial Value Theorem and Final Value Theorem

36:11

Chapter 4: Time response(Control System)

0/10

4.1 First Order System

38:28

4.2 Standard Second Order System Part-1

38:16

4.3 Standard Second Order System Part-2

22:00

4.4 Higher order System or Dominate Pole System

28:39

4.5 GATE Questions Based on Standard Second Order System

27:27

4.6 Peak Time

15:40

4.7 GATE Questions Based On Standard Second Order System

4.8 Steady State Error for Unity Feedback System

21:31

4.9 GATE Questions Based on Steady State Error

07:11

4.10 Steady State Error Non Unity Feedback System

19:57

Chapter 5: Routh Hurwitz Stability(Control System)

0/2

5.1 Routh Hurwitz Stability

26:36

5.2 Gate Questions Based On Routh Hurwitz Stability

46:00

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

0/4

6.1 Root Locus & Gate Questions Part-1

01:06:45

6.2 Root Locus & Gate Question Part-2

43:42

6.3 Root Locus & Gate Question Part-3

01:06:35

6.4 Invert Root Locus & Gate Question

20:49

Chapter 7: Bode Plot(Control System)

0/7

7.1 Bode Plot Locating Pole Part-1

7.2 Bode Plot Locating Pole Part-2

17:48

7.3 Bode Plot Cases

13:21

7.4 Bode Plot GATE Question

7.5 Gain Margin

7.6 Bode Plot for Damping

29:29

7.7 Asymptotic Board Phase Angle Plot

8.2 Gain Margin & phase Margin

Chapter 8: Polar plot(Control System)

0/2

8.1 Polar Plot

39:27

31:49

Chapter 9 Nyquist plot(Control System)

0/3

9.1 Stability from Nyquist

48:20

9.2 GATE Questions

01:07:39

9.3 Relationship Nyquist Plot

07:27

Chapter 10: Response Peak and Frequency(Control System)

0/2

10.1 Response Peak and Frequency

29:38

10.2 Sinusoidal Frequency Response

10:09

Chapter 11: State Space analysis(Control System)

0/5

11.1 Basics of State Space analysis

18:43

11.2 Controllability and observability

41:48

11.3 Solution of State Space and zero Input Response

39:19

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

30:36

11.5 Some Special type of problem on State Space

08:52

Chapter 12: Sensitivity(Control System)

0/2

12.1 Basics of Sensitivity

09:39

12.2 GATE questions

17:19

Chapter 13: Compensator(Control System)

0/4

13.1 Standard Phase lead Compensator

46:58

13.2 Standard phase lag Compensator

17:28

13.3 Comparison Between Phase lead & lag

19:47

13.4 Gate Questions

17:57

Chapter 14: Controller(Control System)

