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In a balanced Y–connected three phase generator Vab = 400 Vrms
Q. If phase sequence is abc then phase voltage Va, Vb,and Vc are respectively
Q. If phase sequence is abc then phase voltage Va, Vb,and Vc are respectively
- a)231∠00 , 231∠1200, 231∠2400
- b)231∠-300 , 231∠1500, 231∠900
- c)231∠300 , 231∠1500, 231∠-900
- d)231∠600 , 231∠1800, 231∠-600
Correct answer is option 'B'. Can you explain this answer?
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In a balanced Y–connected three phase generator Vab = 400 VrmsQ....
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In a balanced Y–connected three phase generator Vab = 400 VrmsQ....
In a balanced Y, the three branches or arms of the Y are equal in impedance and connected together at a common point called the neutral or star point. Each branch consists of an impedance element, such as a resistor, inductor, or capacitor, and may also include a load or generator.
The balanced Y configuration is often used in three-phase power systems, where three voltages or currents are supplied or measured. The balanced Y allows for a more efficient and reliable distribution of power, as the three phases can share the load evenly.
In a balanced Y, the voltages or currents in each branch are equal in magnitude but differ in phase by 120 degrees. This phase difference allows for a rotating magnetic field in three-phase systems, which is used in motors and generators.
The balanced Y configuration also allows for the cancellation of certain unwanted signals or noise. Any common-mode signals that are present in all three branches will be cancelled out at the neutral point, resulting in a cleaner and more accurate measurement or transmission of the desired signal.
Overall, the balanced Y configuration is an important and widely used arrangement in electrical systems, providing efficient power distribution and reliable operation.
The balanced Y configuration is often used in three-phase power systems, where three voltages or currents are supplied or measured. The balanced Y allows for a more efficient and reliable distribution of power, as the three phases can share the load evenly.
In a balanced Y, the voltages or currents in each branch are equal in magnitude but differ in phase by 120 degrees. This phase difference allows for a rotating magnetic field in three-phase systems, which is used in motors and generators.
The balanced Y configuration also allows for the cancellation of certain unwanted signals or noise. Any common-mode signals that are present in all three branches will be cancelled out at the neutral point, resulting in a cleaner and more accurate measurement or transmission of the desired signal.
Overall, the balanced Y configuration is an important and widely used arrangement in electrical systems, providing efficient power distribution and reliable operation.
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In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer?
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In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? for Electrical Engineering (EE) 2025 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer?.
In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? for Electrical Engineering (EE) 2025 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer?.
Solutions for In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for Electrical Engineering (EE).
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In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer?, a detailed solution for In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? has been provided alongside types of In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice In a balanced Y–connected three phase generator Vab = 400 VrmsQ.If phase sequence is abc then phase voltage Va, Vb,and Vcare respectivelya)231∠00,231∠1200, 231∠2400b)231∠-300,231∠1500, 231∠900c)231∠300,231∠1500, 231∠-900d)231∠600,231∠1800, 231∠-600Correct answer is option 'B'. Can you explain this answer? tests, examples and also practice Electrical Engineering (EE) tests.
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