Example 6. The input voltage of 100 V, 60 Hz is supplied to the coil of Fig. 4. Ignore the coil resistance. (a) Calculate the maximum flux density. (b) Calculate the coil current of RMS value. (c) Calculate the number of turns to make less than the maximum magnetic flux density of 1.5 T in the core.
Example 6. The input voltage of 100 V, 60 Hz is supplied to the coil of Fig. 4. Ignore the coil resistance. (a) Calculate the maximum flux density. (b) Calculate the coil current of RMS value. (c) Calculate the number of turns to make less than the maximum magnetic flux density of 1.5 T in the core.
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Example 6. The input voltage of 100 V, 60 Hz is supplied to the coil of Fig. 4. Ignore the coil resistance.
(a) Calculate the maximum flux density.
(b) Calculate the coil current of RMS value.
(c) Calculate the number of turns to make less than the maximum magnetic flux density of 1.5 T in the core.
Unit : cm
29
34
[Fig. 4 Ferromagnetic core]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7be40834-955f-45ed-bab2-13b6b385a6ed%2F26bcddfc-5fc2-4a49-871a-9a32f9e2d5b8%2Fgm8hkub_processed.png&w=3840&q=75)
Transcribed Image Text:Example 6. The input voltage of 100 V, 60 Hz is supplied to the coil of Fig. 4. Ignore the coil resistance.
(a) Calculate the maximum flux density.
(b) Calculate the coil current of RMS value.
(c) Calculate the number of turns to make less than the maximum magnetic flux density of 1.5 T in the core.
Unit : cm
29
34
[Fig. 4 Ferromagnetic core]
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