Basic electrical & electronics engineering- 3 phase circuits
Three Phase Circuits
Chapter Objectives:
- Be familiar with different three-phase configurations and how to
- analyze them.
- Know the difference between balanced and unbalanced circuits
- Learn about power in a balanced three-phase system
- Know how to analyze unbalanced three-phase systems
- Be able to use PSpice to analyze three-phase circuits
- Apply what is learnt to three-phase measurement and residential
- wiring
Three phase Circuits
- An AC generator designed to develop a single sinusoidal voltage for each rotation
- of the shaft (rotor) is referred to as a single-phase AC generator.
- If the number of coils on the rotor is increased in a specified manner, the result is
- a Polyphase AC generator, which develops more than one AC phase voltage per
- rotation of the rotor
- In general, three-phase systems are preferred over single-phase systems for the
- transmission of power for many reasons.
Basic electrical & electronics engineering- 3 phase circuits
Three Phase Circuits
Chapter Objectives:
- Be familiar with different three-phase configurations and how to
- analyze them.
- Know the difference between balanced and unbalanced circuits
- Learn about power in a balanced three-phase system
- Know how to analyze unbalanced three-phase systems
- Be able to use PSpice to analyze three-phase circuits
- Apply what is learnt to three-phase measurement and residential
- wiring
Three phase Circuits
- An AC generator designed to develop a single sinusoidal voltage for each rotation
- of the shaft (rotor) is referred to as a single-phase AC generator.
- If the number of coils on the rotor is increased in a specified manner, the result is
- a Polyphase AC generator, which develops more than one AC phase voltage per
- rotation of the rotor
- In general, three-phase systems are preferred over single-phase systems for the
- transmission of power for many reasons.
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