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1.18 A toroidal core of mean length 15 cm and cross-sectional area 10 cm² has a uniformly distributed winding of 300 turns. The B-H characteristic of the core can be assumed to be of rectangular form, as shown in Fig. P1.18. The coil is connected to a 100 V, 400 Hz supply. Determine the hysteresis loss in the core. B 1.2 T -10 -1.2 T 10 At/m H FIGURE P1.18

1.18 A toroidal core of mean length 15 cm and cross-sectional area 10 cm² has a uniformly distributed winding of 300 turns. The B-H characteristic of the core can be assumed to be of rectangular form, as shown in Fig. P1.18. The coil is connected to a 100 V, 400 Hz supply. Determine the hysteresis loss in the core. B 1.2 T -10 -1.2 T 10 At/m H FIGURE P1.18

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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1.18 A toroidal core of mean length 15 cm and cross-sectional area 10 cm² has a uniformly distributed winding of 300 turns. The B-H characteristic of the core can be assumed to be of rectangular form, as shown in Fig. P1.18. The coil is connected to a 100 V, 400 Hz supply. Determine the hysteresis loss in the core. B $ -10 1.2 T -1.2 T 10 At/m H FIGURE P1.18
Transcribed Image Text:1.18 A toroidal core of mean length 15 cm and cross-sectional area 10 cm² has a uniformly distributed winding of 300 turns. The B-H characteristic of the core can be assumed to be of rectangular form, as shown in Fig. P1.18. The coil is connected to a 100 V, 400 Hz supply. Determine the hysteresis loss in the core. B $ -10 1.2 T -1.2 T 10 At/m H FIGURE P1.18
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