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3: Nodal Analysis

3: Nodal Analysis3: Nodal Analysis Aim of Nodal Analysis Nodal Analysis Stage 1:Label Nodes Nodal Analysis Stage 2:KCL Equations Current Sources Floating Voltage Sources Weighted Average Circuit Digital-to-AnalogConverter Dependent Sources Dependent VoltageSources Universal Nodal AnalysisAlgorithm Analysis of Circuits (2017-10216) Nodal Analysis : 3 1 / 12 Aim of Nodal Analysis3: Nodal Analysis Aim of Nodal Analysis Nodal Analysis Stage 1:Label Nodes Nodal Analysis Stage 2:KCL Equations Current Sources Floating Voltage Sources Weighted Average Circuit Digital-to-AnalogConverter Dependent Sources Dependent VoltageSources Universal Nodal AnalysisAlgorithm Analysis of Circuits (2017-10216) Nodal Analysis : 3 2 / 12 The aim of Nodal Analysis is to determine the voltage at each node relativeto the reference node (or ground).

We assume the interconnections have zero resistance so all points within a node have the same voltage. Five nodes: A,···,E. Ohm’s Law: VBD = IR5 KVL: VBD = VB −VD KCL: Total current exiting any closed region is zero.

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