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The following parameters are known about a de machine: KE KT=0.8 Vs (machine constant) Ra=0.50 (armature resistance) It is run as a motor at the following speed and torque TL 2 Nm wm-200 rad's The machine is connected to a 1 quadrant converter. The input voltage to the converter is 300 V. What is the required duty cycle? 0.533 O 0.530 0.0.540 0.538

The following parameters are known about a de machine: KE KT=0.8 Vs (machine constant) Ra=0.50 (armature resistance) It is run as a motor at the following speed and torque TL 2 Nm wm-200 rad's The machine is connected to a 1 quadrant converter. The input voltage to the converter is 300 V. What is the required duty cycle? 0.533 O 0.530 0.0.540 0.538

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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The following parameters are known about a de machine: KE KT 0.8 Vs (machine constant) Ra=0.5 Q (armature resistance) It is run as a motor at the following speed and torque TL=2 Nm wm-200 rad/s The machine is connected to a 1 quadrant converter. The input voltage to the converter is 300 V. What is the required duty cycle? 0.533 O 0.530 0 0.540 0.538
Transcribed Image Text:The following parameters are known about a de machine: KE KT 0.8 Vs (machine constant) Ra=0.5 Q (armature resistance) It is run as a motor at the following speed and torque TL=2 Nm wm-200 rad/s The machine is connected to a 1 quadrant converter. The input voltage to the converter is 300 V. What is the required duty cycle? 0.533 O 0.530 0 0.540 0.538
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