0/3

14.1 Types of Controller

04:12

14.2 Proportional Controller

54:14

14.3 Derivative Controller

39:48

E-Book – Control Systems

0/1

Practice Set – Control Systems

0/2

1.1 Introduction to Measurement

Measurements

Chapter 1: Indicating Type Instrument

0/9

21:51

1.2.1 Types of Torque & Controlling System

30:25

1.2.2 PMMC Instrument & Its Application

01:31:40

1.2.3 GATE Questions

1.3 Moving Iron Instrument

49:12

1.4 Dynamometer Type Instrument(Wattmeter)

1.4.1 Dynamometer Type Instrument

28:14

1.4.2 Wattmeter & Its Method

01:28:09

1.4.3 Errors in Wattmeter & Due to PC Induction

01:05:33

Chapter 2: Resistance Measurement

0/9

2.1 Resistance Measurement

01:00:39

2.2 Resistance Classification

2.3 Methods for Resistance Measurement

2.4 Voltmeter – Ammeter Method

2.5 Ammeter – Voltmeter Method

2.6 Substitution Method

2.7 Wheatstone Bridge

2.8 Kelvin Double Bridge

2.9 Loss of Charge Method

3.2 Maxwell’s Inductance Bridge

Chapter 3: Bridges

0/7

3.1 A.C. Bridge

01:03:34

3.3 Maxwell’s Inductance Capacitance Bridge

3.4 HAY’s Bridge

3.5 Anderson’s Bridge

3.6 Bridge of Capacitance Measurement

3.7 WEIN Bridge (Frequency Measurement)

4.1 Mapping in CRO & Measurement by Using CRO

Chapter 4: Cathod Ray Oscilloscope & Q Meter

0/2

53:16

4.2 Q Meter, Deflecting Plate & Measurement by CRO

56:32

Chapter 5: Error Analysis

0/3

5.1 Classification of Error

47:10

5.2 Error in Combination

5.3 Uncertainity Error

7.1 Instrument Transformer

Chapter 6: Energy Meter

0/1

6.1 Energy Meter

01:12:59

Chapter 7: Instrument Transformer

0/1

46:19

E-Book – Measurements

0/1

Practice Set – Measurements

0/2

Analog Circuits

Chapter 1: Operational Amplifier

0/9

1.1 Introduction

1.2 Virtual Ground Concept

01:09:47

1.3 Transfer Characteristics

11:55

1.4 Integrator, Differentiator & Filter Circuits

28:22

1.5 Logarithmic Amplifier & Anti Logarithmic Amplifier

18:57

1.6 Comparator Circuit

09:45

1.7 Schmitt Trigger

26:50

1.8 Common Mode Rejection Ratio (CMRR) & Slew Rate

15:50

1.9 Operational Amplifier Parameters

15:56

Chapter 2: Diode Applications

0/8

2.4 Basics of Semiconductor

46:20

2.5 Basic of Diodes

55:23

2.6 Avalanche & Zener Diode Breakdown

19:13

2.7 Questions Based on Diode Circuits

19:51

2.8 Diode Application – GATE Questions

27:46

Chapter 3: BJT Biasing

0/6

3.1 Basics of BJT

09:54

3.2 Configuration in BJT

18:52

3.3 Transistor Characteristic & DC Load Lines

21:56

3.4 Standard Equation of BJT

06:17

3.5 Block Diagram of an Amplifier

39:50

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

20:07

Chapter 4: Small Signal Analysis of BJT

0/4

4.1 Transistor at Low Frequency – H Parameter

01:20:06

4.2 A.C. Analysis of an Amplifier

4.3 RE Model – Generalized Model

28:35

4.4 High Frequency Analysis of an Amplifier

14:42

Chapter 5: FET Analysis

0/2

5.1 FET Analysis

5.2 FET Analysis – GATE Questions

40:04

Chapter 6: Multistage Amplifiers

0/5

6.1 Introduction

6.2 Current Mirror Circuit

35:18

6.3 Cascode Amplifier

25:38

6.4 Darlington Amplifier

25:38

6.5 Differential Amplifier

43:25

Chapter 7: Feedback Amplifiers

0/3

7.1 Types of Amplifier

06:30

7.2 Types of Negative Amplifier

22:07

7.3 Oscillator

Chapter 8: 555 Timer

0/1

8.1 555 Timer

9.1 Filters & Oscillators – 7 videos

