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Thévenin and Norton Equivalents: Combining Voltage and Current Sources, Slides of Electrical Engineering

An explanation of thévenin and norton equivalents in electrical circuits, with a focus on combining voltage and current sources. It includes examples of adding voltage sources algebraically and the illogical result of adding current sources in the wrong way, as well as the violation of fundamental circuit laws. The document also covers source transformations to simplify circuits.

Typology: Slides

2012/2013

Uploaded on 03/22/2013

dhrupad
dhrupad 🇮🇳

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Download Thévenin and Norton Equivalents: Combining Voltage and Current Sources and more Slides Electrical Engineering in PDF only on Docsity! z + >a 1) F ~~ ae :| om : iy we f 1} Lecture 04 - Thévenin and Norton Equivalent 1 Circuits Docsity.com Thévenin and Norton Equivalents VTh RTh a b I N RTh a b = Th Th NV R I= Th N Th VI R = Docsity.com Combining Voltage Sources 5 V 10 V b a Don’t do this. Why is this illogical? Whose fundamental circuit law is violated by this? Docsity.com Combining Current Sources 5 A 10 A b a 15 A a b = Current sources are added algebraically Docsity.com Combining Current Sources 5 A 10 A b a 5 A a b = Current sources are added algebraically Docsity.com Source Transformations Simplify Circuits (2/5) 8A 18 Ω 4 A 36 Ω 20 Ω 100 V 4 Ω 188 V a b Docsity.com Source Transformations Simplify Circuits (3/5) 12 A 12 Ω 24 Ω 288 V b a Docsity.com Source Transformations Simplify Circuits (4/5) 12 A 12 Ω 24 Ω 12 A a b Docsity.com
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