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6. A single-phase AC/AC voltage controller is shown in Fig. 10, inductive load, R=6n, x, = 82, f-SOHZ, the RMS value of u, is U=220V. Please calculate: (1) The range of delay angle a. (2) The maxinmum load's RMS current. (3) The maximum output power and the power factor of source side at this working mode. VI VT: Fig 10

6. A single-phase AC/AC voltage controller is shown in Fig. 10, inductive load, R=6n, x, = 82, f-SOHZ, the RMS value of u, is U=220V. Please calculate: (1) The range of delay angle a. (2) The maxinmum load's RMS current. (3) The maximum output power and the power factor of source side at this working mode. VI VT: Fig 10

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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6. A single-phase AC/AC voltage controller is shown in Fig. 10, inductive load, R= 60, x, = 82, A50HZ, the RMS value of u, is U=220V. Please calculate: ( (1) The range of delay angle a 2) The maximum load's RMS current. (3) The maximum output power and the power factor of source side at this working mode. VT: Fig 10
Transcribed Image Text:6. A single-phase AC/AC voltage controller is shown in Fig. 10, inductive load, R= 60, x, = 82, A50HZ, the RMS value of u, is U=220V. Please calculate: ( (1) The range of delay angle a 2) The maximum load's RMS current. (3) The maximum output power and the power factor of source side at this working mode. VT: Fig 10
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