About Course
As we all know Electronics engineering is growing rapidly. The field of electronic engineering is so vast that includes a variety of more specific electronic engineering fields that include, Engineering Mathematics, Electric Circuits, electronic devices, circuits, equipment, and systems.
What I will learn?
- 400+ Hrs Live Recorded Lectures
- Free Test Series, CTQ Videos and Ebooks Included
- Recorded by Best Mentors across the country from IIT/IISc
Course Curriculum
Quantitative Aptitude
Chapter 1: Numbers System
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1.1 Types of numbers
00:00 -
1.2 Divisibility rules
00:00 -
1.3 Cyclicity or fundamental to find last digit
00:00 -
1.4 Concept of HCF/LCM and its application
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1.5 Remainders
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1.6 Highest power and trailing zeros
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1.7 Factors
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1.8 Number System Exam Questions
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1.9 Cyclicity – Last Digit (Unit Place)
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1.10 Cyclicity – Last 2 Digits
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1.11 Remainder Theorem
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1.12 Base System
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1.13 Right Most Non-zero Digit
00:00
Chapter 2: Percentages and Application
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2.1 Introduction to Percentage
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2.2 Change of base
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2.3 Profit loss and discount concept
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2.4 Simple interest and Compound interest
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2.5 Faulty Weights
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2.6 Successive Percentage Change
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2.7 Percentage Exam Questions
00:00
Chapter 3: Ratio, Proportion and Mixtures
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3.1 Introduction to Ratio
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3.2 Introduction to Proportion
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3.3 Partnership
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3.4 Alligation & Mixture
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3.5 Ratio & Proportion Exam Questions
00:00
Chapter 4: Time Speed and Distance
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4.1 Relation between Time, Speed & Distance
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4.2 Average Speed
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4.3 Relative Speed
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4.4 Boats & Stream
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4.5 Races
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4.6 Time, Speed & Distance Exam Questions
00:00
Chapter 5: Time and Work
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5.1 Introduction to Time & Work
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5.2 Different types of questions of Time & Work
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5.3 Time & Work Exam Questions
00:00
Chapter 6: Geometry
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6.1 Angles
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6.2 Triangles & Properties
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6.3 Quadrilateral
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6.4 Circle
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6.5 Polygon
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6.6 Trigonometry
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6.7 Geometry & Mensuration (Higher Concept)
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6.8 Mensuration
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6.9 Geometry Exam Questions
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Chapter 7: Permutation and Combination
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7.1 Arrangement based on Alphabets
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7.2 Arrangement based on Numbers
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7.3 Rank in Dictionary
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7.4 Combination
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7.5 Application of Combination
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7.6 Permutation
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7.7 Permutation & Combination Exam Questions
00:00
Chapter 8: Probability and Set Theory
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8.1 Introduction to Probability
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8.2 Types of Questions of Probability
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8.3 Probability Exam Questions
00:00
Chapter 9: Algebra
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9.1 Linear Equation
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9.2 Quadratic Equation
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9.3 Introduction to Progression
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9.4 Logarithm
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9.5 Logarithm Practice
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9.6 Modulus
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9.7 Inequality
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9.8 Algebra Exam Questions
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Chapter 10: Set Theory
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10.1 Set Theory
00:00
Chapter 11: Previous Year Aptitude GATE Questions
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11.1 Aptitude GATE Questions 2018 ME
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11.2 Aptitude GATE Questions 2018 EC
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11.3 Aptitude GATE Questions 2018 CE
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11.4 Aptitude GATE Questions 2018 CS
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11.5 Aptitude GATE Questions 2017 CH
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11.6 Aptitude GATE Questions 2016 EE
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11.7 Aptitude GATE Questions 2016 EC
