What is Time & Space Phasor? Difference Explained

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SUMMARY

The discussion clarifies the concepts of time phasor and space phasor, highlighting their distinct applications in electrical engineering. A time phasor represents sinusoidal variables as functions of time, such as the induced voltage in generator windings. In contrast, a space phasor is a function of spatial or angular displacement, exemplified by the distributed magnetic flux in the stator windings of a generator. Understanding these differences is crucial for analyzing electrical systems effectively.

PREREQUISITES
  • Basic knowledge of electrical engineering principles
  • Understanding of sinusoidal functions and their applications
  • Familiarity with generator operation and components
  • Concept of phasors in electrical circuits
NEXT STEPS
  • Research the mathematical representation of phasors in electrical engineering
  • Explore the applications of time phasors in AC circuit analysis
  • Learn about space phasors and their role in electromagnetic field theory
  • Study the impact of phasor analysis on generator performance optimization
USEFUL FOR

Electrical engineers, students in electrical engineering programs, and professionals involved in generator design and analysis will benefit from this discussion.

arup672
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Can anyone please tell me what is time phasor and space phasor?[/color]

and what is the difference bwt them ?
 
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Argument of a sinusoidal variable function that intended the time phasor is function of time e.g. induced voltage in generator winding, and the argument of a space variable that intended the space phasor is function of space or angular displacement e.g. distributed magnetic flux in round of generator stator windings.


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