Properties of Phasors
- The length of a phasor is proportional to the maximum value of the alternating quantity involved.
- The projection of a phasor on the vertical axis gives the instantaneous value of the alternating quantity involved.
Phasors | Definition, Examples & Diagram
Phasor analysis is used to determine the steady-state response to a linear circuit functioning on sinusoidal sources with frequency (f). It is very common. For example, one can use phasor analysis to differentiate the frequency response of a circuit by performing phasor analysis over a range of frequencies. The circuit should be in a stable state so that any transient behavior dies away over time and the response becomes completely repetitive.
In this article, we have provided details about what are phasors, phasor analysis, its Phasors definition, Phasors diagram, and Phasors applications.
Table of Content
- What are Phasors?
- Phasors Definition
- Phasor Diagram
- Properties of Phasors
- Impedance of AC Circuit
- Application of Phasors in AC Circuits
- People Also Read:
- Phasors Examples
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