A permanent magnet DC motor is connected to a 250Volt(DC) source. Running 'light' (no mechanical load), it draws negligible current and turns at a speed of 200 Radians/second. (about 1910 RPM). The armature circuit of the machine has a resistance of one Q. Now the machine is loaded so that it is driving a load torque of 100 N-m, still connected to the 250 VDC source. How much current is it drawing? How fast is it turning?
A permanent magnet DC motor is connected to a 250Volt(DC) source. Running 'light' (no mechanical load), it draws negligible current and turns at a speed of 200 Radians/second. (about 1910 RPM). The armature circuit of the machine has a resistance of one Q. Now the machine is loaded so that it is driving a load torque of 100 N-m, still connected to the 250 VDC source. How much current is it drawing? How fast is it turning?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A permanent magnet DC motor is connected to a 250Volt(DC) source. Running 'light' (no
- How much current is it drawing?
- How fast is it turning?
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