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The speed profile of a DC motor is shown as in Figure Q1(d). Analyse the torque performance and sketch its profile if the motor has moment of inertia, J and viscous friction, B of 0.2 kgm² and 0.15 Nm/rads!, respectively . The load torque is 5.8 Nm and the torque expression is given by

The speed profile of a DC motor is shown as in Figure Q1(d). Analyse the torque performance and sketch its profile if the motor has moment of inertia, J and viscous friction, B of 0.2 kgm² and 0.15 Nm/rads!, respectively . The load torque is 5.8 Nm and the torque expression is given by

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Speed (rad/s) 80 50 30 0 10 25 30 50 80 t (s) Figure Q1(d)
Transcribed Image Text:Speed (rad/s) 80 50 30 0 10 25 30 50 80 t (s) Figure Q1(d)
(d) The speed profile of a DC motor is shown as in Figure Q1(d). Analyse the torque performance and sketch its profile if the motor has moment of inertia, J and viscous friction, B of 0.2 kgm² and 0.15 Nm/rads', respectively . The load torque is 5.8 Nm and the torque expression is given by do -+T, + Во, dt T=J
Transcribed Image Text:(d) The speed profile of a DC motor is shown as in Figure Q1(d). Analyse the torque performance and sketch its profile if the motor has moment of inertia, J and viscous friction, B of 0.2 kgm² and 0.15 Nm/rads', respectively . The load torque is 5.8 Nm and the torque expression is given by do -+T, + Во, dt T=J
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