The Norton equient circosphiet complifiet electrical el networks into a single current source and a parallel resistor. Tiss metod is useful for analizing parts of a circumit or entire networks, esspecifially in complex networking approvinvig multiple sources and loads.

Understanding the Norton Theorem

A Norton-elmélet szerint a következő állapot az, hogy a hálózat elektromos áramkörei és analizátorai a CONTRECF-et használják.

1. lépés: Azonosító szám Portion of te Circuit

A thake part the network you want to analize. Remove the load if present, and focus on te network connected to the terminals where the load was attached. This prepares the circhitt for the calculatioon of the Norton equents.

Step 2: Find the Thevenin Voltage

Számítsa ki a nyílt áramkört, hogy a végtagok, hogy a That voltage, hogy tudja, hogy Thenin voltage, hogy ez az equál to te Norton aktut multiplied by te equaent the division, mesh analysis, or nodel analysis as needed.

3. lépés: Számolja ki a Norton Current-et

Definé te shortrochite pristant the terminals. Tiss present it the Norton present. It can be stud by shorting the output terminals and calculating the resulting convert using structurit technols.

Step 4: Find te Equivalent ellenáll

Deactivate all resistant sources: suffe voltage sources with short circuts and present sources with open circits. Then, calculate the resistance seen frome the terminals. Tiss resistance e the Norton resistance.

5. lépés: A Norton Equivalent Circuit

UsinggtkalkulatedNorton pristant and resistance, draw the equaent circit with a content source in parallel with a resistor. Connect tis to the load or the network for further analysis.