Network Analysis Graph Theory Ec Ee Youtube Modules lectures. intro video. week 1. lecture 01: introduction: kvl, kcl and power balance. lecture 02: voltage and current sources. lecture 03: simple networks with voltage and current sources. lecture 04: mesh analysis i. lecture 05: mesh analysis ii. lecture 06: nodal analysis i. 1. network basics 1.1 introduction 1 1.2 classifications of network elements 2 1.3 circuit components 3 1.4 kirchoff's laws 6 1.5 mesh & nodal analysis 7 1.6 equivalent circuits 9 gate questions 2. network theorems 2.1 introduction 49 2.2 superposition theorem 49 2.3 thevenin's & norton's theorem 50.
Graph Theory Network Theory Electric Circuits Electrical Share your videos with friends, family, and the world. Home » ee 225 network theory. graphs of networks; current and voltage spaces of graphs and their representations: incidence, cutset and circuit matrices; tellegen’s theorem. formal study of methods of analysis such as nodal, modified nodal, cutset, loop analysis for linear networks. multiport representation for networks with particular. Definition: graph. g is an ordered triple g:=(v, e, f) v is a set of nodes, points, or vertices. e is a set, whose elements are known as edges or lines. f is a function. maps each element of e to an unordered pair of vertices in v. Week 1 : introduction to network, circuit elements & sources. kvl & kclweek 2 : solution of linear differential equation with different excitation.week 3 : deeper look into energy storing elements :inductor and capacitor.week 4 : ideal and practical voltage & current sources.week 5 : mesh and nodal analysis of networks.week 6 : ransforming.
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