Network analysis (electrical circuits) | Wikipedia audio article
Channel: wikipedia tts
Date: 28/06/2019

This is an audio version of the Wikipedia Article:
https://en.wikipedia.org/wiki/Network_analysis_(electrical_circuits)


00:00:33 1 Definitions
00:00:42 2 Equivalent circuits
00:03:32 2.1 Impedances in series and in parallel
00:06:04 2.2 Delta-wye transformation
00:07:26 2.2.1 Delta-to-star transformation equations
00:10:06 2.2.2 Star-to-delta transformation equations
00:12:45 2.3 General form of network node elimination
00:19:27 2.4 Source transformation
00:20:59 3 Simple networks
00:21:16 3.1 Voltage division of series components
00:22:39 3.2 Current division of parallel components
00:24:22 3.2.1 Special case: Current division of two parallel components
00:25:29 4 Nodal analysis
00:26:09 5 Mesh analysis
00:26:40 6 Superposition
00:27:58 7 Choice of method
00:29:39 8 Transfer function
00:31:07 8.1 Two terminal component transfer functions
00:32:06 8.2 Two port network transfer function
00:33:52 8.2.1 Two port parameters
00:36:49 8.2.2 Distributed components
00:37:55 8.2.3 Image analysis
00:38:43 9 Non-linear networks
00:40:23 9.1 Constitutive equations
00:41:37 9.2 Existence, uniqueness and stability
00:43:02 9.3 Methods
00:43:10 9.3.1 Boolean analysis of switching networks
00:45:22 9.3.2 Separation of bias and signal analyses
00:46:16 9.3.3 Graphical method of dc analysis
00:48:18 9.3.4 Small signal equivalent circuit
00:51:13 9.3.5 Piecewise linear method
00:53:49 9.4 Time-varying components
00:54:46 9.5 Vector circuit theory
00:55:25 10 See also



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SUMMARY
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A network, in the context of electronics, is a collection of interconnected components.  Network analysis is the process of finding the voltages across, and the currents through, all network components.  There are many techniques for calculating these values.  However, for the most part, the techniques assume linear components.
Except where stated, the methods described in this article are applicable only to linear network analysis.