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11.8 Aptitude GATE Questions 2019 all Branches
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11.9 Aptitude GATE Questions 2015 CS
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11.10 Aptitude GATE Questions 2015 ME
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11.11 Aptitude GATE Questions 2015 EC+ IN
00:00
E-Book – Quantative Aptitude
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E-Book
Practice Set – Quantative Aptitude
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Practice Set 1
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Practice Set 2
Engineering Mathematics
Gate New Syllabus
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Gate New Syllabus
00:00
MA-ENGINEERING MATHEMATICS-CHAPTER 1: LIMIT
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1.1 Introduction to Limit
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1.2 Indeterminate forms
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1.3 Methods to Solve Limit
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1.4 Factoring Method
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1.5 Rationalisation method
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1.6 Expansion method
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1.7 L-Hospital Rule
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1.8 Failure of L-Hospital Rule
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1.9 Approximation method
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1.10 Limit involving modulus function
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1.11 Limit involving Riemann integration
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1.12 Limit involving greatest integer function
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1.13 Various exam questions and practice questions
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MA-ENGINEERING MATHEMATICS-CHAPTER 2: CONTINUITY
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2.1 Introduction to Continuity
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2.2 Types of Continuity
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2.3 Types of Discontinuity
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2.4 Continuity in an interval [a,b]
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2.5 Continuity of P(X)/Q(X)
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2.6 Continuity of modulus function
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2.7 Various exam questions and practice questions
00:00
MA-ENGINEERING MATHEMATICS-CHAPTER 3: DIFFERENTIABILITY
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3.1 Introduction to differentiability
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3.2 Differentiability of modulus function
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3.3 Various exam questions
00:00
CHAPTER 4: PROPERTIES OF FUNCTION
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4.1 Monotone function
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4.2 Increasing and decreasing function
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4.3 Concave upward and downward
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4.4 Point of inflection
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CHAPTER 5: MAXIMA & MINIMA
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5.1 Local Maxima & local minima
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5.2 Absolute maximum and absolute minimum
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5.3 Maximum & minimum value of a function in the given interval
00:00
CHAPTER 6: MIN VALUE THEOREM
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6.1 Intermediate MVT
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6.2 Integral form of intermediate MVT
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6.3 Rolle’s MVT
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6.4 Lagrange’s MVT
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6.5 Integral form of Lagrange’s MVT
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6.6 Cauchy’s MVT
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6.7 Various exam questions
00:00
CHAPTER 7: INTEGRATION
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7.1 Integration
00:00
CHAPTER 8: LINEAR ALGEBRA
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8.1 Linear Transformation
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8.2 Introduction to matrices
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8.3 Rank & Nullity
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8.4 System of Linear equations
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8.5 Eigen values & Eigen Vectors
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8.6 Number of linearly independent Eigen Vectors
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8.7 Diagonalization of matrix
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8.8 Some important properties of special matrices
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8.9 Gate questions
00:00
CHAPTER 9: PROBABILITY DISTRIBUTION
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9.1 Discrete probability distribution
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9.2 Binomial distribution
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9.3 Poisson distribution
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9.4 Continuous probability distribution
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9.5 Uniform distribution
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9.6 Exponential distribution
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9.7 Normal Distribution
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9.8 Mean, Median, and Mode of probability distribution
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9.9 Expectation, second moment, variance, and standard deviation
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9.10 Cumulative Distribution
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9.11 Joint probability distribution
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9.12 Gate questions
00:00
CHAPTER 10: STATISTICS
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10.1 Statistics
00:00
CHAPTER 11: DIFFERENTIAL EQUATION
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11.1 Introduction to Differential equation
