Video Lectures of Crash Course for GATE ECE (English) for Electronics and Communication Engineering (ECE) Exam
Watch free video lectures for Crash Course for GATE ECE (English) covering all chapters/topics as per the latest syllabus in 2026. These concept videos, recorded lectures, and audio notes are designed to help Electronics and Communication Engineering (ECE) students understand every topic clearly — anytime, anywhere. Start learning on EduRev.
Control Systems - 1
| Introduction to Control Systems 09:44 min |  |
| System Response Characteristics 07:35 min | |
| Open Loop Systems 04:17 min | |
| Closed Loop Systems 04:55 min | |
| Review of Laplace Transform (Part 1) 08:15 min | |
| Review of Laplace Transform (Part 2) 08:00 min | |
| Review of Laplace Transform (Part 3) 07:23 min | |
| Review of Laplace Transform (Part 4) 07:16 min | |
| Review of Laplace Transform (Part 5) 05:48 min | |
| Review of Laplace Transform (Part 6) 08:44 min | |
| Review of Laplace Transform (Part 7) 06:52 min | |
| Review of Linear Time-Invariant (LTI) Systems 10:41 min | |
| Introduction to Transfer Function 06:05 min | |
| Transfer Function (Solved Problem 1) 02:50 min | |
| Transfer Function (Solved Problem 2) 11:14 min | |
| Transfer Function (Solved Problem 3) 04:40 min | |
| Transfer Function (Solved Problem 4) 07:02 min | |
| Transfer Function (Solved Problem 5) 04:37 min | |
| Transfer Function (Solved Problem 6) 05:45 min | |
| Transfer Function (Solved Problem 7) 03:17 min | |
Control Systems - 2
| Zeros and Poles of a Transfer Function 06:39 min | |
| Transfer Function of a Closed Loop System 09:47 min | |
| Types of Systems 08:13 min | |
| Initial Value and Final Value Theorems 12:07 min | |
| Final Value Theorem (Solved Problem) 03:34 min | |
| Time Constant Form of a Control System 07:24 min | |
| Time Constant Form (Solved Problem) 03:58 min | |
| DC Gain of a System 06:47 min | |
| DC Gain of a System (Solved Problem) 03:11 min | |
| The Concept of Dominant Pole 07:25 min | |
| Dominant Pole (Solved Problem) 05:47 min | |
| Sensitivity of Control System (Part - 1) 06:45 min | |
| Sensitivity of Control System (Part - 2) 04:56 min | |
| Sensitivity of Control System (Part - 3) 05:06 min | |
| Sensitivity of Control System (Solved Example) 03:35 min | |
| Sensitivity of Control System (Solved Problem) 04:38 min | |
| Step Response of a System 11:29 min | |
| Ramp Response of a System 10:04 min | |
| Basics of Control Systems (Solved Problem 1) 06:28 min | |
| Basics of Control Systems (Solved Problem 2) 04:35 min | |
Control Systems - 3
| Basics of Control Systems (Solved Problem 3) 08:01 min | |
| Basics of Control Systems (Solved Problem 4) 10:58 min | |
| Basics of Control Systems (Solved Problem 5) 04:40 min | |
| Introduction to Block Diagrams 07:07 min | |
| Block Diagram Reduction Rules - Part 1 10:07 min | |
| Block Diagram Reduction Rules - Part 2 13:35 min | |
| Block Diagram Reduction (Solved Example 1) 07:04 min | |
| Block Diagram Reduction (Solved Example 2) 11:52 min | |
| Block Diagram Reduction (Solved Problem 1) 08:36 min | |
| Block Diagram Reduction (Solved Problem 2) 03:47 min | |
| Block Diagram Reduction (Solved Problem 3) 20:33 min | |
| Block Diagram Reduction (Solved Problem 4) 09:08 min | |
| Introduction to Signal Flow Graphs 27:11 min | |
| Mason’s Gain Rule 13:21 min | |
| Mason’s Gain Rule (Solved Example 1) 10:03 min | |
| Mason’s Gain Rule (Solved Example 2) 08:49 min | |
| Signal Flow Graphs (Solved Problem 1) 13:30 min | |
| Signal Flow Graphs (Solved Problem 2) 10:38 min | |
| Signal Flow Graphs (Solved Problem 3) 17:01 min | |
| Signal Flow Graphs (Solved Problem 4) 26:13 min | |
Control Systems - 4
| Limitations of Mason’s Gain Rule 23:33 min | |
| Modelling of Physical Systems 14:48 min | |
| Modelling of Electrical Systems (Solved Example 1) 13:23 min | |
| Modelling of Electrical Systems (Solved Example 2) 23:28 min | |
| Modelling of Electrical Systems (Solved Problem) 11:50 min | |
| Modelling of Mechanical Systems 20:39 min | |
| Translational Mechanical Systems 19:02 min | |
| Translational Mechanical Systems (Solved Example) 10:31 min | |
| Translational Mechanical Systems (Solved Problem 1) 29:53 min | |
| Translational Mechanical Systems (Solved Problem 2) 24:27 min | |
| Analogous Systems 16:03 min | |
| Force-Current Analogy 12:22 min | |
| Equivalent Mechanical Systems 19:50 min | |
| Analogous Systems (Solved Problem 1) 19:14 min | |
| Analogous Systems (Solved Problem 2) 24:43 min | |
| Introduction to Stability Analysis 22:42 min | |
| Routh-Hurwitz Criteria 29:49 min | |
| Routh-Hurwitz Criteria (Special Case 1) 24:24 min | |
| Routh-Hurwitz Criteria (Special Case 2) 20:37 min | |
| Applications of R-H Criteria (Part 1) 13:29 min | |
| Applications of R-H Criteria (Part 2) 14:27 min | |
| R-H Criteria (Solved Problem 1) 09:24 min | |
| R-H Criteria (Solved Problem 2) 12:37 min | |
| R-H Criteria (Solved Problem 3) 07:16 min | |
| R-H Criteria (Solved Problem 4) 11:38 min | |
| R-H Criteria (Solved Problem 5) 07:30 min | |
| Time Response Analysis | Chapter-6 | Control Systems | nesoacademy.org 01:36 min | |
Signal and Systems - 1
| Introduction to Signals and Systems 10:08 min | |
| Continuous and Discrete Time Signals 10:57 min | |
| Addition of Continuous-Time Signals 05:42 min | |
| Multiplication of Continuous-Time Signals 04:48 min | |
| Time Scaling of Continuous-Time Signals 09:25 min | |
| Amplitude Scaling of Continuous-Time Signals 06:08 min | |
| Time Shifting of Continuous-Time Signals 10:54 min | |
| Amplitude Shifting of Continuous-Time Signals 05:11 min | |
| Reversal of Continuous-Time Signals 10:01 min | |
| Multiple Transformations of Continuous-Time Signals 06:27 min | |
| Multiple Transformations of CTS (Important Point & Shortcut) 14:09 min | |
| Multiple Transformations of CTS (Solved Problem 1) 05:32 min | |
| Multiple Transformations of CTS (Solved Problem 2) 12:52 min | |
| Even and Odd Signals 09:22 min | |
| Even and Odd Components of a Signal 04:15 min | |
| Properties of Even and Odd Signals 11:18 min | |
| Even and Odd Signals (Solved Problem 1) 06:24 min | |
| Even and Odd Signals (Solved Problem 2) 07:56 min | |
| Even and Odd Signals (Solved Problem 3) 12:49 min | |
| Even and Odd Signals (Solved Problem 4) 12:20 min | |
| Periodic and Non-Periodic Signals 11:43 min | |
| Periodic and Non-Periodic Signals (Important Point) 06:16 min | |
| Calculation of Fundamental Period 04:42 min | |
| Periodic and Non-Periodic Signals (Solved Problems) 06:22 min | |
| Effect of Time-Shifting & Time-Scaling on Fundamental Time Period 09:37 min | |
| Effect of Time-Reversal and Phase Shift on Fundamental Time Period 07:57 min | |
| Effect of Amplitude-Shifting on Fundamental Time Period 05:24 min | |
| Effect of Amplitude-Scaling on Fundamental Time Period 03:13 min | |
| Effect of Amplitude Reversal on Fundamental Time Period 06:34 min | |
| Conjugate Symmetric Signals 06:22 min | |
| Conjugate Antisymmetric Signals 05:29 min | |
| Half-Wave Symmetric Signals 05:13 min | |
| Half Wave Symmetric Signals (Solved Problems) 06:53 min | |
| Area of Continuous-Time Signals 10:31 min | |
| Average Value of Continuous-Time Signals 13:02 min | |
Signal and Systems - 2
| Average Value of Continuous-Time Signals (Solved Problems) | Part 1 07:04 min | |
| Average Value of Continuous-Time Signals (Solved Problems) | Part 2 11:36 min | |
| Average Value of Continuous Time Signals (Solved Problems) | Part 3 10:35 min | |
| Energy and Power of Continuous Time Signals 10:39 min | |
| Energy of CT Signals (Solved Problems) | Part 1 14:05 min | |
| Energy of CT Signals (Solved Problems) | Part 2 09:43 min | |
| Energy of CT Signals (Solved Problems) | Part 3 13:57 min | |
| Power of CT Signals (Solved Problems) | Part 1 12:25 min | |
| Power of CT Signals (Solved Problems) | Part 2 07:21 min | |
| Power of CT Signals (Solved Problems) | Part 3 07:34 min | |
| Power; RMS & Average Values of Standard Signals 13:59 min | |
| Neither Energy Nor Power (NENP) Signals 07:41 min | |
| Shortcut for Energy; Power & NENP Signals 15:59 min | |
| Energy; Power & NENP Signals (Solved Problem 1) 07:33 min | |
| Energy; Power & NENP Signals (Solved Problem 2) 06:51 min | |
| Energy; Power & NENP Signals (Solved Problem 3) 09:10 min | |
| Energy and Power of Discrete-Time Signals 08:37 min | |
| Orthogonal Signals 15:38 min | |
| Orthogonal Signals (Solved Problems 1) 05:50 min | |
| Orthogonal Signals (Solved Problems 2) 09:08 min | |
| Orthogonal Signals (Solved Problems 3) 08:26 min | |
| Unit Impulse Signal 05:46 min | |
| Properties of Impulse Signal (Part 1) 16:09 min | |
| Properties of Impulse Signal (Part 2) 17:20 min | |
| Impulse Signal (Solved Problems) | Part 1 09:50 min | |
| Impulse Signal (Solved Problems) | Part 2 07:57 min | |
| Unit Step Signal 07:44 min | |
| Unit Ramp Signal 06:43 min | |
| Unit Parabolic Signal 07:46 min | |
| Relation between Unit Impulse and Unit Step Signals 09:08 min | |
| Signum Function 08:23 min | |
| Unit Rectangular Function 05:38 min | |
| Unit Triangular Function 06:29 min | |
Signal and Systems - 3
| Sampling Property of Unit Impulse Signal 08:33 min | |
| Exponential Signals (Real and Complex) 14:45 min | |
| Mathematical Representation of Signal Waveforms (Shortcut) 12:44 min | |
| Mathematical Representation of Signal Waveforms (Solved Problems) 11:02 min | |
| Differentiation of Continuous-Time Signals 15:50 min | |
| Differentiation of Continuous Time Signals (Solved Problems) 10:30 min | |
| Integration of Continuous-Time Signals 20:35 min | |
| Integration of Continuous-Time Signals (Solved Problem) 11:06 min | |
| Graphical Integration - Examples (Part 1) 08:25 min | |
| Graphical Integration - Examples (Part 2) 10:19 min | |
| Basic System Properties 07:59 min | |
| Static and Dynamic Systems 10:54 min | |
| Static and Dynamic Systems (Solved Problems) | Part 1 11:46 min | |
| Static and Dynamic Systems (Solved Problems) | Part 2 10:01 min | |
| Causal and Non-Causal Systems 10:24 min | |
| Causal and Non-Causal Systems (Solved Problems) | Part 1 10:01 min | |
| Causal and Non-Causal Systems (Solved Problems) | Part 2 13:05 min | |
| Time-Invariant and Time-Variant Systems 10:12 min | |
| Time-Invariant and Time-Variant Systems (Solved Problems) | Part 1 14:19 min | |
| Time-Invariant and Time-Variant Systems (Solved Problems) | Part 2 07:22 min | |
| Time-Invariant and Time-Variant Systems (Split System) 07:19 min | |
| Linear and Non-Linear Systems 13:25 min | |
| Linear and Non-Linear Systems (Solved Problems) | Part 1 12:46 min | |
| Linear and Non-Linear Systems (Solved Problems) | Part 2 11:54 min | |
| Linear and Non-Linear Systems (Solved Problems) | Part 3 10:13 min | |
| Linear and Non-Linear Systems (Solved Problems) | Part 4 12:15 min | |
| Linear and Non-Linear Systems (Integral & Differential Operators) 12:39 min | |
| Linear and Non-Linear Systems (Even & Odd Operators) 07:45 min | |
| Linear and Non-Linear Systems (Real & Imaginary Operators) 10:07 min | |
| Linear and Non-Linear Systems (Various Nonlinear Operators) 07:38 min | |
| Linear and Non-Linear Systems (All Properties) 10:02 min | |
| Checking System Linearity using Transfer Characteristics 07:01 min | |
| Invertible and Non-Invertible Systems 09:21 min | |
| Invertible and Non-Invertible Systems (Solved Problems) 11:17 min | |
Signal and Systems - 4
| Stable and Unstable Systems 09:40 min | |
| Stable and Unstable Systems (Solved Problems) | Part 1 09:50 min | |
| Stable and Unstable Systems (Solved Problems) | Part 2 06:58 min | |
| Prerequisites for LTI Systems (Revision of Linearity & Time Variance) 08:31 min | |
| Prerequisites for LTI Systems (Laplace Transform) 14:48 min | |
| Linear Time-Invariant (LTI) Systems 06:37 min | |
| Transfer Function 07:48 min | |
| Transfer Function Calculation 08:33 min | |
| Impulse Response and Convolution 09:49 min | |
| Introduction to Convolution Operation 30:42 min | |
| Properties of Convolution (Part 1) 17:39 min | |
| Properties of Convolution (Part 2) 09:44 min | |
| Properties of Convolution (Part 3) 08:13 min | |
| Properties of Convolution (Part 4) 09:27 min | |
| Convolution Operation (Shortcut) 11:11 min | |
| Convolution (Solved Problem 1) 13:01 min | |
| Convolution (Solved Problem 2) 07:03 min | |
| Convolution (Solved Problem 3) 10:47 min | |
| Convolution (Solved Problem 4) 14:33 min | |
| Convolution (Solved Problem 5) 14:49 min | |
| Convolution (Solved Problem 6) 09:05 min | |
| Static LTI System 11:24 min | |
| Static LTI System (Solved Problems) 08:46 min | |
| Causal LTI System 08:00 min | |
| Causal LTI System (Solved Problems) 08:48 min | |
| Stable LTI System 05:29 min | |
| Stable LTI System (Solved Problems) | Part 1 13:30 min | |
| Stable LTI System (Solved Problems) | Part 2 10:10 min | |
| Harmonics and LTI System 07:27 min | |
| Magnitude Distortion in LTI Systems 03:35 min | |
| Phase Distortion in LTI Systems 04:48 min | |
| Distortionless LTI System 08:12 min | |
| Group Delay and Phase Delay 13:20 min | |
| Group Delay & Phase Delay (Solved Problems) 11:45 min | |
| Standard Differential Equation for LTI Systems 14:01 min | |
Signal and Systems - 5
| Introduction to Fourier Series 22:52 min | |
| Conditions for Existence of Fourier Series (Dirichlet Conditions) 13:38 min | |
| Trigonometric Fourier Series 13:34 min | |
