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Find the speed and torque at the steady-state for the drive has the following parameters: Electric Motor: A 220 V, 13 A and Kϕ=2.5 (V. sec) DC separately excited motor has Ra= 0.8 Ω , and  Rf=Rf= 10 Ω . Conveyors: TL=175 TL=175 N.m Find the steady-state operating point, the speed(N) and torque(T).   Determine the steady-state for the equilibrium point.

Find the speed and torque at the steady-state for the drive has the following parameters: Electric Motor: A 220 V, 13 A and Kϕ=2.5 (V. sec) DC separately excited motor has Ra= 0.8 Ω , and  Rf=Rf= 10 Ω . Conveyors: TL=175 TL=175 N.m Find the steady-state operating point, the speed(N) and torque(T).   Determine the steady-state for the equilibrium point.

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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Find the speed and torque at the steady-state for the drive has the following parameters:

Electric Motor:

A 220 V, 13 A and Kϕ=2.5 (V. sec) DC separately excited motor has Ra= 0.8 Ω ,

and  Rf=Rf= 10 Ω .

Conveyors:

TL=175

TL=175 N.m

Find the steady-state operating point, the speed(N) and torque(T).  

Determine the steady-state for the equilibrium point. 

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