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11.2 Order and degree of Differential equation
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11.3 Ordinary and partial differential equation
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11.4 Linear and nonlinear differential equations
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11.5 Homogeneous and nonhomogeneous differential equations
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11.6 Methods to solve first order first degree differential equations
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11.7 Variable separable method
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11.8 Leibnitz differential equations
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11.9 Bernoulli’s differential equations
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11.10 Differential equations with homogeneous function
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11.11 Differential equation dy/dx = f(ax+by+c)
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11.12 Higher order differential equations with constant coefficients
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11.13 Higher order differential equations with variable coefficients
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11.14 Partial differential equations
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11.15 Gate questions
00:00
CHAPTER 12: NUMERICAL METHODS
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12.1 Numerical Integration
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12.2 Numerical Differentiation
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12.3 Roots of Equation
00:00
CHAPTER 13: COMPLEX ANALYSIS
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13.1 Introduction to complex numbers
00:00 -
13.2 Limit, continuity, and differentiability
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13.3 Analytic functions
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13.4 Entire function
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13.5 Complex differentiation
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13.6 Zeros & Singularity: Poles, essential singularity, Harmonic singularity
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13.7 Residues at poles and essential singularity
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13.8 Complex integration – Open path closed path
00:00 -
13.9 Gate questions
00:00
CHAPTER 14: VECTOR ANALYSIS
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14.1 Basics of vector
00:00 -
14.2 Vector differentiation – Gradient, Directional derivative, Normal, Divergence, Curl
00:00 -
14.3 Vector integration – open path line integration, closed path line integration, surface integration, Stokes theorem, Green’s theorem, Gauss’s divergence theorem
00:00 -
14.4 Gate questions
00:00
CHAPTER 15: LAPLACE TRANSFORM
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15.1 Laplace Transform
00:00
E-Book – Engineering Mathematics
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E-Book
Practice Set – Engineering Mathematics
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Practice Set 1
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Practice Set 2
Networks
Gate New Syllabus
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Gate New Syllabus
00:00
Chapter 1: KVL, KCL, Power Absorbed & Delivered
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1.1 KVL, KCL, Power Absorbed & Delivered Part-I
00:00 -
1.2 KVL, KCL, Power Absorbed & Delivered Part-II
00:00 -
1.3 KVL, KCL, Power Absorbed & Delivered Part-III
00:00
Chapter 2: Network Theorems
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2.1 Network Theorems
00:00 -
2.2 Thevenin and Norton Theorem
00:00 -
2.3 Thevenin and Norton Gate Questions
00:00 -
2.4 Maximum Power Transfer Theorem Gate Questions
00:00
Chapter 3: Steady State Sinusoidal Analysis
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3.1 Steady State Sinusoidal Analysis Part-I
00:00 -
3.2 Steady State Sinusoidal Analysis Part-II
00:00 -
3.3 Steady State Sinusoidal Analysis Part-III
00:00
Chapter 4: Transient Analysis
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4.1 Transient Analysis Introduction
00:00 -
4.2 Transient Analysis Numerical Problems
00:00 -
4.3 Transient Analysis Gate Problems
00:00 -
4.4 Transient Analysis Laplace Transform
00:00
Chapter 5: Two-Port Network Parameters
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5.1 Two Port Network Part-I
00:00 -
5.2 Two Port Network Part-II
00:00 -
5.3 Two Port Network Part-III
00:00
Chapter 6: Three Phase Circuits & Star-Delta Transformations
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6.1 Three Phase Circuits & Star-Delta Transformations
00:00
Chapter 7: Resonance
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7.1 Resonance
00:00
Chapter 8: Miscellaneous Topics
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8.1 Magnetically Coupled Circuits
00:00 -
8.2 Graph Theory
00:00
E-Book – Networks
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E-Book
Practice Set – Networks
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Practice Set 1
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Practice Set 2
Digital Electronics
Chapter 1: Number Systems
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1.1 Introduction
00:00 -
1.2 Complements
00:00 -
1.3 Binary Codes
00:00 -
1.4 Gate Questions
00:00
Chapter 2: Boolean Algebra & Logic Gates
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2.1 Introduction
00:00 -
2.2 Boolean Algebra
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2.3 SOP & POS expressions
00:00 -
2.4 Logic Gates
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2.5 Gate Questions
00:00
Chapter 3: Combinational Circuits
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3.1 Introduction
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3.2 Adders Subtractors
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3.3 Multiplexer, Demultiplexer
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3.4 Decoder, Encoder, Gate Questions
00:00
Chapter 4: Logic Families
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4.1 Introduction
00:00 -
4.2 Characteristics of Digital ICs
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4.3 Transistor-Transistor Logic