| Trigonometric Fourier Series (Example 1) 26:39 min | |
| Trigonometric Fourier Series (Example 2) 16:49 min | |
| Trigonometric Fourier Series (Example 3) 05:53 min | |
| Trigonometric Fourier Series (Example 4) 08:59 min | |
| Trigonometric Fourier Series (Example 5) 07:54 min | |
| Complex Exponential Fourier Series 10:11 min | |
| Complex Exponential Fourier Series (Example 1) 13:03 min | |
| Complex Exponential Fourier Series (Example 2) 08:58 min | |
| Complex Exponential Fourier Series (Example 3) 13:31 min | |
| Complex Exponential Fourier Series (Example 4) 09:07 min | |
| Complex Exponential Fourier Series (Example 5) 12:50 min | |
| Relation between Fourier Coefficients 10:12 min | |
| Relation between Fourier Coefficients (Solved Problem) 06:43 min | |
| x(t)−Cn Pairs (Shortcut for Objectives) 08:34 min | |
| Complex Exponential Fourier Series (Solved MCQ 1) 06:10 min | |
| Complex Exponential Fourier Series (Solved MCQ 2) 04:57 min | |
| Complex Exponential Fourier Series (Solved MCQ 3) 12:02 min | |
| Symmetricities in Fourier Series (Part 1) 10:24 min | |
| Symmetricities in Fourier Series (Part 2) 09:05 min | |
| Hidden Symmetry in Fourier Series (Examples) 07:59 min | |
| Properties of Fourier Series (Part 1) 08:27 min | |
| Properties of Fourier Series (Part 2) 11:39 min | |
| Properties of Fourier Series (Part 3) 09:41 min | |
| Properties of Fourier Series (Part 4) 09:38 min | |
| Properties of Fourier Series (Part 5) 06:05 min | |
| Properties of Fourier Series (Part 6) 08:34 min | |
| Parseval's Power Theorem 06:24 min | |
| Parseval's Power Theorem (Solved Example) 06:08 min | |
| Properties of Fourier Series (Solved Problems) 08:28 min | |
| Fourier Series for LTI Systems 10:30 min | |
| Introduction to Fourier Transform 08:19 min | |
| Conditions for Existence of Fourier Transform (Dirichlet Conditions) 08:24 min | |
Signal and Systems - 6
| Properties of Fourier Transform (Part 1) 07:02 min | |
| Properties of Fourier Transform (Part 2) 04:30 min | |
| Properties of Fourier Transform (Part 3) 11:18 min | |
| Properties of Fourier Transform (Part 4) 08:48 min | |
| Properties of Fourier Transform (Part 5) 06:13 min | |
| Properties of Fourier Transform (Part 6) 09:55 min | |
| Properties of Fourier Transform (Part 7) 12:48 min | |
| Properties of Fourier Transform (Part 8) 10:30 min | |
| Parseval's Energy Theorem 05:48 min | |
| Duality Property of Fourier Transform 06:17 min | |
| Fourier Transform of Basic Signals (DC Value) 08:52 min | |
| Fourier Transform of Basic Signals (Impulse Signal) 03:16 min | |
| Fourier Transform of Basic Signals (Exponential Signals) 09:06 min | |
| Fourier Transform of Basic Signals (Signum Function) 08:03 min | |
| Fourier Transform of Basic Signals (Unit Step Signal) 07:05 min | |
| Fourier Transform of sgn(t) & u(t) [Important Shortcut] 12:33 min | |
| Fourier Transform of Basic Signals (Complex Exponential Signal) 05:34 min | |
| Fourier Transform of Basic Signals (Cosω₀t) 03:36 min | |
| Fourier Transform of Basic Signals (Sinω₀t) 04:11 min | |
| Fourier Transform of Basic Signals (Rectangular Function) 09:45 min | |
| Fourier Transform of Basic Signals (Triangular Function) 11:57 min | |
| Fourier Transform of Basic Signals (Sampling Function) 06:02 min | |
| Fourier Transform (Solved Problem 1) 10:09 min | |
| Fourier Transform (Solved Problem 2) 06:54 min | |
| Fourier Transform (Solved Problem 3) 02:45 min | |
| Fourier Transform (Solved Problem 4) 06:59 min | |
| Fourier Transform (Solved Problem 5) 05:10 min | |
| Fourier Transform (Solved Problem 6) 08:57 min | |
| Fourier Transform (Solved Problem 7) 04:03 min | |
| Fourier Transform (Solved Problem 8) 04:52 min | |
| Fourier Transform (Solved Problem 9) 06:11 min | |
| Fourier Transform (Solved Problem 10) 06:34 min | |
| Calculation of Cn using Fourier Transform 07:10 min | |
| Fourier Transform for Periodic Signals 04:48 min | |
| Fourier Transform (Solved Problem 11) 02:51 min | |
Signal and Systems - 7
| x(t)−X(ω) Pairs (Shortcut for Objectives) 04:32 min | |
| Fourier Transform (Solved Problem 12) 04:01 min | |
| Fourier Transform (Solved Problem 13) 05:09 min | |
| Fourier Transform (Solved Problem 14) 13:28 min | |
| Fourier Transform (Solved Problem 15) 04:30 min | |
| Fourier Transform (Solved Problem 16) 03:40 min | |
| Fourier Transform (Solved Problem 17) 06:55 min | |
| Fourier Transform (Solved Problem 18) 04:54 min | |
| Fourier Transform (Solved Problem 19) 10:28 min | |
| Fourier Transform (Solved Problem 20) 08:42 min | |
| Fourier Transform (Solved Problem 21) 05:58 min | |
| Fourier Transform (Solved Problems 22 & 23) 10:06 min | |
| Introduction to Laplace Transform 10:28 min | |
| Relation between Laplace Transform & Fourier Transform 05:25 min | |
| Condition for Existence of Laplace Transform 07:25 min | |
| ROC and its Properties 10:56 min | |
| ROC and Stability 07:36 min | |
| Shortcut for Region of Convergence (ROC) 09:03 min | |
| Properties of Laplace Transform (Part 1) 08:49 min | |
| Properties of Laplace Transform (Part 2) 09:54 min | |
| Properties of Laplace Transform (Part 3) 07:01 min | |
| Properties of Laplace Transform (Part 4) 08:31 min | |
| Properties of Laplace Transform (Part 5) 09:30 min | |
| Properties of Laplace Transform (Part 6) 08:50 min | |
| Initial Value Theorem 12:47 min | |
| Final Value Theorem 07:13 min | |
| Laplace Transform of Basic Signals (Unit Impulse Signal) 04:55 min | |
| Laplace Transform of Basic Signals (Unit Step Signal) 05:01 min | |
| Laplace Transform of Basic Signals (DC Value & Signum Function) 12:18 min | |
| Laplace Transform of Basic Signals (Exponential Signals) 09:51 min | |
| Laplace Transform of Basic Signals (Unit Ramp Signal) 06:58 min | |
| Laplace Transform of Basic Signals [Cosω₀t.u(t)] 11:40 min | |
| Laplace Transform of Basic Signals [Sinω₀t.u(t)] 06:48 min | |
| Laplace Transform (Solved Problem 1) 07:02 min | |
| Laplace Transform (Solved Problem 2) 05:24 min | |
Signal and Systems - 8
| Laplace Transform (Solved Problem 3) 09:44 min | |
| Laplace Transform (Solved Problem 4) 07:29 min | |
| Laplace Transform (Solved Problem 5) 05:55 min | |
| Laplace Transform (Solved Problem 6) 07:22 min | |
| Laplace Transform (Solved Problem 7) 05:18 min | |
| Laplace Transform (Solved Problems 8 & 9) 08:19 min | |
| Laplace Transform (Solved Problem 10) 05:31 min | |
| Laplace Transform (Solved Problem 11) 07:07 min | |
| Inverse Laplace Transform 09:58 min | |
| Inverse Laplace Transform (Solved Problem) 08:52 min | |
| ROC and Stability of Causal LTI Systems 06:24 min | |
| Laplace Transform to Solve Differential Equations 13:07 min | |
| Laplace Transform (Solved Problem 12) 14:47 min | |
| Laplace Transform (Solved Problem 13) 09:49 min | |
| Laplace Transform (Solved Problem 14) 10:35 min | |
| Sampling Theorem 20:35 min | |
| Nyquist Rate & Nyquist Interval 08:06 min | |
| Properties of Nyquist Rate 08:30 min | |
| Nyquist Rate (Solved Problem 1) 07:28 min | |
| Nyquist Rate (Solved Problem 2) 06:09 min | |
| Nyquist Rate (Solved Problem 3) 06:59 min | |
| Reconstruction of Signals 15:55 min | |
| Reconstruction of a Signal Using Practical LPF 10:41 min | |
| Frequency Components Present in S(f) 08:42 min | |
| Reconstruction of Signals (Solved Problem 2) 10:01 min | |
| Reconstruction of Signals (Solved Problem 3) 12:00 min | |
| Sampling Theorem for Band Pass Signals 05:56 min | |
| Operations on Discrete Time Signals (Time Shifting) 10:06 min | |
| Operations on DTS (Time Compression; Time Expansion & Time Reversal) 20:34 min | |
| Operations on DTS (Amplitude Scaling & Amplitude Reversal) 05:05 min | |
| Addition of Discrete Time Signals 04:05 min | |
| Multiplication of Discrete Time Signals 03:50 min | |
| Multiple Operations on Discrete Time Signals (Part 1) 08:51 min | |
| Multiple Operations on Discrete Time Signals (Part 2) 09:18 min | |
| Even and Odd Discrete Time Signals 07:13 min | |
Signal and Systems - 9
| Even and Odd Parts of Discrete Time Signal 08:10 min | |
| Conjugate Symmetric and Conjugate Antisymmetric DTS 10:49 min | |
| Periodic Discrete Time Signals 13:16 min | |
| Periodic Discrete Time Signals (Solved Problems) 08:45 min | |
| Discrete Time Energy Signals 07:29 min | |
| Discrete Time Energy Signals (Solved Problems) 10:01 min | |
| Discrete Time Power Signals 12:26 min | |
| Discrete Time Power Signals (Solved Problems) 10:23 min | |
| Unit Impulse Sequence 10:02 min | |
| Unit Step & Unit Ramp Sequences 08:59 min | |
| Discrete Time Signum Function 07:20 min | |
| Discrete Time Convolution 15:10 min | |
| Discrete Time Convolution (Tabular Method) 09:07 min | |
| Static & Dynamic Discrete Time Systems 10:16 min | |
| Causal and Non-Causal Discrete Time Systems 13:19 min | |
| Time−Invariant & Time−Variant Discrete Time Systems 08:47 min | |
| Linear and Non−Linear Discrete Time Systems 08:10 min | |
| Stable & Unstable Discrete Time Systems 10:03 min | |
| Discrete Time Signals & Systems (Solved Problem 1) 06:59 min | |
| Discrete Time Signals & Systems (Solved Problem 2) 08:07 min | |
| Discrete Time Signals & Systems (Solved Problem 3) 07:19 min | |
| Discrete Time Signals & Systems (Solved Problem 4) 09:12 min | |
| Discrete Time Signals & Systems (Solved Problem 5) 06:53 min | |
| Discrete Time Signals & Systems (Solved Problem 6) 08:38 min | |
| Introduction to Z-Transform 12:35 min | |
| Condition for Existence of Z-Transform 07:49 min | |
| Properties of Z-Transform (Part 1) 08:39 min | |
| Properties of Z-Transform (Part 2) 08:41 min | |
| Properties of Z-Transform (Part 3) 09:31 min | |
| Properties of Z-Transform (Part 4) 07:35 min | |
| Properties of Z-Transform (Part 5) 09:29 min | |
| Properties of Z-Transform (Initial Value Theorem) 06:23 min | |
| Properties of Z-Transform (Final Value Theorem) 10:50 min | |
Network Theory -1
| Introduction to Network Theory 09:27 min | |
| Electric Charge 09:57 min | |
| Law of Conservation of Charge 05:25 min | |
| Electric Current 05:42 min | |
| Conventional Current vs. Electron Current 08:31 min | |
| Is Current a Scalar or a Vector Quantity? 09:30 min | |
| Electric Potential Difference (Voltage) 19:56 min | |
| Electric Power (Solved Problem) 17:26 min | |
| Circuit Elements (Resistor) 14:02 min | |
| The Concept of Short Circuit 07:20 min | |
| The Concept of Open Circuit 13:43 min | |
| Circuit Elements (Inductor) 08:56 min | |
| Linear and Non-Linear Inductors 04:45 min | |
| Energy Stored in an Inductor 07:00 min | |
| Inductor (Important Points) 08:25 min | |
| Circuit Elements (Capacitor) 07:02 min | |
| Energy Stored in a Capacitor 07:14 min | |
| Capacitor (Important Points) 06:44 min | |
| Dependent and Independent Sources 11:54 min | |
| Ideal and Practical Voltage Sources 06:49 min | |
| Ideal and Practical Current Sources 07:14 min | |
| Voltage Source (Tips & Tricks) 14:48 min | |
| Current Source (Tips & Tricks) 06:24 min | |
Network Theory -2
| Current & Voltage Source (Important Points) 04:28 min | |
| Node; Path; Loop and Branch 09:09 min | |
| Kirchhoff's Current Law (KCL) 07:11 min | |
| Kirchhoff's Voltage Law (KVL) 15:42 min | |
| KCL and KVL (Solved Problem) 09:05 min | |
| More Insight into Kirchhoff's Voltage Law (KVL) 09:04 min | |
| Mesh Analysis (Solved Problem 1) 08:12 min | |
| Mesh Analysis (Solved Problem 2) 10:39 min | |
| Mesh Analysis with Current Source 09:09 min | |
| Supermesh Analysis 07:01 min | |
| Supermesh Analysis (Solved Problem) 07:50 min | |
| Nodal Analysis (Solved Problem 1) 09:27 min | |
| Nodal Analysis with Voltage Source 09:23 min | |
| Nodal Analysis (Solved Problem 2) 13:09 min | |
| Supernode Analysis 11:19 min | |
| Supernode Analysis (Solved Problem) 10:45 min | |
| Series & Parallel Combination of Resistors 17:18 min | |
| Series & Parallel Combination of Capacitors 11:50 min | |
| Series & Parallel Combination of Inductors 10:38 min | |
| Voltage Divider Rule 11:47 min | |
| Current Divider Rule 09:26 min | |
| Equivalent Resistance (Solved Problem 1) 10:29 min | |
| Equivalent Resistance (Solved Problem 2) 06:59 min | |
Network Theory -3
| Equivalent Resistance (Solved Problem 3) 07:19 min | |
| Calculation of Equivalent Resistance Using Symmetry 12:20 min | |
| Equivalent Resistance (Solved Problem 4) 12:05 min | |
| Equivalent Resistance of a Cube (Between the Space Diagonal) 11:46 min | |
| Equivalent Resistance of a Cube (Between the Vertices of an Edge) 11:55 min | |
| Balanced Bridge 07:27 min | |
| Balanced Bridge (With Impedances) 06:01 min | |
| Balanced Bridge (Solved Problem) 06:20 min | |
| Equivalent Resistance (Solved Problem 7) 05:11 min | |
| Equivalent Resistance (Solved Problem 8) 04:05 min | |
| Delta to Wye (Star) Conversion 14:52 min | |
| Wye (Star) to Delta Conversion 11:39 min | |
| Delta to Wye & Wye to Delta Conversion (for Capacitors) 05:26 min | |
| Equivalent Capacitance (Solved Problem 1) 06:08 min | |
| Equivalent Capacitance (Solved Problem 2) 07:12 min | |
| Equivalent Capacitance (Solved Problem 3) 06:02 min | |
| Equivalent Capacitance (Solved Problem 4) 07:07 min | |
| Active and Passive Elements 10:05 min | |
| Bidirectional and Unidirectional Elements 10:07 min | |
| Lumped and Distributed Elements 05:55 min | |
| Linear and Nonlinear Elements 10:56 min | |
| Basics of Network Theory (Solved Problem 1) 05:06 min | |
| Basics of Network Theory (Solved Problem 2) 06:09 min | |