Chapter 9: Filters & Oscillators

0/1

E-Book – Analog Circuits

0/1

Practice Set – Analog Circuits

0/2

1.1 Introduction of EMT & Vector Analysis

Electromagnetic Theory

Chapter 1: Vectors & Coordinate Systems

0/10

30:22

1.2 Co-ordinate System

20:26

1.3 Vector Calculus – I

48:52

1.4 Vector Calculus – II

22:19

1.5 Electrostatic Field

01:00:14

1.6 Concept of Electrostatic Field

01:05:34

1.7 Maxwell’s Equation

01:01:43

1.8 Concept of Capacitor

33:35

1.9 Boundary Conditions in Electrostatic Field

33:40

1.10 Magnetic Boundary Conditions

50:17

Chapter 2: Plane Wave Propagation

0/7

2.1 Plane Wave Propagation

01:13:22

2.2 Depth of Penetration

49:02

2.3 Calculation Of Power

43:18

2.4 Reflection Of A Plane Wave At Normal Incidence

01:13:29

2.5 Polarization of Wave

44:35

2.6 Reflection of Plane Wave at Oblique Incident

01:16:58

2.7 GATE Questions on Plane Wave Propagation

47:16

Chapter 3: Transmission Line & Smith Chart

0/6

3.1 Transmission Line

01:23:16

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

43:14

3.3 Smith Chart

55:26

3.4 Matching of the Transmission Line

53:04

3.5 Transient Response In Transmission Line

44:49

3.6 Scattering Parameters of the Transmission Line

34:54

Chapter 4: Wave Guides

0/6

4.1 Wave Guides

01:14:38

4.2 Transverse Magnetic Modes

42:54

4.3 Concept of Power in the Wave Guide

23:06

4.4 Wave Guide Resonators

47:36

4.5 Basic of Optical Fiber

15:08

4.6 GATE Questions of Waveguide

38:14

Chapter 5: Antenna Theory, Radar & Wave Propagation

0/7

5.1 Antenna Theory and Wave Propagation

01:41:02

5.2 Antenna Terminology – I

48:30

5.3 Antenna Terminology – II

5.6 GATE Questions of Antenna Array

51:19

5.7 GATE Questions of Antenna Theory

39:46

E-Book – Electromagnetic Theory

0/1

Practice Set – Electromagnetic Theory

0/2

Power Systems

Chapter 1: Gate New Syllabus

0/1

1.1 Gate New Syllabus

2.1 Basics Of Network and Power system

Chapter 2: Basics Of Network and Power system

0/1

01:18:13

Chapter 3: Objectives of Transmission Line

0/1

3.1 Objectives of Transmission Line

40:16

Chapter 4: Power Flow Equation

0/1

4.1 Power Flow Equation

5.1 Power Factor Compensation Methods

Chapter 5: Power Factor Compensation Methods

0/3

5.2 Shunt Inductor Compensator

5.3 Series & SPM Compensator

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

Chapter 6: Transmission Line Parameters

0/3

01:23:25

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

02:03:40

6.3 Capacitance of Transmission Line

01:11:60

Chapter 7: Performance Of Transmission Line

0/3

7.1 Short Transmission Line

01:06:59

7.2 Medium & Long Transmission Line

8.1 Power System Transient

7.3 ESE Questions

21:35

Chapter 8: Power System Transient

0/2

01:55:04

8.2 Power System Transient

11.1 AC and DC Distribution

Chapter 9: Corona

0/1

9.1 Corona

58:18

Chapter 10: Insulator

0/1

10.1 Insulator

38:18

Chapter 11: AC and DC Distribution

0/1

01:14:47

Chapter 12: Fault Analysis

0/5

12.1 Per unit system

01:29:17

12.2 Symmetrical Fault Analysis

01:40:33

12.3 Symmetrical Component

02:00:20

12.4 Unsymmetrical Fault Analysis

02:08:36

12.5 ESE Questions Fault analysis

19:60

Chapter 13: Z Bus Matrix

0/1

13.1 Z Bus Matrix

15.1 Power System Stability

