SEM-III ECE Engg.: Network Theory

Course Content

1 sections • 61 lectures • 15h 57m total length

	Lecture 01 Introduction of Network		01:39:55min
	Lecture 02 Questions based on Operation of Signal, Unit Step Function		01:21:33min
	Lecture 03 Impulse Function, Signum Function		01:21:54min
	Lecture 04 Exponential Function, Unit Ramp Signal, Question based on Ramp Signal, Relation betwee Step, Impulse & Ramp Function, Parabolic Function, Relation betwee Step, Impulse, Ramp & Parabolic Function Function		01:20:07min
	Lecture 05 Rectangular Function, Question based on Rectangular Function, Triangular Function, Question based on Triangular Function		01:44:58min
	Lecture 06 Sinusoidal Function, Sinc & sampling Function		55:02min
	Lecture 07 Continuous & Discreate Time Signal, Deterministic & Non-Deterministic Signal, Causal, Anticausal, Non-Causal		01:29:22min
	Lecture 08 Even & Odd Signal, Even & Odd Components of Signal		01:37:34min
	Lecture 09 Questions based on Even & Odd Signal, Questions based on Even & Odd Components of Signal, Complex Signal, Questions based on Complex signal		59:37min
	Lecture 10 Periodic & Aperiodic Signal, Questions based on Periodic Signal		01:41:14min
	Lecture 11 Energy & Power Signal, Questions based on Energy & Power Signals		01:06:15min
	Lecture 12 Energy & Power Signal, Questions based on Energy & Power Signals		50:44min
	Lecture 13 Static & Dynamic System, Questions based on Static & Dynamic System		01:24:44min
	Lecture 14 Causal, Non-Causal & Anticausal System, Questions based on Causal, Non-Causal & Anticausal System		01:23:49min
	Lecture 15 Time Varient & Time Invarient System, Questions based on TV & TIV System		01:42:30min
	Lecture 16 Linear & Non-Linear System, Questions based on Linear & Non-Linear System		01:34:58min
	Lecture 17 Linear & Non-Linear System, Questions based on Linear & Non-Linear System, Properties of Linear & Non-Linear System		01:21:17min
	Lecture 18 Invertible & Non-Invertivble System, Questions based on Invertible & Non-Invertivble System		01:02:54min
	Lecture 19 Stable & Unstable System, Questions based on Stable & Unstable System		56:48min
	Lecture 20 LTI System, Transfer Fuction, Convolution, Properties of Convolution		01:08:41min
	Lecture 21 Properties of Convolution or LTI System, Graphical Convolution		54:25min
	Lecture 22 Questions based on Convolution		01:47:05min
	Lecture 23 Types of LTI System (Part-1)		01:06:02min
	Lecture 24 Types of LTI System (Part-2)		55:17min
	Lecture 25 Waveform Synthesis, Questions based on Waveform Synhesis		01:12:50min
	Lecture 26 Rules of Waveform Synthesis, Questions based on Waveform Synhesis		01:22:39min
	Lecture 27 Concept of Laplace, Laplace of Basic Signal		52:43min
	Lecture 28 Properties of Laplace Transform, Questions based on Laplace Transform		01:00:52min
	Lecture 29 Questions based on Laplace Transform		01:14:03min
	Lecture 30 Solution of Differential Eqn using Laplace Transform		52:31min
	Lecture 31 Response of R - L Series Circuit		01:16:14min
	Lecture 32 Response of R-L Series Circuit, Response of R-L-C Series Circuit, Questions based on R, L & C Series Circuit		57:30min
	Lecture 33 Questions based on R, L & C Series Circuit		01:04:10min
	Lecture 34 Questions based on R, L & C Series Circuit		01:02:39min
	Lecture 35 Response of R-L Parallel Circuit, Response of R-C Parallel Circuit,Response of R-L-C Parallel Circuit,		54:18min
	Lecture 36 Questions based on R, L & C Series & Parallel Circuit		01:06:04min
	Lecture 37 Questions based on Response of R-L-C Series Circuit with Sinusoidal Excitation, Classical Method to Calculate Response		37:05min
	Lecture 38 Concept of graph, Conversion from Electrical Circuit to Graph, Complete Graph		01:40:31min
	Lecture 39 Concept of Tree, Calculation of number of Trees		01:13:38min
	Lecture 40 Concept of Tree, Fundamental Tree, Question based on Graph & Concept of Tree		01:09:05min
	Lecture 41 Incidence Matrix, Reduced Incidence Matrix, Questions based on Incidence Matrix		01:42:32min
	Lecture 42 Tie-Set Matrix, Questions based on Tie-Set Matrix		01:03:38min
	Lecture 43 Cut-Set Matrix, Questions based on Cut-Set Matrix		50:26min
	Lecture 44 Question based on Graph, Tree, Incidence Matrix, Tie-Set Matrix, Cut-Set Matrix		01:20:05min
	Lecture 45 Question based on Graph, Tree, Incidence Matrix, Tie-Set Matrix, Cut-Set Matrix		01:02:40min
	Lecture 46 Basics of Two Port Network, Z-Parameter, Questions based on Two Port Network		01:18:47min
	Lecture 47 Questions based on Z-Parameter, Admittance Parameterm or Y-Parameter		01:25:35min
	Lecture 48 Equation & Matrix Representation of Z, Y, T, T', h, g Parameters		49:36min
	Lecture 49 Conversion from T to T' Parameter, Conversion from Z to h Parameter and so on		52:30min
	Lecture 50 Questions based on Two Port Parameter		54:43min
	Lecture 51 Introduction of Interconnection, Types of Interconnection, Series-Series Interconnection, Parallel-Parallel Interconnection		01:12:35min
	Lecture 52 Introduction of Interconnection, Types of Interconnection, Series-Series Interconnection, Parallel-Parallel Interconnection		01:29:37min
	Lecture 53 Calculation of Open Circuit & Short Circuit Impedance		25:01min
	Lecture 54 Introduction of Network Function, Types of Network Function, Questions based on Network Function		01:14:15min
	Lecture 55 Introduction of Hurwitz Polynomial, Conditions for Hurwitz Polynomial, Questions basec on Hurwitz Polynomial		01:22:39min
	Lecture 56 Testing of Hurwitz Polynomial by Routh Hurwitz Array		47:51min
	Lecture 57 Introduction of Network Synthesis, Foster's I form, Questions based on Foster's I Form		01:14:15min
	Lecture 58 Foster's II form, Questions based on Foster's II Form		01:08:44min
	Lecture 59 Cauer's-I Form, Questions based on Cauer's-I Form, Cauer's-II Form, Questions based on Cauer's-II Form,		56:46min
	Lecture 60 Intriduction of Filter, Types & Classification of Filter		01:01:54min
	Lecture 61 Calculation of Characteristics Impedance, Low Pass Filter, High Pass Filter, Band Pass Filter, Band Stop Filter, Questions based on Low Pass Filter		01:46:59min

Requirements

BE/B.Tech. (Pursuing)

Description

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