| Basics of Network Theory (Solved Problem 3) 04:37 min | |
| Basics of Network Theory (Solved Problem 4) 15:31 min | |
Network Theory -4
| Basics of Network Theory (Solved Problem 5) 06:02 min | |
| Basics of Network Theory (Solved Problem 6) 06:48 min | |
| Basics of Network Theory (Solved Problem 7) | Problem on Bulbs 13:57 min | |
| Basics of Network Theory (Solved Problem 8) 08:51 min | |
| Basics of Network Theory (Solved Problem 9) 06:57 min | |
| Basics of Network Theory (Solved Problem 10) 05:42 min | |
| Basics of Network Theory (Solved Problem 11) 09:18 min | |
| Basics of Network Theory (Solved Problem 12) 07:27 min | |
| Basics of Network Theory (Solved Problem 13) 05:14 min | |
| Basics of Network Theory (Solved Problem 14) 05:19 min | |
| Basics of Network Theory (Solved Problem 15) 04:35 min | |
| Basics of Network Theory (Solved Problem 16) 05:10 min | |
| Basics of Network Theory (Solved Problem 17) 04:13 min | |
| Basics of Network Theory (Solved Problem 18) 08:36 min | |
| Basics of Network Theory (Solved Problem 19) 08:35 min | |
| Practice Sheet-1 | Network Theory Basics | Network Theory 00:28 min | |
| Introduction to Two−Port Networks 07:01 min | |
| Z−Parameters (or) Impedance Parameters 14:25 min | |
| Z−Parameters (Solved Problem 1) 05:16 min | |
| Z−Parameters (Solved Problem 2) 07:20 min | |
| Y−Parameters (or) Admittance Parameters 12:42 min | |
| Y−Parameters to Z−Parameters Conversion 07:10 min | |
| Z−Parameters to Y−Parameters Conversion 04:52 min | |
| Y−Parameters (Solved Problem 1) 13:54 min | |
| Y−Parameters (Solved Problem 2) 06:53 min | |
Network Theory -5
| h−Parameters (or) Hybrid Parameters 10:45 min | |
| h−Parameters to Z−Parameters Conversion (and vice versa) 08:41 min | |
| h−Parameters to Y−Parameters Conversion (and vice versa) 08:27 min | |
| h−Parameters (Solved Problem) 10:23 min | |
| g−Parameters (or) Inverse Hybrid Parameters 14:42 min | |
| Z−Parameters to g−Parameters Conversion (and vice versa) 08:29 min | |
| ABCD−Parameters (or) Transmission Parameters 12:25 min | |
| ABCD−Parameters to Z−Parameters Conversion (and vice versa) 07:36 min | |
| ABCD−Parameters (Solved Problem) 11:15 min | |
| Concept of Symmetry in Two−Port Networks 05:14 min | |
| Condition for Symmetry in Two−Port Networks 08:21 min | |
| Condition for Reciprocity in Two−Port Networks (Part 1) 10:37 min | |
| Condition for Reciprocity in Two−Port Networks (Part 2) 06:14 min | |
| Series−Series Interconnection of Two−Port Networks 12:07 min | |
| Parallel−Parallel Interconnection of Two−Port Networks 09:13 min | |
| Series−Parallel Interconnection of Two−Port Networks 07:52 min | |
| Parallel−Series Interconnection of Two−Port Networks 06:58 min | |
| Cascade Interconnection of Two−Port Networks 08:38 min | |
| Two−Port Network (Important Shortcuts) 13:13 min | |
| Bartlett's Bisection Theorem 05:37 min | |
| Two−Port Networks (Solved Problem 1) 08:54 min | |
| Two−Port Networks (Solved Problem 2) 06:20 min | |
| Two−Port Networks (Solved Problem 3) 07:48 min | |
| Two−Port Networks (Solved Problem 4) 08:18 min | |
| Two−Port Networks (Solved Problem 5) 05:31 min | |
Network Theory -6
| Two−Port Networks (Solved Problem 6) 04:21 min | |
| Open Circuit & Short Circuit Impedances (In Terms of ABCD-Parameters) 06:14 min | |
| Two−Port Networks (Solved Problem 7) 03:26 min | |
| Two−Port Networks (Solved Problem 8) 04:47 min | |
| ABCD−Parameters of an Ideal Transformer 08:52 min | |
| ABCD−Parameters of Gyrator 07:52 min | |
| Practice Sheet-2 | Two-Port Networks | Network Theory 00:33 min | |
| Sinusoidal Steady-State Analysis (Introduction) 02:44 min | |
| Sinusoids (Solved Problems) 06:22 min | |
| Phasors (Solved Problem 1) 06:20 min | |
| Phasors (Solved Problem 2) 08:15 min | |
| Phasors (Solved Problem 3) 06:43 min | |
| Phasor Relationship for Resistor 04:07 min | |
| Phasor Relationship for Inductor 06:03 min | |
| Phasor Relationship for Capacitor 04:54 min | |
| Instantaneous Power in AC Circuits 04:12 min | |
| Average Power in AC Circuits 11:01 min | |
| Average Power in AC Circuits (Solved Problem 1) 06:23 min | |
| Average Power in AC Circuits (Solved Problem 2) 12:00 min | |
| Root Mean Square (RMS) Value 08:02 min | |
| RMS Value (Solved Problem) 05:49 min | |
| Apparent Power & Power Factor 06:58 min | |
| Power Factor (Solved Problem) 05:03 min | |
Network Theory -7
| Complex Power & Reactive Power 12:28 min | |
| Complex Power (Solved Problem) 04:44 min | |
| Power Triangle (Solved Problem) 06:42 min | |
| Phasor Diagram of Series RL Circuit 08:22 min | |
| Phasor Diagram of Series RC Circuit 06:04 min | |
| Phasor Diagram of Series RLC Circuit 08:07 min | |
| Phasor Diagram of Parallel RL Circuit 07:55 min | |
| Phasor Diagram of Parallel RC Circuit 06:19 min | |
| Phasor Diagram of Parallel RLC Circuit 07:08 min | |
| Sinusoidal Steady-State (Solved Question 1) 05:28 min | |
| Sinusoidal Steady-State (Solved Question 2) 04:04 min | |
| Sinusoidal Steady-State (Solved Question 3) 10:26 min | |
| Sinusoidal Steady-State (Solved Question 4) 05:44 min | |
| Sinusoidal Steady-State (Solved Question 5) 11:16 min | |
| RMS & Average Values of Standard Waveforms 05:52 min | |
| Sinusoidal Steady-State (Solved Question 6) 06:53 min | |
| Introduction to Network Theorems 07:57 min | |
| Superposition Theorem 08:27 min | |
| Superposition Theorem with Dependent Sources 08:04 min | |
| Superposition Theorem (Problem 2) 07:55 min | |
| Superposition Theorem (Problem 3) 05:52 min | |
| Superposition Theorem (Problem 4) 06:27 min | |
| Thevenin's Theorem 12:51 min | |
| Thevenin's Theorem (Problem 1) 08:17 min | |
Network Theory -8
| Thevenin's Theorem with Dependent Sources 07:51 min | |
| Thevenin's Theorem (Problem 3) 05:37 min | |
| Thevenin's Theorem (Problem 4) 06:47 min | |
| Thevenin's Theorem (Problem 5) 06:42 min | |
| Thevenin's Theorem (Problem 6) 09:30 min | |
| Norton's Theorem 12:06 min | |
| Source Transformation 08:12 min | |
| Source Transformation (Problem 1) 04:47 min | |
| Source Transformation (Problem 2) 06:12 min | |
| Norton's Theorem with Dependent Source 06:01 min | |
| Norton's Theorem (Problem 2) 04:12 min | |
| Norton's Theorem (Problem 3) 05:23 min | |
| Norton's Theorem (Problem 4) 03:16 min | |
| Norton's Theorem (Problem 5) 05:10 min | |
| Reciprocity Theorem 05:58 min | |
| Reciprocity Theorem (Problem 1) 04:52 min | |
| Reciprocity Theorem (Problem 2) 07:21 min | |
| Millman's Theorem 12:52 min | |
| Millman's Theorem (Solved Problem) 05:01 min | |
| Compensation Theorem 07:39 min | |
| Substitution Theorem 04:57 min | |
| Tellegen's Theorem 08:31 min | |
| Maximum Power Transfer Theorem 08:30 min | |
| Maximum Power Transfer Theorem (Solved Problem 1) 05:36 min | |
| Maximum Power Transfer Theorem (Solved Problem 2) 02:46 min | |
| Maximum Power Transfer Theorem (Solved Problem 3) 06:48 min | |
| Maximum Power Transfer Theorem (Solved Problem 4) 06:09 min | |
| Maximum Power Transfer Theorem (Solved Problem 5) 05:56 min | |
| Maximum Power Transfer Theorem (Solved Problem 6) 06:32 min | |
| Maximum Power Transfer Theorem for AC Circuits 24:14 min | |
| Maximum Power Transfer Theorem (Solved Problem 7) 08:08 min | |
| Maximum Power Transfer Theorem (Solved Problem 8) 08:40 min | |
| Maximum Power Transfer Theorem (Solved Problem 9) 07:28 min | |
Digital Circuits - 1
| What is Signal? 08:56 min | |
| What is an Analog Signal? 09:11 min | |
| What is Digital Signal? 08:48 min | |
| Need of Digital Signals 05:13 min | |
| Introduction to Digital Electronics 06:38 min | |
| Switch and Bits Intuition 09:35 min | |
| Introduction to Boolean Algebra (Part 1) 18:11 min | |
| Introduction to Boolean Algebra (Part 2) 10:01 min | |
| Boolean Algebra Examples (Part 1) 07:48 min | |
| Boolean Algebra Examples (Part 2) 05:53 min | |
| Redundancy Theorem (Boolean Algebra Trick) 07:32 min | |
| Sum of Products (Part 1) | SOP Form 12:30 min | |
| Sum of Products (Part 2) | SOP Form 08:00 min | |
| Product of Sums (Part 1) | POS Form 11:06 min | |
| Product of Sums (Part 2) | POS Form 05:47 min | |
| SOP and POS Form Examples 12:38 min | |
| Minimal to Canonical Form Conversion (Part 1) 08:39 min | |
| Minimal to Canonical Form Conversion (Part 2) 05:29 min | |
| Examples & Tricks (SOP and POS Forms) 12:08 min | |
| Positive and Negative Logic 05:23 min | |
| Complement Meaning and Examples 07:01 min | |
| Switching Circuits (Part 1) 11:27 min | |
Digital Circuits - 2
| Switching Circuits (Part 2) 12:17 min | |
| Statement Problems in Boolean Algebra (Part 1) 03:38 min | |
| Statement Problems in Boolean Algebra (Part 2) 06:36 min | |
| Introduction to Number Systems 09:15 min | |
| Binary Number System 08:25 min | |
| Decimal to Binary Conversion 09:53 min | |
| Decimal to Octal Conversion 04:44 min | |
| Decimal to Hexadecimal Conversion 06:11 min | |
| Binary to Decimal Conversion 05:36 min | |
| Octal to Decimal Conversion 05:34 min | |
| Hexadecimal to Decimal Conversion 04:37 min | |
| Octal to Binary & Binary to Octal Conversion 06:14 min | |
| Hexadecimal to Binary & Binary to Hexadecimal Conversion 06:49 min | |
| Hexadecimal to Octal & Octal to Hexadecimal Conversion 05:11 min | |
| Binary Addition 08:02 min | |
| Binary Subtraction 05:04 min | |
| Binary Multiplication 08:14 min | |
| Binary Division 05:33 min | |
| Octal Subtraction 03:00 min | |
| Octal Multiplication 04:39 min | |
| Hexadecimal Addition 05:53 min | |
| Hexadecimal Subtraction 03:52 min | |
| Hexadecimal Multiplication 06:04 min | |
Digital Circuits - 3
| (r-1)'s Complement 08:02 min | |
| 1's and 2's Complement 04:41 min | |
| Shortcut for 2's Complement 03:21 min | |
| Data Representation using Signed Magnitude 05:59 min | |
| Data Representation using 1's Complement 03:26 min | |
| Data Representation using 2's Complement 07:46 min | |
| Binary Subtraction using 1's Complement 12:04 min | |
| Binary Subtraction using 2's Complement 13:13 min | |
| Classification of Codes 08:19 min | |
| Binary Coded Decimal (BCD) Code 16:46 min | |
| Shift Add 3 Method | Simple method for Binary to BCD conversion 04:32 min | |
| Excess-3 Code (XS-3 Code) 11:50 min | |
| Excess-3 Code Addition 09:42 min | |
| Introduction to Gray Code 06:05 min | |
| Binary to Gray Code Conversion 07:29 min | |
| Gray Code to Binary Conversion 05:37 min | |
| What is Parity? 08:32 min | |
| Hamming Code | Error Detection 12:20 min | |
| Hamming Code | Error Correction 05:32 min | |
| Logic Gates (Part 1) 16:26 min | |
| Logic Gates (Part 2) 14:14 min | |
| Logic Gates (Part 3) 12:40 min | |
| Logic Gates (Part 4) 10:51 min | |
Digital Circuits - 4
| Logic Gates (Part 5) | Important! 19:35 min | |
| Logic Gates (Part 6) | Important! 14:13 min | |
| NAND Gate as Universal Gate (Part 1) 08:56 min | |
| NAND Gate as Universal Gate (Part 2) 12:22 min | |
| NOR Gate as Universal Gate 14:22 min | |
| Karnaugh Map (K' Map) - Part 1 25:45 min | |
| Karnaugh Map (K' Map) - Part 2 14:21 min | |
| Karnaugh Map (K' Map) - Part 3 10:31 min | |
| K' Map and Implicants 09:08 min | |
| 4 Variable Karnaugh Map (Part 1) 11:17 min | |
| 4 Variable Karnaugh Map (Part 2) 08:21 min | |
| 4 Variable Karnaugh Map (Part 3) 05:36 min | |
| Don't Care in Karnaugh Map (K' Map) 10:05 min | |
| Don't Care in K' Map (Response to Doubt) 06:19 min | |
| K' Map using Max Terms (Part 1) 07:58 min | |
| K' Map using Max Terms (Part 2) 11:27 min | |
| 5 variables K' Map 10:46 min | |
| Quine-McCluskey Minimization Technique (Tabular Method) 23:43 min | |
| Digital Electronics Previous Year Solution of DRDO & ISRO (Part 2) 07:53 min | |
| Digital Electronics Previous Year Solution of DRDO & ISRO (Part 3) 07:05 min | |
| 4-Bit Even Parity Generator 10:19 min | |
| Seven Segment Display Decoder 06:58 min | |
| Seven Segment Display Decoder (Part 2) 08:36 min | |
| Seven Segment Display Decoder (Part 3) 07:57 min | |
| Comparison between Combinational and Sequential Circuits 06:16 min | |
Digital Circuits - 5
| Full Adder using Half Adder 07:19 min | |
| 4 Bit Parallel Adder using Full Adders 10:27 min | |
| Half Subtractor 06:56 min | |
| Full Subtractor | Easy Explanation 07:42 min | |
| Realizing Half Adder using NAND Gates only 06:16 min | |
| Realizing Half Adder using NOR Gates only 05:02 min | |
| Realizing Full Adder using NAND Gates only 06:12 min | |
| Realizing Half Subtractor using NAND Gates only 06:52 min | |
| Realizing Half Subtractor using NOR Gates only 04:45 min | |
| Realizing Full Subtractor using NAND Gates only (Part 1) 09:28 min | |
| Realizing Full Subtractor using NAND Gates only (Part 2) 05:45 min | |
| 2-Bit Multiplier Using Half Adders 09:49 min | |
| Carry Lookahead Adder (Part 1) | CLA Generator 06:25 min | |
| Carry Lookahead Adder (Part 2) | CLA Adder 11:19 min | |
| BCD Adder | Simple Explanation 15:27 min | |
| Introduction to Multiplexers | MUX Basic 12:27 min | |
| 4X1 Multiplexer 05:52 min | |
| 8X1 Multiplexer 05:51 min | |
| MUX Tree Basic | 4X1 MUX using 2X1 MUX | Easy Explanation 07:15 min | |
| Implementing 8X1 MUX using 2X1 MUX 05:26 min | |
| Implementing 8X1 MUX using 4X1 MUX (Special Case) 07:07 min | |
| 32X1 MUX using 8X1 MUX 14:58 min | |
| Implementation of Boolean Function using Multiplexers 08:34 min | |
Digital Circuits - 6
| 1-Bit Full Adder using Multiplexer 08:37 min | |
| Logical Expression from Multiplexer 05:46 min | |