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4.4 Emitter-Coupled Logic, CMOS Logic, CMOS Logic Gate Questions
00:00
Chapter 5: Sequential Circuits
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5.1 Basic Memory Element – NOR-LATCH
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5.2 NAND LATCH
00:00 -
5.3 Synchronization
00:00 -
5.4 Introduction
00:00 -
5.5 Flip-Flops, Registers
00:00 -
5.6 Finite State Machines
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5.7 Clock pulses
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5.8 Counters-1
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5.9 Counters-2
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5.10 Synchronous Counters
00:00
Chapter 6: A/D & D/A Converters
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6.1 Introduction to ADC & DAC
00:00 -
6.2 Types of ADC
00:00 -
6.3 Types of DAC & Gate Questions
00:00
Chapter 7: Semiconductor Memories
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7.1 Semiconductor Memories
00:00
Chapter 8: Microprocessor
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8.1 Microprocessor 8085
00:00 -
8.2 Architecture of 8085
00:00 -
8.3 Instruction Set of 8085
00:00
E-Book – Digital Electronics
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E-Book
Practice Set – Digital Electronics
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Practice Set 1
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Practice Set 2
Signal & Systems
Chapter 1: Introduction to Signals & Systems
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1.1 Introduction & Classification of Signals Part-I
00:00 -
1.2 Classification of Signals Part-II
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1.3 Time Operations on Signals
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1.4 Continuous & Discrete Signals
00:00 -
1.5 Classification of Systems & Gate Questions
00:00
Chapter 2: Linear Time Invariant System & Convolution
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2.1 Linear Time Invariant ( LTI ) System – Concept
00:00 -
2.2 Linear Time Invariant ( LTI ) System – Gate Questions
00:00
Chapter 3: Laplace Transform & Region of Convergence
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3.1 Introduction to the Laplace Transform & Region of Convergence ( ROC)
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3.2 Properties of ROC & Laplace Transform
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3.3 Laplace Transform GATE Questions
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3.4 The Unilateral Laplace Transform Concept & GATE Questions
00:00
Chapter 4: Z- Transform
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4.1 Z- Transform Part-I
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4.2 Z- Transform Part-II
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4.3 Z-Transform GATE Questions
00:00
Chapter 5: Fourier Series & Fourier Transform
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5.1 Continuous Time & Fourier Series Part-I
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5.2 Continuous Time & Fourier Series Part-II
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5.3 Continuous Time & Fourier Series GATE Questions
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5.4 Continuous Time & Fourier Transform Part-I
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5.5 Continuous Time & Fourier Transform Part-I (Examples & GATE Questions)
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5.6 Distortion less Transmission Through LTI Systems
00:00
Chapter 6: DTFS,DTFT & DFT
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6.1 Discrete Time & Fourier Series
00:00 -
6.2 Discrete Time Fourier Transform (Concept & GATE Questions , Digital Filters)
00:00 -
6.3 Discrete Fourier Transform ( Concept & GATE Questions )
00:00
Sampling Theorem
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7.1 Sampling & Gate Questions
00:00
E-Book – Signal & Systems
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E-Book
Practice Set – Signal & Systems
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Practice Set 1
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Practice Set 2
Power Electronics
Chapter 1: Mathematics Of Power Electronics
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1.1 Mathematics Of Power Electronics
00:00 -
1.2 Mathematics Of Power Electronics ( Harmonics/Fourier Analysis )
00:00
Chapter 2: Power Semiconductor Devices
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2.1 Power Semiconductor Devices (Concept & GATE Questions )
00:00
Chapter 3: AC TO DC CONVERTER
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3.1 AC to DC Converters Part-I
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3.2 AC to DC Converters Part-II
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3.3 AC to DC Converters Part-III
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3.4 AC to DC Converters Part-IV
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3.5 AC to DC Converters Part-V
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3.6 AC to DC Converters Part-VI
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3.7 AC to DC Converters Part-VII
00:00
Chapter 4: DC TO DC CONVERTER
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4.1 DC TO DC Converter Part-I
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4.2 DC TO DC Converter Part-II
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4.3 DC TO DC Converter Part-III
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4.4 DC TO DC Converter Part-IV
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4.5 DC TO DC Converter Part-V
00:00
Chapter 5: Inverters
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5.1 Inverters Part-I
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5.2 Inverters Part-II
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5.3 Inverters Part-III
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5.4 Inverters Part-IV
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5.5 Inverters Part-V
00:00
Chapter 6: Gate New Syllabus
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6.1 Gate New Syllabus
00:00
E-Book – Power Electronics
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E-Book
Practice Set – Power Electronics
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Practice Set 1
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Practice Set 2
Logical Reasoning
Chapter 1: Series