Chapter 14: Load Flow Analysis

0/1

14.1 Load Flow Analysis

01:33:00

Chapter 15: Power System Stability

0/1

01:10:03

Chapter 16: Power System Protection

0/1

16.1 Power System Protection

01:28:54

Chapter 17: Underground Cable

0/1

17.1 Underground Cable

33:12

Chapter 18: Economic Load Dispatch

0/1

18.1 Economic Load Dispatch

33:12

E-Book – Power Systems

0/1

Practice Set – Power Systems

0/2

1.1 Ohm’s Law in Electrical Circuits

Electrical Machines

Chapter 1: Basic Concepts of Magnetic Circuits

0/4

24:15

1.2 Ohm’s Law in Magnetic Circuits

14:42

1.3 Types of Magnetic Materials

39:41

1.4 Basic Concepts of Magnetic Circuits – Numerical Problems

48:47

Chapter 2: Transformers

0/12

2.1 Introduction

2.2 Transformer Construction

17:52

2.3 Principle of Transformer Action

01:35:45

2.4 Equivalent Circuit of A Transformer

01:12:55

2.5 Open – Circuited and Short – Circuit Tests

01:01:46

2.6 Voltage Regulation of A Transformer

54:50

2.7 Transformer Losses

01:07:09

2.8 Transformer Efficiency

01:27:30

2.9 Transformers Tests

22:48

2.10 Auto-Transformers

36:13

2.11 Three Phase Transformer

01:00:38

2.12 Gate Questions

01:12:55

Chapter 3: Basic Concept of Rotating Machines

0/5

3.1 Introduction

21:02

3.2 Flux Density Waveform & Induced EMF Equation

01:42:42

3.3 Three Phase Machine & Distributed Winding and Short Pitch

01:30:47

3.4 Numerical Questions

58:39

3.5 Slot Harmonics

28:31

Chapter 4: D.C. Machine

0/8

Chapter 5: Three Phase Induction Motor

0/9

5.1 Concept of Rotating Magnetic Field & Principle of Operation

01:20:30

5.2 Equivalent Circuit & Power Flow

01:05:14

5.3 Torque Slip Characteristics

01:26:34

5.4 Stable & Unstable Region of Operation

5.5 No Load Test & Blocked Rotor Test

01:01:21

5.6 Starting of Three Phase Induction Motor

01:26:56

5.7 Speed Control of Three Phase Induction Motor

5.9 Single Phase Induction Motor

5.8 Logging & Crawling

45:40

Chapter 6: Synchronous Machines

0/15

6.1 Introduction

6.2 Circuit Model of Synchronous Machine

01:05:14

6.3 Characteristics of Synchronous Machine

01:09:26

6.4 Short-Circuit Ratio (SCR)

6.5 Potier Method

6.6 Operating Characteristics

6.7 Power Flow (Transfer) Equations

6.8 Capability Curve of Synchronous Generator

6.9 Salient-Pole Synchronous Machine Two-Reaction Model

6.10 Power-Angle Characteristic

6.11 Determination of Xd and Xq – Slip Test

6.12 Parallel Operation of Synchronous Generators

6.13 Hunting in Synchronous Machines

6.14 Damper Winding

6.15 Special Machines GATE Questions

E-Book – Electrical Machines

0/1

Practice Set – Electrical Machines

0/2

1.1 Concept of Gateflix Revision

Revision for GATE 2024

Chapter 1: Concept of Gateflix Revision

0/1

01:18

Chapter 2: Digital Electronics

0/11

2.5 Sequential Circuit-1

2.6 Sequential Circuit

2.7 Finite State Machine

2.11 Synchronous Counter

3.1 Virtual Ground Concept

Chapter 3: Analog Circuit

0/14

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

0/5

4.1 Electrostatic Field

4.2 Concept of Electrostatic Field

4.3 Introduction of EMT & Vector Analysis

01:13:25

4.4 Vector Calculus

4.5 Magnetic Boundary Conditions

5.1 Standard Second Order System Part-1

Chapter 5: Control Systems

0/16

5.2 Standard Second Order System Part-2

5.3 Peak Time