| Introduction to Demultiplexer | 1:2 DEMUX 09:59 min | |
| 1:4 Demultiplexer 06:21 min | |
| Full Subtractor using 1:8 Demultiplexer 08:20 min | |
| Demultiplexer as Decoder 05:45 min | |
| 2-Bit Comparator 05:31 min | |
| Introduction to Encoders and Decoders 06:52 min | |
| Priority Encoder 10:50 min | |
| Decimal to BCD Encoder 03:25 min | |
| Octal to Binary Encoder 04:56 min | |
| Hexadecimal to Binary Encoder 04:27 min | |
| Full Adder Implementation using Decoder 05:50 min | |
| Practice Problems on Combinational Circuits (Part 1) 11:39 min | |
| Practice Problems on Combinational Circuits (Part 2) 09:58 min | |
| Practice Problems on Combinational Circuits (Part 3) 11:04 min | |
| Practice Problems on Combinational Circuits (Part 4) 09:13 min | |
| Introduction to Sequential Circuits | Important 08:25 min | |
| SR Latch | NOR and NAND SR Latch 16:42 min | |
| What is a Clock? 05:51 min | |
| Triggering Methods in Flip Flops 04:39 min | |
| How to get Edge Triggering | Simulation using Multisim 11:02 min | |
| Difference between Latch and Flip Flop 05:33 min | |
| Introduction to SR Flip Flop 08:23 min | |
| Truth Table; Characteristic Table and Excitation Table for SR Flip Flop 08:56 min | |
Digital Circuits - 7
| Truth Table; Characteristic Table and Excitation Table for D Flip Flop 04:10 min | |
| Introduction to JK flip flop 07:46 min | |
| Truth Table; Characteristic Table and Excitation Table for JK flip flop 09:56 min | |
| Race Around Condition or Racing in JK Flip Flop 08:58 min | |
| Master Slave JK Flip Flop 09:08 min | |
| Behaviour of Master Slave D Flip Flop 11:48 min | |
| Introduction to T flip flop 03:21 min | |
| Truth Table; Characteristic Table and Excitation Table for T flip flop 05:25 min | |
| 5 Steps for Flip Flop Conversions | JK to D Flip Flop Conversion 06:58 min | |
| T Flip Flop to D Flip Flop Conversion 04:00 min | |
| SR Flip Flop to JK Flip Flop Conversion 07:53 min | |
| SR Flip Flop to T Flip Flop Conversion 06:29 min | |
| Preset and Clear Inputs in Flip Flop 05:32 min | |
| Introduction to State Table; State Diagram & State Equation 10:34 min | |
| Design Procedure for Clocked Sequential Circuits 19:06 min | |
| Mealy and Moore State Machines (Part 1) 09:39 min | |
| Mealy and Moore State Machines (Part 2) 04:21 min | |
| Analysis of Clocked Sequential Circuits (with D Flip Flop) 13:30 min | |
| Analysis of Clocked Sequential Circuits (with JK Flip Flop) 12:50 min | |
| Analysis of Clocked Sequential Circuits (with T Flip Flop) 08:35 min | |
| Sequence or Pattern Detector 09:02 min | |
| Sequence Detector (Example) 15:39 min | |
| State Reduction and Assignment 07:05 min | |
Digital Circuits - 8
| ASM Chart for Moore State Machine 06:41 min | |
| Difference between Synchronous and Asynchronous Sequential Circuits 02:56 min | |
| Introduction to Counters | Important 11:40 min | |
| Types of Counters | Comparison between Ripple and Synchronous counters 07:07 min | |
| 3 Bit Asynchronous Up Counter 11:48 min | |
| 4 Bit Asynchronous Up Counter 09:32 min | |
| 3 bit & 4 bit Asynchronous Down Counter 10:22 min | |
| 3 Bit & 4 Bit UP/DOWN Ripple Counter 10:20 min | |
| Modulus of the Counter & Counting up to Particular Value 13:30 min | |
| State Diagram of a Counter 07:18 min | |
| Decade (BCD) Ripple Counter 09:20 min | |
| How to Design Synchronous Counters | 2-Bit Synchronous Up Counter 12:57 min | |
| 3-Bit Synchronous Up Counter 12:26 min | |
| 3-Bit & 4-bit Up/Down Synchronous Counter 19:44 min | |
| Johnson's Counter (Twisted/Switch Tail Ring Counter) 07:39 min | |
| Introduction to Registers 07:15 min | |
| Data Formats and Classification of Registers 07:27 min | |
| Shift Register (SISO Mode) 11:30 min | |
| Shift Register (SIPO & PIPO Mode) 11:53 min | |
| Shift Register (PISO Mode) 07:26 min | |
| Bidirectional Shift Register 07:57 min | |
| Universal Shift Register 15:38 min | |
| Practice Problems on Sequential Circuits (Part 2) 07:17 min | |
| Practice Problems on Sequential Circuits (Part 3) 05:53 min | |
| Programmable Logic Array (PLA) | Easy Explanation 10:41 min | |
| Programmable Array Logic (PAL) 09:34 min | |
Analog Circuits - 1
| Semiconductor Materials 19:28 min | |
| Intrinsic and Extrinsic Semiconductors 15:56 min | |
| Electron Vs Hole Flow 04:18 min | |
| Mass Action Law 09:23 min | |
| Charge Densities in a Semiconductor 12:18 min | |
| Conductivity of a Semiconductor 10:28 min | |
| Conductivity of Semiconductors Numerical (Part 1) 10:07 min | |
| Conductivity of Semiconductors Numerical (Part 2) 07:48 min | |
| PN Junction Diode (No Applied Bias) 18:31 min | |
| Barrier Potential 14:42 min | |
| Width of Depletion Region 10:39 min | |
| PN Junction Diode (Forward-Bias Condition) 08:38 min | |
| PN Junction Diode (Reverse-Bias Condition) 08:02 min | |
| Semiconductor Diode 14:01 min | |
| V-I Characteristics of PN Junction Diode 12:51 min | |
| Effects of Temperature on V-I Characteristics 13:43 min | |
| Ideal Vs Practical Diode 08:13 min | |
| Diode Equivalent Circuits 14:05 min | |
| Load Line Analysis of Diode 06:31 min | |
| Load Line Analysis (Numerical Problem) 05:12 min | |
| DC or Static Resistance of a Diode 08:07 min | |
| AC or Dynamic Resistance of a Diode 10:00 min | |
| Average AC Resistance of a Diode 05:09 min | |
| Series Diode Configurations 08:53 min | |
| Series Diode Configuration (Examples) 11:19 min | |
Analog Circuits - 2
| Parallel Diode Configurations 04:17 min | |
| Parallel and Series-Parallel Configuration of Diodes (Examples) 06:03 min | |
| Introduction to Diode Rectifier Circuits 05:30 min | |
| Half Wave Rectifier 11:18 min | |
| Half Wave Rectifier (RMS Load Current & RMS Load Voltage) 06:54 min | |
| Half Wave Rectifier (Form Factor) 04:16 min | |
| Half Wave Rectifier (Ripple Factor) 09:07 min | |
| Half Wave Rectifier (Efficiency & PIV) 04:55 min | |
| Full Wave Bridge Rectifier 12:44 min | |
| Full Wave Center-Tapped Rectifier 06:23 min | |
| Full Wave Rectifier (DC Load Current & DC Load Voltage) 04:41 min | |
| Full Wave Rectifier (RMS Load Current & RMS Load Voltage) 06:56 min | |
| Full Wave Rectifier (Form Factor & Ripple Factor) 03:29 min | |
| Full Wave Rectifier (Efficiency & PIV) 07:01 min | |
| Diode Rectifier Circuits (Numerical Problem) 07:06 min | |
| Introduction to Zener Diodes 13:34 min | |
| Effects of Temperature on Zener Voltage 05:12 min | |
| Zener Diode as Voltage Regulator (Part 1) 17:44 min | |
| Zener Diode as Voltage Regulator (Part 2) 11:23 min | |
| Zener Diode as Voltage Regulator (Part 3) 04:29 min | |
| Zener Diode as Voltage Regulator (Part 4) 05:18 min | |
| Zener Diode Numerical Problems (Part 1) 05:32 min | |
| Zener Diode Numerical Problems (Part 2) 06:18 min | |
| Voltage Multiplier Circuits (Half Wave Voltage Doubler) 07:19 min | |
| Voltage Multiplier Circuits (Full Wave Voltage Doubler) 06:02 min | |
Analog Circuits - 3
| Voltage Multiplier Circuits (Voltage Tripler & Quadrupler) 07:47 min | |
| Introduction to Clippers 09:46 min | |
| Unbiased Series Clippers 11:02 min | |
| Biased Series Clippers 09:03 min | |
| Unbiased Parallel Clippers 04:11 min | |
| Biased Parallel Clippers 05:14 min | |
| Zener Diode Clipping Circuits 05:10 min | |
| Combination Clipper Circuits 08:31 min | |
| Transfer Characteristics of Clipper Circuit 06:01 min | |
| Introduction to Clampers 09:07 min | |
| Positive & Negative Clamper Circuits 06:34 min | |
| Biased Clamper Circuit 05:10 min | |
| Clampers (Solved Problem) 09:40 min | |
| Introduction to Bipolar Junction Transistors (BJT) 13:07 min | |
| Working of Transistors 12:05 min | |
| Common-Base Configuration of a Transistor 09:32 min | |
| CB Transistor (Input Characteristics & Early Effect) 09:35 min | |
| CB Transistor (Output Characteristics) 06:56 min | |
| Transistor Amplifying Action 05:34 min | |
| Common-Emitter Configuration of a Transistor 10:45 min | |
| Common-Emitter Transistor (Input Characteristics) 08:34 min | |
| Common-Emitter Transistor (Output Characteristics) 08:47 min | |
| Common-Collector Configuration of a Transistor 05:44 min | |
| Relation between α ; β and γ 04:10 min | |
| DC Biasing; Load Line & Operating Point of Transistors 17:55 min | |
Analog Circuits - 4
| Fixed-Bias Configuration of a Transistor 11:12 min | |
| Fixed-Bias Configuration (Solved Problem) 06:17 min | |
| Emitter-Bias Configuration 10:38 min | |
| Emitter-Bias Configuration (Solved Problem) 08:37 min | |
| Collector Feedback Biasing 07:44 min | |
| Collector Feedback Biasing (Solved Problem) 05:32 min | |
| Collector Feedback Bias with Emitter Resistance 07:08 min | |
| Voltage Divider Bias 11:42 min | |
| Voltage Divider Bias (Solved Problem) 09:01 min | |
| Thermal Runaway in Transistors 05:47 min | |
| Bias Stabilization and Stability Factors 07:27 min | |
| Stability Factor for Fixed-Bias Configuration 10:20 min | |
| Stability Factor for Emitter-Bias Configuration 09:22 min | |
| Stability Factor for Collector Feedback Biasing 09:22 min | |
| Stability Factor for Voltage Divider Bias 05:55 min | |
| Transistor Saturation 07:27 min | |
| Small Signal Analysis of BJT 10:04 min | |
| AC Equivalent Circuit of BJT Amplifier 08:21 min | |
| Hybrid Model (Calculation of h-Parameters) 16:39 min | |
| Hybrid Model (Equivalent Circuit) 07:16 min | |
| Analysis of Transistor Amplifier Using h-Parameters (Part 1) 08:31 min | |
| Analysis of Transistor Amplifier Using h-Parameters (Part 2) 07:00 min | |
| Analysis of Transistor Amplifier Using h-Parameters (Part 3) 12:18 min | |
| Approximate Hybrid Equivalent Model 07:07 min | |
| Conversion of h-Parameters 07:08 min | |
Analog Circuits - 5
| re Transistor Model (Part 1) 12:08 min | |
| re Transistor Model (Part 2) 06:21 min | |
| re Model (Fixed-Bias Configuration) | Part 1 12:44 min | |
| re Model (Fixed-Bias Configuration) | Part 2 10:35 min | |
| re Model (Fixed-Bias Configuration) | Part 3 09:43 min | |
| re Model (Solved Problem 1) 10:28 min | |
| re Model (Voltage-Divider Bias) 12:24 min | |
| re Model (Solved Problem 2) 14:57 min | |
| Hybrid-π Model (Solved Problem) 10:02 min | |
| Emitter-Follower Configuration (Part 1) 09:28 min | |
| Emitter-Follower Configuration (Part 2) 12:34 min | |
| Two-Port Systems Approach 10:25 min | |
| Two-Port Systems Approach (with Load Resistance) 10:02 min | |
| Two-Port Systems Approach (with Source Resistance) 06:28 min | |
| Two-Port Systems Approach (with Source and Load Resistances) 07:54 min | |
| Two-Port Systems Approach (Solved Problem) 07:07 min | |
| Cascaded Systems 10:11 min | |
| Cascaded Systems (Solved Problem) 09:09 min | |
| Darlington Pair 09:36 min | |
| Touch Sensor Using Darlington Pair 03:30 min | |
| DC Analysis of Darlington Circuit 10:18 min | |
| Introduction to Field-Effect Transistors (FETs) 11:07 min | |
| Construction and Working of JFET 09:06 min | |
| Working of JFET (Zero Voltage at the Gate) 11:03 min | |
Analog Circuits - 6
| Pinch-off Voltage 11:43 min | |
| JFET as a Current Source 09:12 min | |
| Working of JFET (Negative Voltage at the Gate) 08:23 min | |
| Output or Drain Characteristics of JFET 14:59 min | |
| JFET as Voltage-Controlled Resistor 08:48 min | |
| Transfer Characteristics of JFET 10:02 min | |
| JFET Solved Problems (Part 1) 06:30 min | |
| JFET Solved Problems (Part 2) 06:17 min | |
| Construction & Working of Enhancement-Type MOSFET (Part 1) 16:03 min | |
| Construction & Working of Enhancement-Type MOSFET (Part 2) 18:49 min | |
| Drain Characteristics of Enhancement-Type MOSFET 18:14 min | |
| Transfer Characteristics & Symbols of Enhancement Type MOSFETs 16:18 min | |
| Construction of Depletion-Type MOSFET 07:13 min | |
| Working of Depletion-Type MOSFET 14:23 min | |
| Drain & Transfer Characteristics of Depletion-Type MOSFET 17:33 min | |
| MOSFET Solved Problems (Part 1) 10:42 min | |
| MOSFET Solved Problems (Part 2) 06:29 min | |
| Introduction to FET Biasing 08:17 min | |
| Fixed-Bias Configuration of JFET (Mathematical Approach) 07:53 min | |
| Fixed-Bias Configuration of JFET (Graphical Approach) 10:41 min | |
| Fixed-Bias Configuration of JFET (Solved Problem) 07:12 min | |
| Self-Bias Configuration of JFET (Mathematical Approach) 14:52 min | |
| Self-Bias Configuration of JFET (Graphical Approach) 09:00 min | |
| Voltage-Divider Bias Configuration of JFET 15:13 min | |
| Common-Gate Configuration of JFET 09:37 min | |
| JFET Biasing (Special Case) 07:53 min | |
| Introduction to Depletion-Type MOSFET Biasing 13:08 min | |
| Self-Bias Configuration of Depletion-Type MOSFET 14:51 min | |
| Depletion-Type MOSFET Biasing (Special Case) 05:31 min | |
| Voltage-Divider Bias Configuration of Depletion-Type MOSFET 13:30 min | |
| Depletion-Type MOSFET Biasing (Solved Problem) 08:29 min | |
| Introduction to Enhancement-Type MOSFET Biasing 12:26 min | |
Electromagnetics - 1
| Basics of Vector; Resultant of Vectors; Law of Parallelogram; Law of Triangle & Law of Polygon 15:07 min | |
| Dot Product of vectors; Cross Product of vectors & Properties of Dot Product and Cross Product 11:40 min | |
| Cartesian Coordinate System and Projection of Vector 10:06 min | |
| Gradient; Divergence and Curl of function 18:57 min | |
| Gauss Divergence Theorem; Proof of Gauss Divergence Theorem; Uses of Gauss Divergence Theorem 12:49 min | |
| Stokes Theorem; Proof of Stokes Theorem; Physical significance of Stokes Theorem; #StokesTheorem 12:53 min | |