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1.1Series
00:00
Chapter 2: Coding And DeCoding
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2.1 Coding And DeCoding
00:00
Chapter 3: Analytical Reasoning(AR) or Data arrangement
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3.1 Analytical Reasoning(AR) or Data arrangement
00:00
Chapter 4: Blood relations
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4.1 Blood relations
00:00
Chapter 5: Calendars
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5.1 Calendars
00:00
Chapter 6: Data interpretation
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6.1 Clock
00:00 -
6.2 Data interpretation
00:00
Chapter 7: Directions
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7.1 Directions
00:00
Chapter 8: Syllogism
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8.1 Syllogism
00:00
E-Book – Logical Reasoning
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E-Book
Practice Set – Logical Reasoning
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Practice Set 1
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Practice Set 2
Verbal Ability
Chapter 1: Noun
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1.1 Noun
00:00
Chapter 2: Pronoun
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2.1 Pronoun
00:00
Chapter 3: Subject And Verb Agreement
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3.1 Subject And Verb Agreement
00:00
Chapter 4: Tenses
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4.1 Tenses
00:00
Chapter 5: Modifiers
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5.1 Modifiers -1
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5.2 Modifiers -2
00:00
Chapter 6: Vocabulary Building
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6.1 Linking word technique
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6.2 Root word technique
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6.3 Types of vocabulary questions
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6.4 Synonyms
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6.5 Antonyms
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6.6 Homophones
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6.7 Various Exam questions and practice question
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Chapter 7: Verbal logic
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7.1 Course of Action
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7.2 Critical Reasoning
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7.3 Summary Type Questions
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7.4 Deductive Logic & Logical Consistency
00:00
Chapter 8: Reading Comprehension( RC)
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8.1 Introduction to Reading Comprehension
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8.2 Reading Comprehension – Tones
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8.3 Reading Comprehension – How to Solve Question
00:00
Chapter 9: Articles & Prepositions
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9.1 Articles & Prepositions
00:00
E-Book – Verbal Ability
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E-Book
Practice Set – Verbal Ability
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Practice Set 1
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Practice Set 2
Control Systems
Chapter 1: Block Diagram Reduction Technique(Control System)
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1.1 Block diagram reduction technique part-1
00:00 -
1.2 Block diagram reduction technique part=2
00:00 -
1.3 GATE Questions based on Block diagram reduction technique
00:00
Chapter 2: Signal Flow Graph(Control System)
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2.1 Signal Flow Graph Part-1
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2.2 Signal Flow Graph part-2
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2.3 Mason’s gain limitation
00:00
Chapter 3: Response Based Transfer Function(Control System)
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3.1 Response Based Transfer Function
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3.2 Initial Value Theorem and Final Value Theorem
00:00
Chapter 4: Time response(Control System)
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4.1 First Order System
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4.2 Standard Second Order System Part-1
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4.3 Standard Second Order System Part-2
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4.4 Higher order System or Dominate Pole System
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4.5 GATE Questions Based on Standard Second Order System
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4.6 Peak Time
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4.7 GATE Questions Based On Standard Second Order System
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4.8 Steady State Error for Unity Feedback System
00:00 -
4.9 GATE Questions Based on Steady State Error
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4.10 Steady State Error Non Unity Feedback System
00:00
Chapter 5: Routh Hurwitz Stability(Control System)
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5.1 Routh Hurwitz Stability
00:00 -
5.2 Gate Questions Based On Routh Hurwitz Stability
00:00
Chapter 6: Root Locus and Invert Root Locus(Control System)
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6.1 Root Locus & Gate Questions Part-1
00:00 -
6.2 Root Locus & Gate Question Part-2
00:00 -
6.3 Root Locus & Gate Question Part-3
00:00 -
6.4 Invert Root Locus & Gate Question
00:00
Chapter 7: Bode Plot(Control System)
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7.1 Bode Plot Locating Pole Part-1
00:00 -
7.2 Bode Plot Locating Pole Part-2
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7.3 Bode Plot Cases
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7.4 Bode Plot GATE Question
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7.5 Gain Margin
00:00 -
7.6 Bode Plot for Damping
00:00 -
7.7 Asymptotic Board Phase Angle Plot
00:00
Chapter 8: Polar plot(Control System)
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8.1 Polar Plot
00:00 -
8.2 Gain Margin & phase Margin
00:00
Chapter 9 Nyquist plot(Control System)
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9.1 Stability from Nyquist
00:00 -