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

6.1 Classification of Signals

Chapter 6: Signal & System

0/10

01:22:00

6.2 Time Operation on Signals

35:25

6.3 Continuous & Discrete Signals

19:52

6.4 Classification of System

30:56

6.5 LTI Systems & Convolution – Theory

30:13

6.6 Z Transform

01:17:57

6.7 Continuous-Time Fourier Series

01:16:57

6.8 Continuous-Time Fourier Transform

53:18

6.9 Continuous-Time Fourier Transform – LTI

29:17

6.10 Sampling

28:06

Chapter 7: Electrical Machines

0/23

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

8.1 Moving Iron Instrument

Chapter 8: Measurement

0/8

8.2 Dynamometer Type Instrument

8.3 Wattmeter & Its Method

8.4 Errors in Wattmeter & Due to PC Induction

8.5 Bridges

8.6 Mapping in CRO & Measurement by Using CRO

Chapter 9: Power System

0/9

9.1 Power Flow Equations

01:18:13

9.2 Per Unit System

01:29:17

9.3 Symmetrical Fault Analysis

01:40:33

9.4 Symmetrical Component

02:00:20

9.5 Unsymmetrical Fault Analysis

02:08:36

9.6 ESE Questions on Fault Analysis

19:60

9.7 Load Flow Analysis Part 1

01:33:00

9.8 Load Flow Analysis Part 2

01:16:33

9.9 Load Flow Analysis Part 3

48:01

Chapter 10: Network

0/14

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

11.1 Power Semiconductor Switches

Chapter 11: Power Electronics

0/19

35:39

11.2 AC to DC Converters – Basics

11.3 Controlled Rectification, Continuous & Discontinuous

11.4 Half Wave Controlled Rectification with RL & RLE Load and Numericals

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

0/1

Practice Set – Revision for GATE 2024

0/2

1.1 Quantitative Aptitude

Practice & Doubt Session

Chapter 1: Quantitative Aptitude

0/2

01:34:35

1.2 Quantitative Aptitude

01:23:11

Chapter 2: Engineering Mathematics

0/4

2.1 Engineering Mathematics

01:12:01

2.2 Engineering Mathematics

2.3 Engineering Mathematics

01:35:29

2.4 Engineering Mathematics

04:01:03

Chapter 3: Networks

0/2

Chapter 4: Digital Electronics

0/2

4.1 Digital Electronics

43:49

4.2 Digital Electronics

59:31

Chapter 5: Control System

0/1

5.1 Control System

01:28:10

Chapter 6: Power System

0/1

6.1 Power System

01:52:26

Chapter 7: Power Electronics

0/1

7.1 Power Electronics

02:00:27

E-Book – Practice & Doubt Session

0/1

Practice Set – Practice & Doubt Session

0/2

2.1 ELECTRICAL CIRCUIT (Network)

GATE – 21 ADDED SYLLAB

Chapter 1: Engineering Mathematics

0/1

1.1 Vector Analysis

02:10:21

Chapter 2: ELECTRICAL CIRCUIT (Network)

0/8

55:30

2.2 ELECTRICAL CIRCUIT (Network)

01:07:17

2.3 ELECTRICAL CIRCUIT (Network)

01:18:24

2.4 ELECTRICAL CIRCUIT (Network)

01:10:25

2.5 ELECTRICAL CIRCUIT (Network)

01:02:03

2.6 ELECTRICAL CIRCUIT (Network)

54:02

2.7 ELECTRICAL CIRCUIT (Network)

37:43

2.8 ELECTRICAL CIRCUIT (Network)

57:25

Chapter 3: Power Systems

0/1

3.1 Power Systems

33:12

Chapter 4: Control Systems

0/3

Chapter 5: Power Electronics

0/7

5.1 Power Electronics

57:59

5.2 Power Electronics

01:13:40

5.3 Power Electronics

01:13:16

5.4 Power Electronics

01:16:46

5.5 Power Electronics

01:07:04

5.6 Power Electronics

40:43

5.7 Power Electronics

01:14:50

Chapter 6: Aptitude

0/1

6.1 Aptitude

56:41

Chapter 7: Analog

0/7

E-Book – GATE – 21 ADDED SYLLAB

0/1

Practice Set – GATE – 21 ADDED SYLLAB

0/2