| Example based on Divergence Theorem; Verification of Divergence Theorem; #DivergenceTheorem 20:59 min | |
| Example based on Stokes theorem; Verification of Stokes theorem; #StokesTheorem 16:55 min | |
| Cylindrical Coordinate System and Conversion of Cartesian point into Cylindrical point & Visa-versa 11:22 min | |
| Cartesian Vector to Cylindrical Vector Conversion; #CartesianVector; #CylindricalVector; #Conversion 13:29 min | |
| Cylindrical Coordinate System line; Surface; Volume; Gradient; Divergence and Curl Calculation 11:39 min | |
| Spherical Coordinate System; Basics and Representation of Spherical Coordinate System 14:30 min | |
| Spherical Coordinate System Line; Surface; Volume; Gradient; Divergence & Curl 11:30 min | |
| Coulomb's Law; Basics of Coulomb's Law; Direction of force by Coulomb's Law; Example of Coulombs Law 13:02 min | |
| 1. Examples based on Coulomb's Law; Direction of force by Coulomb's Law; #CoulombsLaw 19:38 min | |
| 2. Examples on Coulomb's Law; #CoulombsLaw; #ExampleOnCoulombsLaw; #ElectromagneticTheory 19:00 min | |
| Examples on Electric Charge; #ExamplesOnElectricCharge; #ElectricCharge 08:28 min | |
| Electric Field due to point charge; Electric Field due to point charge Derivation; #ElectricField 11:04 min | |
| Examples of Electric field due to point charge; #ElectricField; #PointCharge; #Problems 14:34 min | |
Electromagnetics - 2
| Examples on Electric Field due to point charge; #ElectricField; #PointCharge; #Problems 15:45 min | |
| Examples of Electric field for charges located on triangle; #ElectricField; #Problems 15:56 min | |
| Line Charge Density; Surface Charge Density and Volume Charge Density 10:37 min | |
| Examples based on Line Charge Density; Surface Charge Density and Volume Charge Density 16:24 min | |
| Examples due to Volume Charge Density; #VolumeChargeDensity; #Problems 11:00 min | |
| Electric Field due to Line charge distribution; #ElectricField; #LineChargeDistribution 12:04 min | |
| Examples of Electric field due to line charge density; #ElectricField; #LineChargeDensity; #Problems 12:52 min | |
| Electric field due to Surface Charge Density; #ElectricField; #SurfaceChargeDensity 12:48 min | |
| Examples of Electric field due to Surface Charge Density; #ElectricField; #SurfaceChargeDensity 10:18 min | |
| Electric Field on Axis of Uniformly Charged Ring; #ElectricField; #UniformlyChargedRing 08:06 min | |
| Electric Field on the axis of Uniformly charged Disc; #ElectricField; #UniformlyChargedDisc 09:55 min | |
| Examples on Electric Field; #ElectricField; #ElectromagneticTheory 12:01 min | |
| Electric Flux Density and Relationship in between Electric field and Electric Flux Density 07:17 min | |
| Electric Flux; Basics of Electric Flux; Definition of Electric Flux; Case Study of Electric Flux 11:22 min | |
| Gauss's law for electric field; Case Study of Gauss's law for electric field; #GaussLaw 11:58 min | |
| Applications of Gauss's law for electric field; #GaussLaw; #ElectricField; #Applications 11:53 min | |
| Maxwell's 1st equation with Integral and Differential form or point form 05:29 min | |
| Example on Electric Flux Density and Gauss's law for Electric field; #GaussLaw; #ElectricFluxDensity 07:25 min | |
| Examples on Gauss's Law of Electric field; #GaussLawOfElectricField; #ElectromagneticTheory; 11:19 min | |
| Electric field due to conductive sphere; #ElectricEield; #ConductiveSphere 11:51 min | |
Electromagnetics - 3
| Electric Dipole and Dipole Moment; Direction of Dipole Moment; Magnitude of Dipole Moment 03:11 min | |
| Electric field due to Dipole; Electric field on dipole axis and Electric field on equator of dipole 15:11 min | |
| Force and Torque on Dipole due to Uniform Electric Field; #ElectricField; #Dipole; #Force; #Torque 08:24 min | |
| Electric Potential; Electric Potential based on Electric field; Definition of Electric Potential 15:34 min | |
| Maxwell's 2nd equation; Maxwell's 2nd equation with Integral form; Maxwell's 2nd equation Point Form 07:06 min | |
| Potential due to Dipole; Derivation of Potential Due to Dipole; #ElectricDipole; #ElectricPotential 06:35 min | |
| Examples based on Electric Potential; #ElectricPotential; #Problems 16:54 min | |
| Examples on Electric field based on Electric Potential; #Electricfield; #ElectricPotential 06:23 min | |
| Examples on Electric Field and Electric Potential; #ElectricField; #ElectricPotential 12:52 min | |
| Examples on Electric Potential; #ElectricPotential; #ElectromagneticTheory 08:54 min | |
| Boundary Conditions for Electric field; Derivation of Boundary Conditions for Electric Field 19:15 min | |
| Example based on Boundary conditions for electric field; #BoundaryConditions; #ElectricField 12:10 min | |
| Examples on Boundary Conditions of Electric Field; #BoundaryConditions; #ElectricField 12:12 min | |
| Parallel Plat Capacitor; Electric Field of Parallel Plat Capacitor; Capacitance of Parallel Plat 10:33 min | |
| Coaxial Cable Capacitor; Electric Field of Coaxial Cable Capacitor; Capacitance of Coaxial Cable 11:46 min | |
| Spherical Capacitor; Electric Field of Spherical Capacitor; Capacitance of Spherical Capacitor 10:50 min | |
| Examples on Capacitor; Examples on Capacitance; #Capacitance; #Capacitor; #Problems 12:02 min | |
| 1 Examples on Capacitor and Capacitance; #Capacitor; #Capacitance; #ExamplesOnCapacitance 16:19 min | |
| 2 Examples on Capacitor and Capacitance; #Capacitor; #Capacitance; #ExamplesOnCapacitance 14:04 min | |
| 3 Examples on Capacitor and Capacitance; #Capacitor; #Capacitance; #ExamplesOnCapacitance 14:19 min | |
Electromagnetics - 4
| 4 Examples on Capacitor and Capacitance; #Capacitor; #Capacitance; #ExamplesOnCapacitance 10:11 min | |
| Continuity of Current; Derivation of Continuity of Current; #ContinuityOfCurrent 10:51 min | |
| Poisson's equation and Laplace equation; Derivation of Poisson's Equation and Laplace Equations 12:19 min | |
| Uniqueness Theorem; Proof of Uniqueness Theorem; Derivation of Uniqueness Theorem #UniquenessTheorem 12:04 min | |
| Image theory of charges; Examples and Case Study of Image theory of charges 13:19 min | |
| Example on Electrostatic Field; #Electrostatic; #ElectromagneticsTheory 06:04 min | |
| Biot Savart's Law; #BiotSavartLaw; #BiotSavartLawDerivation; #ElectronmagneticTheory 08:59 min | |
| Ampere circuit law for magnetic field intensity; Ampere circuit Law 13:37 min | |
| Maxwell 3rd Equation with Integral and Point Form; #Maxwells3rdEquationDerivation 08:47 min | |
| Magnetic Field and Magnetic Field Intensity; #MagneticField; #UnitsOfMagneticField 07:00 min | |
| Examples on Magnetic Field; #ExamplesonMagneticField; #MagneticField; #ElectromagneticsTheory 12:26 min | |
| Examples on Magnetic Field Intensity; #ExamplesonMagneticFieldIntensity; #MagneticFieldIntensity 09:38 min | |
| Example on magnetic field due to current carrying wire; #MagneticField; #Problems 12:23 min | |
| Magnetic Flux; Basics of Magnetic Flux; Case study of Magnetic Flux; #MagneticFlux 06:20 min | |
| Gauss Law for Magnetic Field; Case Study of Gauss Law for Magnetic Field; #GaussLaw; #MagneticField 06:43 min | |
| Examples on Gauss's law for Magnetic Field; #MagneticField; #GaussLawForMagneticField; #GaussLaw 08:19 min | |
| Examples on Vector Magnetic Potential; #VectorMagneticPotential; #ExamplesOnVectorMagneticPotential 13:16 min | |
| Maxwell's 4th Equation with Integral and Differential Form; #Maxwells4thEquationDerivation 08:48 min | |
| Faraday's Law; Application of Faraday's Law; #FaradayLaw; #FaradaysLawofElectromagneticInduction 08:01 min | |
| 1 Examples on Faraday's Law of Magnetic Induction; #FaradaysLaw; #ExamplesOnFaradaysLaw 10:17 min | |
Electromagnetics - 5
| 2 Examples on Faraday's Law of Magnetic Induction; #FaradaysLaw; #ExamplesOnFaradaysLaw 15:52 min | |
| Solenoid; Magnetic field due to solenoid; Structure of Solenoid; #Solenoid; #MagneticField 13:54 min | |
| Toroid; Magnetic field due to Toroid; Structure of Toroid; #Toroid; #MagneticField 10:02 min | |
| Lorentz force equation; Force due to Electric field and Magnetic field on moving charge 05:07 min | |
| Boundary conditions for Magnetic field; #BoundaryConditions; #MagneticField 12:55 min | |
| Example on Boundary Conditions of Magnetic Field; #BoundaryConditionForMagneticField 11:22 min | |
| Examples on Force by Magnetic Field; #MagneticField; #ForceByMagneticField; #ElectromagneticsTheory 09:12 min | |
| Examples on Inductance; #Inductance; #ExamplesOnInductance; #ElectromagneticsTheory 09:20 min | |
| Magnetic Dipole Moment; Magnetization; Magnetic Susceptibility and Permeability 07:45 min | |
| Electromagnetic wave in free space and Electromagnetic wave in medium 10:18 min | |
| Wave equation in Electromagnetic wave; #WaveEquation #ElectromagneticWave 11:02 min | |
| Plane Electromagnetic wave in medium; Derivation of Plane Electromagnetic wave in medium 10:02 min | |
| Skin Effect; Basics of Skin Effect; Skin depth; Derivation of Skin depth; #SkinEffect; #SkinDepth 10:22 min | |
| Intrinsic Impedance; Intrinsic Impedance of EM Wave; Intrinsic Impedance in Free Space 06:33 min | |
| Loss tangent of medium; Relation between Loss tangent and Intrinsic Impedance angle 06:09 min | |
| Poynting Theorem; Poynting Theorem Derivation; Poynting Theorem Proof; Power by Poynting Theorem 11:58 min | |
| Example on Electromagnetic wave and Poynting theorem; #PoyntingTheorem; #EMWave; #Problems 11:24 min | |
| Examples on EM waves propagation; #EMWaves; #EMWavesPropagation; #ExamplesOnEMWavesPropagation 09:02 min | |
| Microwave Transmission Line; Two Parallel Wire Transmission Line; Coaxial Transmission Line 14:05 min | |
Electromagnetics - 6
| Equivalent Circuit of Transmission Line and Characteristics Impedance of Transmission Line 08:13 min | |
| Transmission Line Equations and Wave Equation of Transmission Line; Transmission Line 14:38 min | |
| Propagation Constant; Attention Constant and Phase Constant of Transmission Line; Transmission Line 07:27 min | |
| Characteristics Impedance of Transmission Line; Transmission Line; Microwave Engineering 08:28 min | |
| Reflection Coefficient of Transmission Line; Transmission Line; Microwave Engineering 10:15 min | |
| Input Impedance of Transmission Line; Transmission Line; Microwave Engineering 14:13 min | |
| VSWR - Voltage Standing Wave Ratio; Maximum Impedance & Minimum Impedance of Transmission Line 12:49 min | |
| Transmittance Coefficient of Transmission Line; Transmission Line; Microwave Engineering 06:47 min | |
| Generation of Phase Delay in Transmission Line; Transmission Line; Microwave Engineering 09:33 min | |
| Microwave Effects on Transmission Line; Transmission Line; Microwave Engineering 09:53 min | |
| Limitations of Transmission Line; Transmission Line; Microwave Engineering 08:01 min | |
| Transmission Line Losses; Transmission Line; Microwave Engineering 13:40 min | |
| Impedance Matching using single Stub; Transmission Line; Microwave Engineering 18:10 min | |
| Transmission Line Example on Single Stub Impedance Matching; Transmission Line; Microwave Engineerin 07:26 min | |
| Transmission Line Example on Characteristics Impedance; Attenuation Constant & Phase Constant 10:27 min | |
| Transmission Line Example on VSWR; Reflection Coefficient and Load Impedance; Transmission Line 06:23 min | |
| Transmission Line Example on Transmission Line Losses; Transmission Line; Microwave Engineering 06:19 min | |
| Mathematics of Smith Chart; How Smith Chart Constructed in Microwave Engineering - Engineering Funda 29:55 min | |
| Smith Chart Example for VSWR; Reflection Coefficient and Input Impedance Calculation 10:47 min | |
| Smith Chart Example for VSWR; Reflection Coefficient; Admittance; Vmin location & Vmax location 11:12 min | |
Electromagnetics - 7
| Smith Chart Example for VSWR; Reflection Coefficient and Line Impedance Calculation 06:35 min | |
| Smith Chart Example for VSWR; Reflection Coefficient and Input Impedance Calculation 10:25 min | |
| Smith Chart Example for VSWR; Reflection Coefficient; Load Impedance Calculation; Maximum Impedance 09:53 min | |
| Smith Chart Example for Load Impedance Calculation using standing pattern 09:56 min | |
| Smith Chart Example for Load Impedance Calculation using standing pattern 08:09 min | |
| Smith Chart Example for Line Impedance Calculation using standing pattern 09:23 min | |
| Smith Chart Example for Parallel Stub Matching 1 10:49 min | |
| Smith Chart Example for Parallel Stub Matching 2 11:24 min | |
| Smith Chart Example for Series Stub Impedance Matching 11:44 min | |
| Smith Chart Examples; Smith Chart for Transmission Line; Transmission Line; Microwave Engineering 18:33 min | |
Analog Communication - 1
| Communication system block diagram; basics and details in Analog Communication by Engineering Funda 12:45 min | |
| Classification of Communication System; Simplex & Duplex Communication by Engineering Funda 08:33 min | |
| Advantages of Frequency Domain Analysis over Time Domain Analysis in Communication Engineering 16:27 min | |
| Necessity of Modulation or Needs of Modulation in Analog Communication by Engineering Funda 13:51 min | |
| Baseband Signals and Passband Signals in Communication Engineering by Engineering Funda 08:44 min | |
| Classification of Modulation Techniques in Communication Engineering by Engineering Funda 13:25 min | |