9.2 GATE Questions
00:00 -
9.3 Relationship Nyquist Plot
00:00
Chapter 10: Response Peak and Frequency(Control System)
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10.1 Response Peak and Frequency
00:00 -
10.2 Sinusoidal Frequency Response
00:00
Chapter 11: State Space analysis(Control System)
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11.1 Basics of State Space analysis
00:00 -
11.2 Controllability and observability
00:00 -
11.3 Solution of State Space and zero Input Response
00:00 -
11.4 A,B,C,D matrices from Transfer function
00:00 -
11.5 Some Special type of problem on State Space
00:00
Chapter 12: Sensitivity(Control System)
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12.1 Basics of Sensitivity
00:00 -
12.2 GATE questions
00:00
Chapter 13: Compensator(Control System)
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13.1 Standard Phase lead Compensator
00:00 -
13.2 Standard phase lag Compensator
00:00 -
13.3 Comparison Between Phase lead & lag
00:00 -
13.4 Gate Questions
00:00
Chapter 14: Controller(Control System)
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14.1 Types of Controller
00:00 -
14.2 Proportional Controller
00:00 -
14.3 Derivative Controller
00:00
E-Book – Control Systems
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E-Book
Practice Set – Control Systems
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Practice Set 1
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Practice Set 2
Measurements
Chapter 1: Indicating Type Instrument
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1.1 Introduction to Measurement
00:00 -
1.2.1 Types of Torque & Controlling System
00:00 -
1.2.2 PMMC Instrument & Its Application
00:00 -
1.2.3 GATE Questions
00:00 -
1.3 Moving Iron Instrument
00:00 -
1.4 Dynamometer Type Instrument(Wattmeter)
00:00 -
1.4.1 Dynamometer Type Instrument
00:00 -
1.4.2 Wattmeter & Its Method
00:00 -
1.4.3 Errors in Wattmeter & Due to PC Induction
00:00
Chapter 2: Resistance Measurement
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2.1 Resistance Measurement
00:00 -
2.2 Resistance Classification
00:00 -
2.3 Methods for Resistance Measurement
00:00 -
2.4 Voltmeter – Ammeter Method
00:00 -
2.5 Ammeter – Voltmeter Method
00:00 -
2.6 Substitution Method
00:00 -
2.7 Wheatstone Bridge
00:00 -
2.8 Kelvin Double Bridge
00:00 -
2.9 Loss of Charge Method
00:00
Chapter 3: Bridges
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3.1 A.C. Bridge
00:00 -
3.2 Maxwell’s Inductance Bridge
00:00 -
3.3 Maxwell’s Inductance Capacitance Bridge
00:00 -
3.4 HAY’s Bridge
00:00 -
3.5 Anderson’s Bridge
00:00 -
3.6 Bridge of Capacitance Measurement
00:00 -
3.7 WEIN Bridge (Frequency Measurement)
00:00
Chapter 4: Cathod Ray Oscilloscope & Q Meter
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4.1 Mapping in CRO & Measurement by Using CRO
00:00 -
4.2 Q Meter, Deflecting Plate & Measurement by CRO
00:00
Chapter 5: Error Analysis
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5.1 Classification of Error
00:00 -
5.2 Error in Combination
00:00 -
5.3 Uncertainity Error
00:00
Chapter 6: Energy Meter
-
6.1 Energy Meter
00:00
Chapter 7: Instrument Transformer
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7.1 Instrument Transformer
00:00
E-Book – Measurements
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E-Book
Practice Set – Measurements
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Practice Set 1
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Practice Set 2
Analog Circuits
Chapter 1: Operational Amplifier
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1.1 Introduction
00:00 -
1.2 Virtual Ground Concept
00:00 -
1.3 Transfer Characteristics
00:00 -
1.4 Integrator, Differentiator & Filter Circuits
00:00 -
1.5 Logarithmic Amplifier & Anti Logarithmic Amplifier
00:00 -
1.6 Comparator Circuit
00:00 -
1.7 Schmitt Trigger
00:00 -
1.8 Common Mode Rejection Ratio (CMRR) & Slew Rate
00:00 -
1.9 Operational Amplifier Parameters
00:00
Chapter 2: Diode Applications
-
2.1 Rectifier
00:00 -
2.2 Clipper
00:00 -
2.3 Clamper
00:00 -
2.4 Basics of Semiconductor
00:00 -
2.5 Basic of Diodes
00:00 -
2.6 Avalanche & Zener Diode Breakdown
00:00 -
2.7 Questions Based on Diode Circuits
00:00 -
2.8 Diode Application – GATE Questions
00:00
Chapter 3: BJT Biasing
-
3.1 Basics of BJT
00:00 -
3.2 Configuration in BJT
00:00 -
3.3 Transistor Characteristic & DC Load Lines
00:00 -
3.4 Standard Equation of BJT
00:00 -
3.5 Block Diagram of an Amplifier
00:00 -
3.6 D.C. & A.C. analysis of BJT
00:00
Chapter 4: Small Signal Analysis of BJT
-
4.1 Transistor at Low Frequency – H Parameter
00:00 -
4.2 A.C. Analysis of an Amplifier
00:00 -
4.3 RE Model – Generalized Model
00:00 -
4.4 High Frequency Analysis of an Amplifier
00:00
Chapter 5: FET Analysis
-
5.1 FET Analysis
00:00 -
5.2 FET Analysis – GATE Questions
00:00
Chapter 6: Multistage Amplifiers
-
6.1 Introduction
00:00 -
6.2 Current Mirror Circuit
00:00 -
6.3 Cascode Amplifier
00:00 -
6.4 Darlington Amplifier
00:00 -
6.5 Differential Amplifier
00:00
Chapter 7: Feedback Amplifiers
-
7.1 Types of Amplifier
00:00 -
7.2 Types of Negative Amplifier
00:00 -
7.3 Oscillator
00:00
Chapter 8: 555 Timer
-
8.1 555 Timer
00:00
Chapter 9: Filters & Oscillators
-
9.1 Filters & Oscillators – 7 videos
00:00
E-Book – Analog Circuits
-
E-Book
Practice Set – Analog Circuits
-
Practice Set 1
-
Practice Set 2
Electromagnetic Theory
Chapter 1: Vectors & Coordinate Systems
-
1.1 Introduction of EMT & Vector Analysis
00:00 -
1.2 Co-ordinate System
00:00 -
1.3 Vector Calculus – I
00:00 -
1.4 Vector Calculus – II
00:00 -
1.5 Electrostatic Field
00:00 -
1.6 Concept of Electrostatic Field
00:00 -
1.7 Maxwell’s Equation
00:00 -
1.8 Concept of Capacitor
00:00 -
1.9 Boundary Conditions in Electrostatic Field
00:00 -
1.10 Magnetic Boundary Conditions
00:00
Chapter 2: Plane Wave Propagation
-
2.1 Plane Wave Propagation
00:00 -
2.2 Depth of Penetration
00:00 -
2.3 Calculation Of Power
00:00 -
2.4 Reflection Of A Plane Wave At Normal Incidence
00:00 -
2.5 Polarization of Wave
00:00 -
2.6 Reflection of Plane Wave at Oblique Incident
00:00 -
2.7 GATE Questions on Plane Wave Propagation
00:00
Chapter 3: Transmission Line & Smith Chart
-
3.1 Transmission Line
00:00 -
3.2 Concept of Input Impedance, Standing Wave Ratio and Power Transmission
00:00 -
3.3 Smith Chart
00:00 -
3.4 Matching of the Transmission Line
00:00 -
3.5 Transient Response In Transmission Line
