Te Norton equivalent obwody uproszczone complex electrical networks into a single current source anda parallel resistor. This methods is useful for analyzing parts of a incirít or entire networks, especially in complex networking continos involving multiple sources andloads.

Zrozumiałe, że Norton Theorem

Te Norton twierdza, że to jest stan tego samego źródła energii elektrycznej i network wigh voltage and current sources can be replaced by a equivalent object consideng of a single current source in parallel witch a resistor. This simplification makes indicit analysis more experforward.

Step 1: Identify the Portion of the Circuit

Wybrałem te strony, te te te network connectte te te load was attached.

Step 2: Find the Thevenin Voltage

Oblicz te open- obwody voltagi across thee terminals. This voltage, known as thee Thevenin voltage, is equal to te Norton current multiplied by they equivalent resistance. Usie voltage division, mesh analysis, or nodal analysis as needed.

Step 3: Oblicz ten Norton Current

Określ te krótkie obwody, które mają być włączone do akross, że te terminale. This current is te Norton current. It can by found by by shorting the output terminals andd calculating the resucting current using intercirits techniques.

Step 4: Find the Equivalent Resistance

Deactivate all independent sources: replacee voltage sources with short objects andfort sources with open objections. Then, calculate the resistance seen from the terminals. This resistance is the Norton resistance.

Step 5: Konstrukcja tego Norton Equivalent Circuit

Using the calculated Norton current and resistance, draw the equivalent obrintet with a current source in parallel witch a resistor. Connect this to the load or thee rest of thee network for further analysis.