| Amplitude Modulation Definition; basics & Derivation; Communication Engineering by Engineering Funda 18:00 min | |
| Importance of Modulation Index in Amplitude Modulation in Analog Communication by Engineering Funda 08:36 min | |
| AM signal Transmitted Power; Efficiency and Redundancy in Analog Engineering by Engineering Funda 12:38 min | |
| Multiple Tones Amplitude Modulation AM in Communication Engineering by Engineering Funda 13:33 min | |
| Square Law Modulator; AM Modulator in Communication Engineering by Engineering Funda 13:51 min | |
| Switching Modulator; AM Generator in Communication Engineering by Engineering Funda 18:34 min | |
| Square Law Detector; AM detection in Communication Engineering by Engineering Funda 11:15 min | |
| Envelope Detector; AM detection in Communication Engineering by Engineering Funda 15:04 min | |
| Synchronous detection; AM detection in Communication Engineering by Engineering Funda 06:27 min | |
| Comparison of synchronous detection and envelope detection in communication engineering 06:37 min | |
| Examples on Amplitude Modulation in Analog Communication by Engineering Funda 16:35 min | |
| AM examples on Multi tone AM signals in Communication Engineering by Engineering Funda 16:29 min | |
| AM examples on Transmitted Power and AM efficiency in Communication Engineering by Engineering Funda 13:52 min | |
| DSB-SC Double SideBand Suppressed Carrier basics; Importance; Block Diagram and Waveforms 13:50 min | |
| Ring Modulator or Chopper Modulator for DSB-SC Generation in Communication Engineering 20:03 min | |
| Balanced Modulator by FET for DSB-SC Generation in Communication Engineering by Engineering Funda 11:41 min | |
| Balanced Modulator using AM Modulator for DSBSC Generation in Communication Engineering 06:06 min | |
| Balanced Modulator using Non Linear Device for DSB-SC Generation in Communication Engineering 08:58 min | |
Analog Communication - 2
| Coherent Detection of DSB-SC or DSB-SC Detection in Communication Engineering by Engineering Funda 09:31 min | |
| Costas loop receiver for DSBSC demodulation (basics; Block Diagram; Working & Derivation) 13:27 min | |
| Example based on DSB-SC signal in Communication Engineering by Engineering Funda 08:02 min | |
| SSB-SC Single SideBand Suppressed Carrier basics; Advantages and Generation in Analog Communication 13:17 min | |
| Drawbacks of SSB-SC Single SideBand Suppressed Carrier in Analog Communication by Engineering Funda 11:47 min | |
| Two Stage SSB-SC Modulator block Diagram & Working in Communication Engineering by Engineering Funda 12:26 min | |
| SSB-SC Modulation by Filter Method in Communication Engineering by Engineering Funda 12:33 min | |
| SSB-SC Generation by Phase Shift Method in Communication Engineering by Engineering Funda 06:56 min | |
| Comparison of Filter Method and Phase Shift Method in SSB-SC Generation in Communication Engineering 09:09 min | |
| SSB-SC Demodulation basics; Block Diagram and Working in Analog Communication by Engineering Funda 06:39 min | |
| Example on SSB-SC Single SideBand Suppressed Carrier in Analog Communication by Engineering Funda 10:11 min | |
| Vestigial SideBand (VSB) basics; Block Diagram; VSB Modulator & Application by Engineering Funda 15:42 min | |
| VSB Demodulation; VSB Detection; VSB Demodulation process; VSB Demodulation derivation 11:58 min | |
| VSB Filter Designing 11:24 min | |
| Comparison of DSB-FC; DSB-SC; SSB-SC and VSB in Communication Engineering by Engineering Funda 06:36 min | |
| 1. AM Examples; Amplitude Modulation GATE examples in Communication Engineering by Engineering Funda 12:27 min | |
| 2. AM Examples; Amplitude Modulation GATE examples in Communication Engineering by Engineering Funda 06:38 min | |
| 3. Amplitude Modulation GATE examples; AM Examples in Communication Engineering by Engineering Funda 14:54 min | |
| 4. Amplitude Modulation GATE examples; AM Examples in Communication Engineering by Engineering Funda 06:11 min | |
| 5. DSB-SC Examples on GATE; Double SideBand Suppressed Carrier Examples in Analog Communication 07:49 min | |
| 6. Amplitude Modulation GATE examples in Communication Engineering by Engineering Funda 09:09 min | |
| 7. Amplitude Modulation GATE examples; AM Examples in Communication Engineering by Engineering Funda 07:19 min | |
| 8. Amplitude Modulation examples on GATE in Communication Engineering by Engineering Funda 10:45 min | |
| Angle Modulation basics; Advantages & Applications in Analog Communication by Engineering Funda 11:10 min | |
| Frequency Modulation (FM) basics; Formula & Waveforms in Analog Communication by Engineering Funda 16:05 min | |
Analog Communication - 3
| Phase Modulation (PM) basics; Formula & Waveforms in Analog Communication by Engineering Funda 16:47 min | |
| Frequency Deviation and Modulation Index of Frequency Modulation FM in Analog Communication 11:31 min | |
| Spectral Components for Angle Modulation 11:18 min | |
| Bandwidth requirements in Angle modulation as per Carson's rule 10:34 min | |
| Average Power Requirements for Angle Modulation 11:33 min | |
| Narrow Band Frequency Modulation NBFM in Communication Engineering by Engineering Funda 11:37 min | |
| NBFM generation or Narrow Band Frequency Modulation Generation in Analog Communication 13:24 min | |
| NBPM Generation or Narrow Band Phase Modulation Generation in Analog Communication 10:25 min | |
| Performance comparison of NBFM and WBFM in Communication Engineering by Engineering Funda 08:18 min | |
| FM Generation by Direct Method in Analog Communication by Engineering Funda 12:22 min | |
| FM Generation by Indirect Method of Armstrong in Communication Engineering by Engineering Funda 17:45 min | |
| FM Demodulation and FM Demodulation classification in Analog Communication by Engineering Funda 08:08 min | |
| FM Demodulation; Frequency Discrimination by Simple Slope Detector in Analog Communication 14:19 min | |
| FM Demodulation; Frequency Discrimination by Balanced Slope Detector in Analog Communication 11:03 min | |
| Foster Seeley phase discrimination Method for FM Demodulation in Communication Engineering; Analog 19:20 min | |
| Ratio Detector with phase discrimination for FM Demodulation in Analog Communication 06:09 min | |
| FM Demodulation by Zero Crossing Detector in Communication Engineering by Engineering Funda 10:12 min | |
| PLL FM Demodulation; FM Demodulation by Phase Lock Loop in Analog Communication by Engineering Funda 05:51 min | |
| 1. Frequency Modulation Examples; FM Examples in Analog Communication by Engineering Funda 09:06 min | |
| 2. Frequency Modulation Examples; FM Examples in Analog Communication by Engineering Funda 10:08 min | |
| 3. Frequency Modulation Examples; FM Examples in Analog Communication by Engineering Funda 10:53 min | |
| 4. Frequency Modulation Examples; FM Examples in Analog Communication by Engineering Funda 10:12 min | |
| 5. Frequency Modulation Examples; FM Examples in Analog Communication by Engineering Funda 08:21 min | |
| 6 Angle Modulation GATE Examples; FM GATE Examples in Communication Engineering by Engineering Funda 10:28 min | |
| 7 Angle Modulation GATE Examples; FM GATE Examples in Communication Engineering by Engineering Funda 12:11 min | |
Analog Communication - 4
| Phase Lock Loop basics; Block Diagram & working in Communication Engineering by Engineering Funda 13:33 min | |
| Sources of Noise in communication systems; Communication Engineering by Engineering Funda 05:42 min | |
| Classification of Noise in Communication system; Communication Engineering by Engineering Funda 13:21 min | |
| Signal to Noise Ratio SNR in Communication Engineering by Engineering Funda 05:39 min | |
| Noise Figure in Communication Engineering by Engineering Funda 04:55 min | |
| Noise Temperature in Communication system; Communication Engineering by Engineering Funda 04:58 min | |
| Equivalent Noise Figure and Noise Temperature in Cascaded system in Communication Engineering 08:04 min | |
| Examples on Thermal Noise in Communication Engineering by Engineering Funda 11:05 min | |
| Examples on SNR; Noise Figure & Noise Temperature in Communication Engineering by Engineering Funda 08:47 min | |
| Examples on SNR; Noise Figure & Noise Temperature in Communication Engineering by Engineering Funda 10:47 min | |
| Examples on SNR; Noise Figure; Noise Temperature for Cascaded Communication system 10:32 min | |
| Parameters of Receiver & Characteristics of Receiver in Analog Communication by Engineering Funda 06:32 min | |
| Tuned Radio Frequency Receiver in Analog Communication by Engineering Funda 11:13 min | |
| Super Heterodyne Receiver basics; working; block diagram & Image Frequency by Engineering Funda 14:57 min | |
| Parameters of Super Heterodyne Receiver 13:55 min | |
| Selection of Local Oscillator Frequency in Super Heterodyne Receiver 10:03 min | |
| Comparison of AM Receiver and FM Receiver 03:50 min | |
| Local Oscillator Frequency range & frequency selection in Analog Communication by Engineering Funda 07:25 min | |
| Examples of Super Heterodyne Receiver; GATE Examples in Analog Communication by Engineering Funda 14:44 min | |
| SNR of Base band System; Effect of noise on base band system with example 10:37 min | |
| SNR of conventional AM system; Effect of Noise on Conventional AM system at receiver 26:45 min | |
| SNR of DSBSC system; Effect of noise on DSBSC receiver system 14:39 min | |
| SNR of SSBSC system; Effect of noise on SSBSC receiver system 15:06 min | |
Digital Communication - 1
| Block Diagram of Digital Communication System | Objectives of Digital Communication System 11:53 min | |
| Advantages and Disadvantages of digital communication system with detailed explanation 10:57 min | |
| Scrambling (Basics, Needs, Importance, Working, Process & Example) Explained | Digital Communication 14:59 min | |
| Example of Scrambling | Basics of Scrambling | Digital Communication 13:53 min | |
| Regenerative Repeater (Basics, Objectives, Working, Block Diagram & Parameters) Explained 15:13 min | |
| Eye Diagram (Basics, Example, Interpretation, Importance & Eye Pattern) Explained 16:32 min | |
| Attenuation of Signal | Basics & Reasons of Attenuation | Significance & Example of Decibels dB 13:20 min | |
| Bit Rate and Baud Rate | Relation between Bit Rate and Baud Rate | Examples of Bit Rate & Baud Rate 10:26 min | |
| Amplitude Shift Keying ASK (Basics, Definition, Waveform, Bandwidth, Modulation and Demodulation) 18:14 min | |
| Example of ASK Amplitude Shift Keying | Digital Communication 07:13 min | |
| Frequency Shift Keying FSK (definition, waveform, multi level FSK, Bandwidth & Modulation) Explained 25:58 min | |
| Examples on FSK Frequency Shift Keying | Digital Communication 10:26 min | |
| Phase Shift Keying PSK (Definition, waveform, Bandwidth, Multi-level PSK, Modulation & Demodulation) 16:02 min | |
| Differential Phase Shift Keying DPSK (Definition, Waveform, DPSK transmitter & DPSK receiver) 12:12 min | |
| QPSK Quadrature Phase Shift Keying (Basics, Modulator, Waveforms, Demodulator & Applications) 11:36 min | |
| BPSK Binary Phase Shift Keying | BPSK Transmitter | Constellation Diagram of BPSK | BPSK Signals 19:01 min | |
| M Array Frequency Shift Keying MFSK (Basics, Signals, Bits Calculation, Example & Application) 14:18 min | |
| QAM Quadrature Amplitude Modulation | QAM Transmitter | QAM Receiver | Constellation Diagram of QAM 16:42 min | |
| Comparison of QAM and PSK | Parameters of Quadrature Amplitude Modulation and Phase Shift Keying 10:33 min | |
| Sampling Theory | Nyquist Rate | Nyquist Interval | Basics, Types & Waveforms of Sampling Theory 18:37 min | |
| Aliasing or Effect of Under Sampling | Generation of Aliasing | Effect and Solution of Aliasing 07:12 min | |
| Examples of Nyquist rate and Sampling Theory in Digital Communication 07:09 min | |
| Instantaneous Sampling or Ideal Sampling or Impulse Sampling in Digital Communication 07:17 min | |
| Natural Sampling (Basics, Circuit, Working, Waveforms, Response & Derivation) Explained 07:25 min | |
| Flat Top Sampling or PAM - Pulse Amplitude Modulation in Digital Communication 09:06 min | |
| Performance of Sampling Techniques | Impulse Sampling | Natural Sampling | Flap Top Sampling 10:29 min | |
| PWM - Pulse Width Modulation (Basics, Circuit, Working, & Waveforms) Explained 07:04 min | |
| PPM - Pulse Position Modulation (Basics, Circuit, Working, Waveforms, Pros & Cons) Explained 07:15 min | |
| Performance Comparison of PAM, PWM and PPM in Digital Communication 10:49 min | |
| Quantization (Basics, Working Principle, Waveforms, Quantization Error & Quantization Noise) 14:00 min | |
Digital Communication - 2
| Parameters of Quantization (Quantization Noise, Quantization Error, Bit Depth & Step Size) Explained 12:20 min | |
| Dynamic Range of Quantization | Derivation of Dynamic Range of Quantization | Digital Communication 07:57 min | |
| SNR of Quantization | Waveforms of Quantization | Derivation of SNR in Quantization | Quantization 08:28 min | |
| Uniform Quantization | Midtread Quantization | Midriser Quantization | Uniform Quantization Error 11:56 min | |
| Examples of Quantization & Calculation of Parameters based on Quantization in Digital Communication 08:29 min | |
| Pulse Code Modulation PCM (Basics, Block Diagram, Process, Sampling & Quantization) Explained 21:25 min | |
| PCM Receiver (Basics, Block Diagram, Working, Waveforms & Importance) Explained 12:28 min | |
