Learning Object
Learning Object image

Norton's Theorem


Author: Patrick Hoppe
Subject: Electronics
Source: Wisc-Online
Creative Commons Attribution-NonCommercial Image

Share
Description
Learners follow the steps for reducing all of the elements of a complex circuit to a single current source and a single source resistance to create a simple circuit. Several examples are given for dc circuits. The conversion between Thevenin and Norton is also presented.
Items related to the subject Electronics
Learning Object
Learning Object imageNorton's Theorem
Learning Object
Learning Object imageSeries-Parallel DC Circuits Analysis
Learning Object
Learning Object imageCurrent in a Series Circuit
Learning Object
Learning Object imageThe Triac
Learning Object
Learning Object imageThe Superposition Theorem
Learning Object
Learning Object imageSeries-Parallel Circuit Analysis: Practice Problems Circuit 1
Learning Object
Learning Object imageShorts Affecting Current in a Series Circuit
Learning Object
Learning Object imageTotal Impedance of a Parallel Circuit Using Complex Numbers
Learning Object
Learning Object imageCalculating DC Values of a Transistor Amplifier
Learning Object
Learning Object imageThe Magnetron Ignition System
Learning Object
Learning Object imageActive Region Operation of a Transistor
Learning Object
Learning Object imageThe Edison Wire System
Learning Object
Learning Object imageThe Time Proportioning Operational Amplifier (Screencast)
Learning Object
Learning Object imageTransfer Functions: The RL Low Pass Filter
Learning Object
Learning Object imageAC Capacitor: A Water Tank Analogy
Learning Object
Learning Object imageDischarging Time Constants of an RC Circuit (Screencast)
Learning Object
Learning Object imageTransfer Functions: The RL High Pass Filter
Learning Object
Learning Object imageOpens Affecting Current in a Series Circuit