00:00 -
3.6 Scattering Parameters of the Transmission Line
00:00
Chapter 4: Wave Guides
-
4.1 Wave Guides
00:00 -
4.2 Transverse Magnetic Modes
00:00 -
4.3 Concept of Power in the Wave Guide
00:00 -
4.4 Wave Guide Resonators
00:00 -
4.5 Basic of Optical Fiber
00:00 -
4.6 GATE Questions of Waveguide
00:00
Chapter 5: Antenna Theory, Radar & Wave Propagation
-
5.1 Antenna Theory and Wave Propagation
00:00 -
5.2 Antenna Terminology – I
00:00 -
5.3 Antenna Terminology – II
00:00 -
5.4 Basic of Radar
00:00 -
5.5 Antenna Array
00:00 -
5.6 GATE Questions of Antenna Array
00:00 -
5.7 GATE Questions of Antenna Theory
00:00
E-Book – Electromagnetic Theory
-
E-Book
Practice Set – Electromagnetic Theory
-
Practice Set 1
-
Practice Set 2
Power Systems
Chapter 1: Gate New Syllabus
-
1.1 Gate New Syllabus
00:00
Chapter 2: Basics Of Network and Power system
-
2.1 Basics Of Network and Power system
00:00
Chapter 3: Objectives of Transmission Line
-
3.1 Objectives of Transmission Line
00:00
Chapter 4: Power Flow Equation
-
4.1 Power Flow Equation
00:00
Chapter 5: Power Factor Compensation Methods
-
5.1 Power Factor Compensation Methods
00:00 -
5.2 Shunt Inductor Compensator
00:00 -
5.3 Series & SPM Compensator
00:00
Chapter 6: Transmission Line Parameters
-
6.1 Transmission Line Parameters Part 1 (Inductance of Transmission line,Single Conductor,Single Phase 2 Wire Line & 3 Phase Transmission line)
00:00 -
6.2 Transmission Line Parameters Part 2(Bundle Conductor & Double Circuit Line)
00:00 -
6.3 Capacitance of Transmission Line
00:00
Chapter 7: Performance Of Transmission Line
-
7.1 Short Transmission Line
00:00 -
7.2 Medium & Long Transmission Line
00:00 -
7.3 ESE Questions
00:00
Chapter 8: Power System Transient
-
8.1 Power System Transient
00:00 -
8.2 Power System Transient
00:00
Chapter 9: Corona
-
9.1 Corona
00:00
Chapter 10: Insulator
-
10.1 Insulator
00:00
Chapter 11: AC and DC Distribution
-
11.1 AC and DC Distribution
00:00
Chapter 12: Fault Analysis
-
12.1 Per unit system
00:00 -
12.2 Symmetrical Fault Analysis
00:00 -
12.3 Symmetrical Component
00:00 -
12.4 Unsymmetrical Fault Analysis
00:00 -
12.5 ESE Questions Fault analysis
00:00
Chapter 13: Z Bus Matrix
-
13.1 Z Bus Matrix
00:00
Chapter 14: Load Flow Analysis
-
14.1 Load Flow Analysis
00:00
Chapter 15: Power System Stability
-
15.1 Power System Stability
00:00
Chapter 16: Power System Protection
-
16.1 Power System Protection
00:00
Chapter 17: Underground Cable
-
17.1 Underground Cable
00:00
Chapter 18: Economic Load Dispatch
-
18.1 Economic Load Dispatch
00:00
E-Book – Power Systems
-
E-Book
Practice Set – Power Systems
-
Practice Set 1
-
Practice Set 2
Electrical Machines
Chapter 1: Basic Concepts of Magnetic Circuits
-
1.1 Ohm’s Law in Electrical Circuits
00:00 -
1.2 Ohm’s Law in Magnetic Circuits
00:00 -
1.3 Types of Magnetic Materials
00:00 -
1.4 Basic Concepts of Magnetic Circuits – Numerical Problems
00:00
Chapter 2: Transformers
-
2.1 Introduction
00:00 -
2.2 Transformer Construction
00:00 -
2.3 Principle of Transformer Action
00:00 -
2.4 Equivalent Circuit of A Transformer
00:00 -
2.5 Open – Circuited and Short – Circuit Tests
00:00 -
2.6 Voltage Regulation of A Transformer
00:00 -
2.7 Transformer Losses
00:00 -
2.8 Transformer Efficiency
00:00 -
2.9 Transformers Tests
00:00 -
2.10 Auto-Transformers
00:00 -
2.11 Three Phase Transformer
00:00 -
2.12 Gate Questions
00:00
Chapter 3: Basic Concept of Rotating Machines
-
3.1 Introduction
00:00 -
3.2 Flux Density Waveform & Induced EMF Equation
00:00 -
3.3 Three Phase Machine & Distributed Winding and Short Pitch
00:00 -
3.4 Numerical Questions
00:00 -
3.5 Slot Harmonics
00:00
Chapter 4: D.C. Machine
-
4.1 D.C. Machine
00:00 -
4.2 D.C. Machine
00:00 -
4.3 D.C. Machine
00:00 -
4.4 D.C. Machine
00:00 -
4.5 D.C. Machine
00:00 -
4.6 D.C. Machine
00:00 -
4.7 D.C. Machine
00:00 -
4.8 D.C. Machine
00:00
Chapter 5: Three Phase Induction Motor
-
5.1 Concept of Rotating Magnetic Field & Principle of Operation
00:00 -
5.2 Equivalent Circuit & Power Flow
00:00 -
5.3 Torque Slip Characteristics
00:00 -
5.4 Stable & Unstable Region of Operation
00:00 -
5.5 No Load Test & Blocked Rotor Test
00:00 -
5.6 Starting of Three Phase Induction Motor
00:00 -
5.7 Speed Control of Three Phase Induction Motor
00:00 -
5.8 Logging & Crawling
00:00 -
5.9 Single Phase Induction Motor
00:00
Chapter 6: Synchronous Machines
-
6.1 Introduction
00:00 -
6.2 Circuit Model of Synchronous Machine
00:00 -
6.3 Characteristics of Synchronous Machine
00:00 -
6.4 Short-Circuit Ratio (SCR)
00:00 -
6.5 Potier Method
00:00 -
6.6 Operating Characteristics
00:00 -
6.7 Power Flow (Transfer) Equations
00:00 -
6.8 Capability Curve of Synchronous Generator
00:00 -
6.9 Salient-Pole Synchronous Machine Two-Reaction Model
00:00 -
6.10 Power-Angle Characteristic
00:00 -
6.11 Determination of Xd and Xq – Slip Test
00:00 -
6.12 Parallel Operation of Synchronous Generators
00:00 -
6.13 Hunting in Synchronous Machines
00:00 -
6.14 Damper Winding
00:00 -
6.15 Special Machines GATE Questions
00:00
E-Book – Electrical Machines
-
E-Book
Practice Set – Electrical Machines
-
Practice Set 1
-
Practice Set 2
Revision for GATE 2024
Chapter 1: Concept of Gateflix Revision
-
1.1 Concept of Gateflix Revision
00:00
Chapter 2: Digital Electronics
-
2.1 Logic Circuit-1
00:00 -
2.2 Logic Circuit-2
00:00 -
2.3 Logic Circuit-3
00:00 -
2.4 Logic Circuit-4
00:00 -
2.5 Sequential Circuit-1
00:00 -
2.6 Sequential Circuit
00:00 -
2.7 Finite State Machine
00:00 -
2.8 Clock Pulse
00:00 -
2.9 Counters Part-1
00:00 -
2.10 Counter-2
00:00 -
2.11 Synchronous Counter
00:00
Chapter 3: Analog Circuit
-
3.1 Virtual Ground Concept
00:00 -
3.2 Transfer Characteristics of Operational Amplifier
00:00 -
3.3 Integrator, Differentiator & Filter Circuits
00:00 -
3.4 Logarithmic Amplifier & Anti Logarithmic Amplifier
00:00 -
3.5 Comparator Circuit
00:00 -
3.6 Schmitt Trigger
00:00 -
3.7 Common Mode Rejection Ratio (CMRR) & Slew Rate
00:00 -
3.8 Operational Amplifier Parameters
00:00 -
3.9 Basics of Diodes
00:00 -
3.10 Avalanche & Zener Diode Breakdown
00:00 -
3.11 Basics of BJT
00:00 -
3.12 Standard Equation of BJT
00:00 -
3.13 D.C. & A.C. Analysis of BJT
00:00 -
3.14 FET Analysis
00:00
Chapter 4: Electromagnetic Theory
-
4.1 Electrostatic Field
00:00 -
4.2 Concept of Electrostatic Field
00:00 -
4.3 Introduction of EMT & Vector Analysis
00:00 -
4.4 Vector Calculus
00:00 -
4.5 Magnetic Boundary Conditions
00:00