| Quantization Noise and SQNR for Sinusoidal and Nonsinusoidal signal in Digital Communication 18:57 min | |
| PCM Examples | Pulse Code Modulation Solved Problems | Digital Communication 15:07 min | |
| PCM Examples | Pulse Code Modulation Solved Problems | Digital Communication 18:16 min | |
| PCM Examples | Pulse Code Modulation Solved Problems | Digital Communication 10:59 min | |
| Non-uniform Quantization | Basics, Importance & Calculation | Uniform Vs Non-Uniform Quantization 13:37 min | |
| Companding (Basics, Block Diagram, Working, Characteristics & Importance) Explained 11:29 min | |
| Μ law Companding in Non-uniform Quantization | Basics, Formula & Importance | Digital Communication 10:41 min | |
| A Law Companding in Non-uniform Quantization | Basics, Formula & Importance | Digital Communication 10:13 min | |
| Data rate of PCM in India and USA | Calculation of Data Rate for PCM | Digital Communication 11:28 min | |
| Differential Pulse Code Modulation DPCM | Basics & Advantages of DPCM | DPCM Vs PCM 11:45 min | |
| DPCM Encoder & DPCM Decoder | DPCM Transmitter | DPCM Receiver | Differential Pulse Code Modulation 14:27 min | |
| Example of DPCM | Calculation of DPCM parameters | DPCM | Differential Pulse Code Modulation 14:14 min | |
| Example Based on DPCM using Mid-riser Quantizer in Digital Communication 15:36 min | |
| SQNR of DPCM | Derivation of SQNR for DPCM | Designing of DPCM | Basics of DPCM 07:39 min | |
| Delta Modulation (Basics, Block Diagram, Working, Waveforms, Applications, Pros & Cons) Explained 15:42 min | |
| Delta Modulation Receiver (Basics, Block Diagram, Working & Waveforms) Explained 10:52 min | |
| Issues with Delta Modulation | Slope Overload Distortion | Granular Noise | Digital Communication 19:16 min | |
| SQNR of Delta Modulation | Designing of Delta Modulation System| SQNR Derivation of Delta Modulation 17:09 min | |
| Examples of Delta Modulation | Solved Problems of Delta Modulation | Digital Communication 15:42 min | |
| Examples of Delta Modulation | Solved Problems of Delta Modulation | Digital Communication 17:21 min | |
| Adaptive Delta Modulation (Basics, Working, Block Diagram, Waveforms & Advantages) Explained 23:08 min | |
| Time Division Multiplexing TDM (Basics, Block Diagram, Working, Waveforms & Advantages) Explained 15:19 min | |
| Examples of Time Division Multiplexing TDM | Digital Communication 15:55 min | |
Digital Communication - 3
| Examples of T1 System | PCM-TDM system | Time Division Multiplexing TDM | Digital Communication 22:00 min | |
| Examples of Time Division Multiplexing TDM | Digital Communication 10:46 min | |
| Line Coding (Characteristics, Basics, Importance & Waveforms) Explained in Digital Communication 16:48 min | |
| Pulse Shaping Techniques (Unipolar, Polar & Bipolar) in Digital Communication 10:24 min | |
| Basic Pulses (NRZ, RZ & Manchester) | Line Coding | Digital Communication 06:42 min | |
| Line Coding Techniques | RZ, NRZ, Unipolar, Polar, Bipolar & Manchester | Digital Communication 12:54 min | |
| PSD of NRZ Unipolar Line Coding Scheme in Digital Communication 21:28 min | |
| PSD of NRZ Polar Line Coding Scheme in Digital Communication 10:25 min | |
| PSD of NRZ Bipolar Line Coding Scheme in Digital Communication 20:22 min | |
| PSD of Manchester Polar Line Coding Scheme in Digital Communication 10:09 min | |
| Comparison of Unipolar, Polar, Bipolar and Manchester Line Coding Scheme in Digital Communication 16:25 min | |
| Example on Pulse Shaping in Digital Communication 05:30 min | |
| Information (Basics, Definition, Uncertainty & Property) Explained in Digital Communication 16:58 min | |
| Examples of Information in Digital Communication 10:08 min | |
| Entropy (Basics, Definition, Calculation & Properties) Explained in Digital Communication 07:55 min | |
| Entropy | Entropy source efficiency | Redundancy | Information rate | Examples of Entropy 18:06 min | |
| 1 Shannon Fano Encoding (Algorithm, Procedure & Example) Explained in Digital Communication 11:55 min | |
| 2 Shannon Fano Encoding (Algorithm, Procedure & Example) Explained in Digital Communication 10:14 min | |
| 3 Shannon Fano Encoding with Ambiguity (Algorithm, Procedure & Example) Explained 14:50 min | |
| Huffman Coding (Basics, Algorithm, Procedure & Example) Explained in Digital Communication 15:17 min | |
| Huffman Coding with Ternary Codes (Basics, Algorithm, Procedure & Example) Explained 10:51 min | |
| Huffman Coding with Quaternary Codes (Basics, Algorithm, Procedure & Example) Explained 11:22 min | |
| 1. Lempel Ziv Coding (Basics, Algorithm, Procedure & Example) Explained in Digital Communication 14:30 min | |
| 2. Lempel Ziv Coding (Basics, Algorithm, Procedure & Example) Explained in Digital Communication 13:38 min | |
| Channel Capacity by Shannon-Hartley | Basics, Proof & Maximum Bandwidth Condition 10:23 min | |
| Example on Channel Capacity by Shannon-Hartley in Digital Communication 11:06 min | |
| Probability | Probability basics | Random Variables | Probability Example | Types of Probabilities 16:33 min | |
| Mean, Variance & Standard Deviation in Random Variable in Digital Communication 10:26 min | |
| Example of Mean, Variance & Standard Deviation in Random Variable in Digital Communication 12:12 min | |
| Cumulative Distribution Function CDF & Probability Density Function PDF in Random Variable 18:32 min | |
Digital Communication - 4
| Examples of CDF and PDF in Random Variable in Digital Communication 12:33 min | |
| Examples of CDF and PDF in Random Variable in Digital Communication 15:39 min | |
| Examples of CDF and PDF in Random Variable in Digital Communication 10:43 min | |
| Block Code (Basics, Parameters, Examples & Identification) Explained in Digital Communication 17:36 min | |
| Block Codes for single parity check codes (Definition, Basics, Example & Decoding) Explained 14:54 min | |
| Block Codes for product Codes (Basics, Example, Decoding & Identification) Explained 10:02 min | |
| Block Codes for Repetition Codes (Basics, Example, Decoding & Identification) Explained 09:29 min | |
| Hamming Code: Basics, Parity Bits, and Example 11:23 min | |
| Hamming Code Generation: Basics, Parity Bits, and Example 12:23 min | |
| Hamming Code Detection: Basics, Error Detection and Error Correction 10:11 min | |
| Linear Block Code (Basics, Properties, Example, Decoding & Identification) Explained 16:32 min | |
| Generator Matrix to generate code words in Linear Block Code with example in Digital Communication 17:04 min | |
| Systematic Generator Matrix and Conversion of Non Systematic generator Matrix into Systematic Matrix 16:16 min | |
| Parity Check Matrix in Linear Block Code with Example in Digital Communication 10:20 min | |
| Error Syndromes & Error Correction in Linear Block Code in Digital Communication 07:13 min | |
| Error Detection & Error Correction Capability of Linear Block Code in Digital Communication 04:18 min | |
| Complete Example of Linear Block Code in Digital Communication 19:36 min | |
| Cyclic Code (Basics, Properties & Example) Explained in Digital Communication 10:26 min | |
| Cyclic Code for Non Systematic Codeword with Example in Digital Communication 07:39 min | |
| Cyclic Code for Systematic Codeword with Example in Digital Communication 10:18 min | |
| Generator Matrix of Cyclic Code with Example in Digital Communication 10:38 min | |
| Cyclic Encoder Designing with Example in Digital Communication 10:24 min | |
| Convolutional Codes (Basics, Designing & Parameters) Explained in Digital Communication 11:14 min | |
| Convolutional Codes States and Code tree in Digital Communication 13:32 min | |
| Code trellis and State Diagram of Convolutional Codes in Digital Communication 16:19 min | |
| Viterbi Algorithm (Basics, Process & Example) Explained in Digital Communication 17:42 min | |
| Spread Spectrum (Basics, Block Diagram, Working, Need & Types) Explained in Digital Communication 14:43 min | |
| Frequency Hopping Spread Spectrum FHSS (Block Diagram, Working, Performance, Hoping & Applications) 14:24 min | |
| Direct Sequence Spread Spectrum DSSS (Basics, Block Diagram, Working, Waveforms & Applications) 14:24 min | |
Electronic Devices - 1
| Energy Bands and Classification of Solid Material in Basic Electronics 11:19 min | |
| Types of Semiconductor Materials 12:23 min | |
| Drift Current and Diffusion Current in Semiconductor Materials 16:19 min | |
| Mass Action Law in Semiconductor 13:35 min | |
| 1 Examples on Semiconductor Material 14:01 min | |
| 2 Examples on Semiconductor Material 10:24 min | |
| Examples on Drift Current and Drift Velocity 19:47 min | |
| Examples of Conductivity and Resistivity 21:13 min | |
| Einstein Relation in Semiconductor 14:26 min | |
| Examples of Diffusion Current 09:08 min | |
| Examples of Einstein Relation in Semiconductor 04:12 min | |
| Fermi Dirac Distribution in Semiconductor 13:51 min | |
| Electrons Concentration in Conduction Band and Holes Concentration in Valence Band 05:38 min | |
| Intrinsic Concentration in Semiconductor Material 13:08 min | |
| Comparison of Drift Velocity and Free Velocity 08:53 min | |
| Fermi Energy Level in Intrinsic Semiconductor 09:28 min | |
| Fermi Energy Level in Extrinsic Semiconductor 10:09 min | |
| Hall Effect in Conductor and Semiconductor 17:11 min | |
| Examples of Hall Effect in Conductor and Semiconductor 18:14 min | |
| Energy & Wavelength for Generation & Recombination in Semiconductor 10:54 min | |
| Examples of Energy & Wavelength for Generation & Recombination in Semiconductor 09:56 min | |
| Generation & Recombination due to Uniform Illumination of Light in Semiconductor 10:12 min | |
| Examples of Generation & Recombination due to Uniform Illumination of Light in Semiconductor 09:39 min | |
| Examples of Energy Band Diagram of Semiconductor 14:32 min | |
Electronic Devices - 2
| Continuity Equation in Semiconductor 14:05 min | |
| Direct Bandgap Semiconductors and Indirect Bandgap Semiconductors 13:20 min | |
| PN Junction in Equilibrium with zero bias Voltage; #ZeroBiasCondition; #PNJunctionDiode 09:17 min | |
| Energy Band Diagram of PN Junction 14:25 min | |
| Cut in Voltage or Potential Barrier of PN Junction 10:05 min | |
| Derivation of Electric Field at PN Junction 13:25 min | |
| Derivation of Width of Depletion Region in PN Junction 10:19 min | |
| Examples of PN Junction in Equilibrium with zero bias Voltage; #ZeroBiasCondition; #PNJunctionDiode 18:41 min | |
| Examples of PN Junction in Equilibrium with zero bias Voltage; #ZeroBiasCondition; #PNJunctionDiode 20:39 min | |
| Example on PN Junction Parameters with zero bias condition; #PNJunctionParameters #ZeroBiasCondition 12:51 min | |
| PN Junction under forward bias condition 08:38 min | |
| PN Junction under Reverse bias condition; #PNJunction; #ReverseBias 11:15 min | |
| Examples of PN Junction under Reverse bias condition; #PNJunction; #ReverseBias 15:24 min | |
| Examples of PN Junction under Forward bias condition; #PNJunction; #ForwardBias 18:42 min | |
| Ideal Diode and Practical Diode Approximation; #PNJunctionApproximation 07:11 min | |
| Diode Ratings; Voltage Ratings of Diode; Current Ratings of Diode; Power Ratings of Diode 09:11 min | |
| Diode testing and Diode Quality Verification; #DiodeTesting; #DiodeVerification; #PNJunction 05:00 min | |
| Effect of Temperature in PN Junction Characteristics 14:03 min | |
| Examples of Effect of Temperature in PN Junction Characteristics 06:33 min | |
| 1 - Examples of Diode Circuit 13:51 min | |
| 2 - Examples on Diode Circuit 10:33 min | |
| 3 - Examples on Diode Circuit 09:44 min | |
| 4 - Examples on Diode Circuit 12:24 min | |
| PN Junction Capacitance; Diode Capacitance; Depletion Capacitance; Diffusion Capacitance 10:22 min | |
| Examples of PN Junction Capacitance; Diode Capacitance 13:31 min | |
Electronic Devices - 3
| PN Junction Switching Characteristics 17:54 min | |
| Examples of PN Junction Breakdown 14:34 min | |
| Light Emitting Diode - LED 14:27 min | |
| Examples of Light Emitting Diode - LED 09:28 min | |
| Varactor Diode / Varicap Diode 13:39 min | |
| Tunnel Diode / Esaki Diode 21:43 min | |
| Examples of Tunnel Diode 04:52 min | |
| Photo Diode; Working of Photo Diode 16:35 min | |
| Solar Cell; Working of Solar Cell; Parameters of Solar Cell 26:16 min | |
| Examples of Solar Cell 13:42 min | |
| Examples of Special Diodes 10:08 min | |
| BJT parameters under Equilibrium 27:05 min | |
| BJT Operation Regions; BJT Biasing 09:36 min | |
| BJT Applications & BJT Base Width 08:51 min | |
| BJT in Active Region 21:05 min | |
| BJT Carrier Distribution in Different Modes of Operation 16:16 min | |
| Ebers Moll Model of BJT 12:55 min | |
| Early Effect or Base Width Modulation in BJT 13:05 min | |
| Common Base Configuration of BJT 16:24 min | |
| Common Emitter Configuration of BJT 19:43 min | |
| Punch Through in BJT 12:00 min | |
| Examples of BJT - Bipolar Junction Transistor 22:44 min | |
| Examples of BJT - Bipolar Junction Transistor 13:53 min | |
| Examples of BJT - Bipolar Junction Transistor 14:39 min | |
| MOS Capacitor; MOSCAP #MOSCAP 18:28 min | |
Electronic Devices - 4
| Ideal MOSCAP #MOSCAP 11:01 min | |
| Flat Band Voltage in MOSCAP 11:20 min | |
| MOSCAP under External Bias 13:22 min | |
| MOSCAP under Accumulation Mode 10:34 min | |
| MOSCAP under Depletion Mode 19:18 min | |
