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You are here: Home » » Kirchhoff's Circuit Laws,Thévenin's and Norton's Theorems

Kirchhoff's Circuit Laws,Thévenin's and Norton's Theorems

Kirchhoff's Circuit Laws,Thévenin's and Norton's Theorems


Kirchoff's Laws

Kirchoff's laws still hold true in phasors, with no alterations.

Kirchoff's Current Law

Kirchoff's current law states that the amount of current entering a particular node must equal the amount of current leaving that node. Notice that KCL never specifies what form the current must be in: any type of current works, and KCL always holds true.

[KCL With Phasors]

Kirchoff's Voltage Law

KVL states: The sum of the voltages around a closed loop must always equal zero. Again, the form of the voltage forcing function is never considered: KVL holds true for any input function.

Thevenin and Norton Circuits

Thevenin Circuits and Norton Circuits can be manipulated in a similar manner to their DC counterparts: Using the phasor-domain implementation of Ohm's Law.
It is important to remember that the does not change in the calculations, although the phase and the magnitude of both the current and the voltage sources might change as a result of the calculation.

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