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Following measurements are made for a test specimen with a 6 kV rms supply at a frequency of 3 kHz,: • The air capacitance of the electrode system = 30 nF with negligible loss angle. • The capacitance and loss angle of the electrodes with specimen = 150 nF and 0.0052 respectively. Assuming there is no additional stray capacitance, determine the power losses inside the specimen under test conditions

Following measurements are made for a test specimen with a 6 kV rms supply at a frequency of 3 kHz,: • The air capacitance of the electrode system = 30 nF with negligible loss angle. • The capacitance and loss angle of the electrodes with specimen = 150 nF and 0.0052 respectively. Assuming there is no additional stray capacitance, determine the power losses inside the specimen under test conditions

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Following measurements are made for a test specimen with a 6 kV rms supply at a frequency of 3 kHz,: • The air capacitance of the electrode system = 30 nF with negligible loss angle. • The capacitance and loss angle of the electrodes with specimen = 150 nF and 0.0052 respectively. Assuming there is no additional stray capacitance, determine the power losses inside the specimen under test conditions Oa. 423.4 W Ob. 529.3 W Oc. 338.7 W Od. 271 W Committee لونة السادسة الكهر
Transcribed Image Text:Following measurements are made for a test specimen with a 6 kV rms supply at a frequency of 3 kHz,: • The air capacitance of the electrode system = 30 nF with negligible loss angle. • The capacitance and loss angle of the electrodes with specimen = 150 nF and 0.0052 respectively. Assuming there is no additional stray capacitance, determine the power losses inside the specimen under test conditions Oa. 423.4 W Ob. 529.3 W Oc. 338.7 W Od. 271 W Committee لونة السادسة الكهر
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