| MOSCAP under Inversion Mode 14:13 min | |
| Threshold Voltage of MOSCAP 09:34 min | |
| Inversion Charge of MOSCAP 06:38 min | |
| CV Characteristics of MOSCAP 14:50 min | |
| 1 - Examples on MOSCAP; Solved Problems of MOSCAP #MOSCAP 19:35 min | |
| 2 - Examples on MOSCAP; Solved Problems of MOSCAP #MOSCAP 17:34 min | |
| 3 - Examples on MOSCAP; Solved Problems of MOSCAP #MOSCAP 14:52 min | |
| MOSFET - Metal Oxide Semiconductor Field Effect Transistor #MOSFET 16:48 min | |
| IV Characteristics of MOSFET 16:06 min | |
| Channel Length Modulation in MOSFET 15:18 min | |
| Small Signal Model of MOSFET 17:35 min | |
| Transconductance and Drain Resistance of MOSFET in Linear Region 09:04 min | |
| Body Effect in MOSFET 15:20 min | |
| 1. Examples of MOSFET; Solved Problems on MOSFET 13:41 min | |
| 2. Examples of MOSFET; Solved Problems on MOSFET 14:34 min | |
| 3. Examples of MOSFET; Solved Problems on MOSFET 15:33 min | |
| Use of Function Generator and Waveform on Oscilloscope CRO in Multisim; #Multisim; #BasicElectronics 06:52 min | |
| VI Characteristics of PN Junction Diode in Multisim; #Mutisim; #BasicElectronics 05:30 min | |
| Zener Diode Characteristics and Zener Diode as Voltage Regulator in Multisim; #BasicElectronics 08:55 min | |
| Halfwave Rectifier with and without Filter in Multisim; #Mutisim; #BasicElectronics 08:19 min | |
| Full wave Rectifier with and without filter in Multisim; #Mutisim; #BasicElectronics 09:13 min | |
| Full wave Bridge Rectifier with and without Filter in Multisim; #Mutisim; #BasicElectronics 08:39 min | |
| AND Gate and OR Gate using diode in Multisim; #Mutisim; #BasicElectronics 05:19 min | |
| Logic Gates - AND Gate; NAND Gate; OR Gate; NOR Gate; XOR Gate; XNOR Gate & NOT Gate in Multisim 10:15 min | |
Microprocessor & Microcontroller - 1
| Lecture 1 Introduction 29:10 min | |
| Lecture 2 Introduction (Contd.) 29:16 min | |
| Lecture 3 Introduction (Contd.) 31:11 min | |
| Lecture 4 Basic Computer Organization 26:22 min | |
| Lecture 5 Basic computer organization 29:23 min | |
| Lecture 6 Basic Computer Organization 28:20 min | |
| Lecture 7 8085 Microprocessors 28:43 min | |
| Lecture 8: 8085 Microprocessors (Contd.) 27:52 min | |
| Lecture 9: 8085 Microprocessors (Contd.) 28:17 min | |
| Lecture 10: 8085 Microprocessors (Contd.) 28:34 min | |
| Lecture 11: 8085 Microprocessors (Contd.) 27:20 min | |
| Lecture 12: 8085 Microprocessors (Contd.) 29:45 min | |
| Lecture 13: 8085 Microprocessors (Contd.) 28:08 min | |
| Lecture 14: 8085 Microprocessors (Contd.) 28:27 min | |
| Lecture 15: 8085 Microprocessors (Contd.) 27:49 min | |
| Lecture 16: 8085 Microprocessors (Contd.) 29:27 min | |
| Lecture 17 : 8085 Microprocessors (Contd.) 30:59 min | |
| Lecture 18 : 8085 Microprocessors (Contd.) 29:25 min | |
| Lecture 19 : 8085 Microprocessors (Contd.) 26:46 min | |
| Lecture 20 : 8085 Microprocessors (Contd.) 27:01 min | |
Microprocessor & Microcontroller - 2
| Lecture 21 : 8085 Microprocessors (Contd.) 29:44 min | |
| Lecture 22 : 8085 Microprocessors (Contd.) 29:31 min | |
| Lecture 23 : 8051 Microcontroller 27:16 min | |
| Lecture 24 : 8051 Microcontroller(Contd.) 26:22 min | |
| Lecture 25 : 8051Microcontroller (Contd.) 27:19 min | |
| Lecture 26 : 8051 Microcontroller(Contd.) 29:46 min | |
| Lecture 27 : 8051 Microcontroller(Contd.) 28:38 min | |
| Lecture 28 : 8051 Microcontroller(Contd.) 27:40 min | |
| Lecture 29 : 8051 Microcontroller(Contd.) 28:11 min | |
| Lecture 30 : 8051 Microcontroller(Contd.) 27:39 min | |
| Lecture 31 : 8051 Microcontroller(Contd.) 26:34 min | |
| Lecture 32 : 8051 Microcontroller(Contd.) 26:48 min | |
| Lecture 33 : 8051 Microcontroller(Contd.) 28:08 min | |
| Lecture 34 : 8051 Microcontroller(Contd.) 27:46 min | |
| Lecture 35 : 8051 Microcontroller(Contd.) 28:05 min | |
| Lecture 36 : 8051 Programming Examples 32:03 min | |
| Lecture 37 : 8051 Programming Examples (Contd.) 34:02 min | |
| Lecture 38 : 8051 Programming Examples (Contd.) 30:25 min | |
| Lecture 39 : 8051 Programming Examples (Contd.) 32:49 min | |
| Lecture 40 : 8051 Programming Examples (Contd.) 32:10 min | |
Microprocessor & Microcontroller - 3
| Lecture 41 : ARM 27:24 min | |
| Lecture 42 : ARM (Contd.) 26:47 min | |
| Lecture 43 : ARM(Contd.) 27:54 min | |
| Lecture 44 : ARM (Contd.) 27:33 min | |
| Lecture 45 : ARM (Contd.) 26:15 min | |
| Lecture 46 : ARM (Contd.) 27:20 min | |
Engineering Mathematics - 1
| Engineering Mathematics I I Unit1: Linear Algebra (Matrices) I Topic: Inverse by Gauss Jordon Method 57:53 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra (Matrices) I Topic: Rank of Matrix 57:07 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra (Matrices) I Topic: Normal form of Matrix 58:04 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra I Solution of Linear Simultaneous Equations 56:25 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra I Solution of Linear Simultaneous Equations 56:26 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra I Solution of Linear Simultaneous Equations 56:42 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra ITopic: Characteristic Equation & Roots of Matrix 57:17 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra I Topic: Eigen Vectors of Matrix 59:24 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra I Topic: Inverse by Cayley-Hamilton Theorem 56:34 min | |
| Engineering Mathematics I I Unit 1: Linear Algebra (Matrices) I Topic: Cayley-Hamilton Theorem 57:58 min | |
| Engineering Mathematics 1 I Prerequisite of Engineering Mathematics - I 32:32 min | |
| Partial Differeltiation 27:17 min | |
| Application of Partial Differeltiation 29:58 min | |
| Reduction Formulae and Curve Tracing 16:37 min | |
| Multiple Integral 26:56 min | |
| Gamma function definition & properties I Beta ; Gamma Function I Engineering Mathematics 13:12 min | |
| Beta function definition & properties I Beta ; Gamma Function I Engineering Mathematics 09:01 min | |
| Beta ; Gamma Function Example 1 I Engineering Mathematics 03:33 min | |
| Beta ; Gamma Function Example 2 I Engineering Mathematics 04:45 min | |
| Beta ; Gamma Function Example 3 I Engineering Mathematics 05:25 min | |
| Beta ; Gamma Function Example 4 I Engineering Mathematics 06:26 min | |
| Beta ; Gamma Function Example 5 I Engineering Mathematics 07:53 min | |
| Beta ; Gamma Function Example 6 I Engineering Mathematics 06:33 min | |
| Beta ; Gamma Function Example 7 I Engineering Mathematics 06:29 min | |
| Beta ; Gamma Function Example 8 I Engineering Mathematics 08:24 min | |
| Beta ; Gamma Function Example 9 I Engineering Mathematics 09:56 min | |
| Beta ; Gamma Function Example 10 I Engineering Mathematics 06:14 min | |
| Beta ; Gamma Function Example 11 I Engineering Mathematics 08:39 min | |
| Reduction formula in terms of Beta ; Gamma Function I Engineering Mathematics 13:47 min | |
| Duplication Formula I Beta ; Gamma Function I Engineering Mathematics 05:38 min | |
| Beta ; Gamma Function Example 12 I Engineering Mathematics 10:13 min | |
| Beta ; Gamma Function Example 17 I Engineering Mathematics 06:39 min | |
| Beta ; Gamma Function Example 18 I Engineering Mathematics 08:19 min | |
| Beta ; Gamma Function Example 20 I Engineering Mathematics 09:00 min | |
| Beta ; Gamma Function Example 19 I Engineering Mathematics 12:38 min | |
| Beta ; Gamma Function Example 21 I Engineering Mathematics 09:13 min | |
| Beta ; Gamma Function Example 22 I Engineering Mathematics 08:45 min | |
| Beta ; Gamma Function Example 23 I Engineering Mathematics 08:36 min | |
Engineering Mathematics - 2
| Complex Numbers 17:13 min | |
| Ordinary Differential Equations 20:17 min | |
| Linear Differential Equations 42:40 min | |
| Vector Calculus 18:43 min | |
Engineering Mathematics - 3
| Laplace Transform 36:15 min | |
| Inverse Laplace Transform 25:57 min | |
| Fourier Transform 24:10 min | |
| Functions of Complex Variable (Differential Calculus) 21:43 min | |
| Functions of Complex Variable (Integral Calculus) 11:53 min | |
| Introduction to Probability and Distribution - Probability Distribution - Engineering Mathematics 4 15:08 min | |
| Probability Distribution Problem 1 - Probability Distribution - Engineering Mathematics 4 15:42 min | |
| Probability Distribution Problem 2 - Probability Distribution - Engineering Mathematics 4 11:12 min | |
| Probability Distribution Problem 3 - Probability Distribution - Engineering Mathematics - 4 03:53 min | |
| Probability Distribution Problem 4 - Probability Distribution - Engineering Mathematics - 4 08:35 min | |
| Probability Distribution Problem 5 - Probability Distribution - Engineering Mathematics - 4 14:49 min | |
| Probability Distribution Problem 6 - Probability Distribution - Engineering Mathematics - 4 10:57 min | |
| Probability Distribution Problem 7 - Probability Distribution - Engineering Mathematics - 4 04:03 min | |
| Probability Distribution Problem 8 - Probability Distribution - Engineering Mathematics - 4 03:45 min | |
| Some Standard Distribution and Introduction to Binomial Distribution 06:03 min | |
| Binomial Distribution Problem 1 - Probability Distribution - Engineering Mathematics 4 05:23 min | |
| Binomial Distribution Problem 2 - Probability Distribution - Engineering Mathematics 4 06:26 min | |
| Binomial Distribution Problem 3 - Probability Distribution - Engineering Mathematics - 4 03:51 min | |
| Binomial Distribution Problem 4 - Probability Distribution - Engineering Mathematics - 4 07:05 min | |
| Binomial Distribution Problem 5 - Probability Distribution - Engineering Mathematics - 4 04:05 min | |
| Binomial Distribution Problem 6 - Probability Distribution - Engineering Mathematics - 4 03:47 min | |
| Binomial Distribution Problem 7 - Probability Distribution - Engineering Mathematics - 4 06:25 min | |
| Binomial Distribution Problem 8 - Probability Distribution - Engineering Mathematics - 4 05:12 min | |
| Binomial Distribution Problem 9 - Probability Distribution - Engineering Mathematics - 4 04:25 min | |
| Binomial Distribution Problem 10 - Probability Distribution - Engineering Mathematics - 4 18:16 min | |
| Introduction to Poisson Distribution - Probability Distribution - Engineering Mathematics 4 02:58 min | |
| Poisson Distribution Problem 1 - Probability Distribution - Engineering Mathematics 4 05:38 min | |
| Poisson Distribution Problem 3 - Probability Distribution - Engineering Mathematics - 4 04:51 min | |
| Poisson Distribution Problem 4 - Probability Distribution - Engineering Mathematics - 4 04:23 min | |
| Poisson Distribution Problem 5 - Probability Distribution - Engineering Mathematics - 4 04:07 min | |
| Poisson Distribution Problem 6 - Probability Distribution - Engineering Mathematics - 4 06:53 min | |
| Introduction to Normal Distribution - Probability Distribution - Engineering Mathematics 4 12:20 min | |
| Normal Distribution (Forward Problem) - Problem 1 16:19 min | |
| Normal Distribution (Forward Problem) - Problem 2 11:01 min | |
| Normal Distribution (Forward Problem) - Problem 3 04:51 min | |
| Normal Distribution (Forward Problem) - Problem 4 05:30 min | |
| Normal Distribution (Forward Problem) - Problem 5 09:55 min | |
| Normal Distribution (Reverse Problem) - Problem 1 11:49 min | |
| Normal Distribution Type 2 Problem 2 05:37 min | |
| Normal Distribution (Reverse Problem) - Problem 3 04:36 min | |
| Normal Distribution (Reverse Problem) - Problem 4 04:22 min | |
| Concept of Sampling - Sampling Theory - Engineering Mathematics 4 04:08 min | |
| Concept of Large Sample Test and Types - Sampling Theory - Engineering Mathematics 4 08:59 min | |
| Test of Single Mean of Large Sample Test - Problem 1 - Sampling Theory - Engineering Mathematics - 4 10:36 min | |
| Test of Single Mean of Large Sample Test - Problem 2 - Sampling Theory - Engineering Mathematics 4 08:54 min | |
| Test of Single Mean of Large Sample Test - Problem 3 - Sampling Theory - Engineering Mathematics 4 06:22 min | |
| Test for Difference Between Means of Large Sample Test - Problem 1 08:44 min | |
| Test for Difference Between Means of Large Sample Test - Problem 2 05:58 min | |
| Concept of Small Sample Test - Sampling Theory - Engineering Mathematics 4 08:01 min | |
Aptitude & Reasoning for GATE
| Introduction to Aptitude and Reasoning 08:32 min | |
| Ratio (Solved Problems) - Part 1 07:11 min | |
| Ratio (Solved Problems) - Part 2 07:39 min | |
| Direct and Indirect Proportion 07:44 min | |
| Proportion (Solved Problems) 06:11 min | |
| Ratio and Proportion (10 Solved Problems) 16:48 min | |
| Classification of Numbers 10:06 min | |
| Prime and Composite Numbers 06:13 min | |
| Number of Factors (Part 1) 08:42 min | |
| Number of Factors (Part 2) 05:09 min | |
| Number of Even and Odd Factors 07:21 min | |
| Power of Prime Number in a Factorial 07:14 min | |
| Power of Composite Number in a Factorial 07:57 min | |
| The Base System 11:20 min | |
| The Base System - Addition 21:18 min | |
| The Base System - Subtraction 09:38 min | |
| The Base System (Solved Problems) 10:24 min | |
| Number of Trailing Zeros in a Factorial 10:05 min | |
| Cyclicity of Numbers (Part 1) 07:12 min | |
| Cyclicity of Numbers (Part 2) 05:05 min | |
| Unit Place Calculation (Part 1) 08:43 min | |
| Unit Place Calculation (Part 2) 07:41 min | |
| Unit Place Calculation (Part 3) 11:18 min | |
| Unit Place Calculation (Solved Problems) 08:49 min | |