Chapter 5: Control Systems
-
5.1 Standard Second Order System Part-1
00:00 -
5.2 Standard Second Order System Part-2
00:00 -
5.3 Peak Time
00:00 -
5.4 Response Peak and Frequency
00:00 -
5.5 Sinusoidal Frequency Response
00:00 -
5.6 Controllability and Observability
00:00 -
5.7 Solution of State Space and Zero Input Response
00:00 -
5.8 A, B, C, D Matrices from Transfer Function
00:00 -
5.9 Routh Hurwitz Stability
00:00 -
5.10 Bode Plot Locating Pole Part-1
00:00 -
5.11 Bode Plot Locating Pole Part-2
00:00 -
5.12 Polar Plot
00:00 -
5.13 Stability from Nyquist
00:00 -
5.14 Basics of State Space Analysis
00:00 -
5.15 Standard Phase Lead Compensator Part-1
00:00 -
5.16 Standard Phase Lead Compensator Part-2
00:00
Chapter 6: Signal & System
-
6.1 Classification of Signals
00:00 -
6.2 Time Operation on Signals
00:00 -
6.3 Continuous & Discrete Signals
00:00 -
6.4 Classification of System
00:00 -
6.5 LTI Systems & Convolution – Theory
00:00 -
6.6 Z Transform
00:00 -
6.7 Continuous-Time Fourier Series
00:00 -
6.8 Continuous-Time Fourier Transform
00:00 -
6.9 Continuous-Time Fourier Transform – LTI
00:00 -
6.10 Sampling
00:00
Chapter 7: Electrical Machines
-
7.1 Transformer – Introduction
00:00 -
7.2 EMF Equation
00:00 -
7.3 Equivalent Circuit & Ideal Transformer
00:00 -
7.4 Testing of Transformer
00:00 -
7.5 Voltage Regulation
00:00 -
7.6 Effect of Change of Voltage & Frequency
00:00 -
7.7 Excitation Current Waveform and Switching Transients
00:00 -
7.8 How to Reduce Leakage Flux
00:00 -
7.9 Auto Transformer & Tertiary Winding
00:00 -
7.10 DC Machine Part-1
00:00 -
7.11 DC Machine Part-2
00:00 -
7.12 DC Machine Part-3
00:00 -
7.13 DC Machine Part-4
00:00 -
7.14 Types of Induction Motor
00:00 -
7.15 Three Phase Induction Motor Part-1
00:00 -
7.16 Three Phase Induction Motor Part-2
00:00 -
7.17 Three Phase Induction Motor Part-3
00:00 -
7.18 Three Phase Induction Motor Part-4
00:00 -
7.19 Three Phase Induction Motor Part-5
00:00 -
7.20 Synchronous Machine Part-1
00:00 -
7.21 Synchronous Machine Part-2
00:00 -
7.22 Synchronous Machine Part-3
00:00 -
7.23 Synchronous Machine Part-4
00:00
Chapter 8: Measurement
-
8.1 Moving Iron Instrument
00:00 -
8.2 Dynamometer Type Instrument
00:00 -
8.3 Wattmeter & Its Method
00:00 -
8.4 Errors in Wattmeter & Due to PC Induction
00:00 -
8.5 Bridges
00:00 -
8.6 Mapping in CRO & Measurement by Using CRO
00:00 -
8.7 Error Analysis
00:00 -
8.8 Energy Meter
00:00
Chapter 9: Power System
-
9.1 Power Flow Equations
00:00 -
9.2 Per Unit System
00:00 -
9.3 Symmetrical Fault Analysis
00:00 -
9.4 Symmetrical Component
00:00 -
9.5 Unsymmetrical Fault Analysis
00:00 -
9.6 ESE Questions on Fault Analysis
00:00 -
9.7 Load Flow Analysis Part 1
00:00 -
9.8 Load Flow Analysis Part 2
00:00 -
9.9 Load Flow Analysis Part 3
00:00
Chapter 10: Network
-
10.1 KVL, KCL, POWER PART-1
00:00 -
10.2 KVL, KCL, POWER PART-2
00:00 -
10.3 KVL, KCL, POWER PART-3
00:00 -
10.4 Network Theorems_1
00:00 -
10.5 Thevenin & Norton Theorem_2
00:00 -
10.6 Thevenin & Norton Theorem GATE Questions_3
00:00 -
10.7 MPT Gate Problems_4
00:00 -
10.8 Steady State Analysis Introduction
00:00 -
10.9 Steady State Analysis Part-2
00:00 -
10.10 Steady State Analysis Part-3
00:00 -
10.11 Transient Analysis Introduction
00:00 -
10.12 Transient Analysis Problems
00:00 -
10.13 Transient Analysis GATE Problems
00:00 -
10.14 Transient Analysis Laplace Transform
00:00
Chapter 11: Power Electronics
-
11.1 Power Semiconductor Switches
00:00 -
11.2 AC to DC Converters – Basics
00:00 -
11.3 Controlled Rectification, Continuous & Discontinuous
00:00 -
11.4 Half Wave Controlled Rectification with RL & RLE Load and Numericals
00:00 -
11.5 1-Phase Full Converters & Numericals
00:00 -
11.6 1-Phase Full Converter’s Different Configurations & Semi Converter
00:00 -
11.7 AC to DC Converters
00:00 -
11.8 AC to DC Converters Part – 2
00:00 -
11.9 DC to DC Converters
00:00 -
11.10 Boost Converters
00:00 -
11.11 Buck-Boost Converters
00:00 -
11.12 Questions & Discontinuous Conduction
00:00 -
11.13 Discontinuous Conduction Modes
00:00 -
11.14 Basics & 1-Phase Half Bridge Inverter
00:00 -
11.15 1-Phase Full Bridge Inverter with R & L Load
00:00 -
11.16 1-Phase Half Bridge Inverter with L Load
00:00 -
11.17 3-Phase Voltage Inverter with 180 Degree Conduction Mode
00:00 -
11.18 3-Phase Voltage Inverter with 120 Degree Conduction Mode
00:00 -
11.19 Voltage Control of Inverter (Pulse Width Modulation)
00:00
E-Book – Revision for GATE 2024
-
E-Book
Practice Set – Revision for GATE 2024
-
Practice Set 1
-
Practice Set 2
Practice & Doubt Session
Chapter 1: Quantitative Aptitude
-
1.1 Quantitative Aptitude
00:00 -
1.2 Quantitative Aptitude
00:00
Chapter 2: Engineering Mathematics
-
2.1 Engineering Mathematics
00:00 -
2.2 Engineering Mathematics
00:00 -
2.3 Engineering Mathematics
00:00 -
2.4 Engineering Mathematics
00:00
Chapter 3: Networks
-
3.1 Networks
00:00 -
3.2 Networks
00:00
Chapter 4: Digital Electronics
-
4.1 Digital Electronics
00:00 -
4.2 Digital Electronics
00:00
Chapter 5: Control System
-
5.1 Control System
00:00
Chapter 6: Power System
-
6.1 Power System
00:00
Chapter 7: Power Electronics
-
7.1 Power Electronics
00:00
E-Book – Practice & Doubt Session
-
E-Book
Practice Set – Practice & Doubt Session
-
Practice Set 1
-
Practice Set 2
GATE – 21 ADDED SYLLAB
Chapter 1: Engineering Mathematics
-
1.1 Vector Analysis
00:00
Chapter 2: ELECTRICAL CIRCUIT (Network)
-
2.1 ELECTRICAL CIRCUIT (Network)
00:00 -
2.2 ELECTRICAL CIRCUIT (Network)
00:00 -
2.3 ELECTRICAL CIRCUIT (Network)
00:00 -
2.4 ELECTRICAL CIRCUIT (Network)
00:00 -
2.5 ELECTRICAL CIRCUIT (Network)
00:00 -
2.7 ELECTRICAL CIRCUIT (Network)
00:00 -
2.8 ELECTRICAL CIRCUIT (Network)
00:00
Chapter 3: Power Systems
-
3.1 Power Systems
00:00
Chapter 4: Control Systems
-
4.1 Control Systems
00:00 -
4.2 Control Systems
00:00 -
4.3 Control Systems
00:00
Chapter 5: Power Electronics
-
5.1 Power Electronics
00:00 -
5.2 Power Electronics
00:00 -
5.3 Power Electronics
00:00 -
5.4 Power Electronics
00:00 -
5.5 Power Electronics
00:00 -
5.6 Power Electronics
00:00 -
5.7 Power Electronics
00:00
Chapter 6: Aptitude
-
6.1 Aptitude
00:00
Chapter 7: Analog
-
7.1 Analog
00:00 -
7.2 Analog
00:00 -
7.3 Analog
00:00 -
7.4 Analog
00:00 -
7.5 Analog
00:00 -
7.6 Analog
00:00 -
7.7 Analog
00:00
E-Book – GATE – 21 ADDED SYLLAB
-
E-Book
Practice Set – GATE – 21 ADDED SYLLAB
-
Practice Set 1
-
Practice Set 2
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