Find the transfer function, G(s) = θL (s) / Ea (s), for the motor and load shown below. The torque-speed curve is given by Tm = -8ωm + 200 when the input voltage is 100V. Select the correct option ○a. O₂ (s).O b.O C.O d.1E₂(s)_s(s+¹5)15/72O₂ (s)E. (s) s(s+20)a1/20O₂ (s)_E. (s) s(s+¹5/2)○e. 0₁ (s)E (s)a1/20O₂ (s)E. (s) s² (s+¹5/2)151s(s+15) (1) MotorJa = 1 kg-m²Da 5 N-m-s/radN₁ = 20N₂ = 100⁰TN4 = 100N₂ = 250₁ (1)HeJL = 400 kg-m²DL= 800 N-m-s/radAAAAA

Given system represents the mechanical rotational system. The general equation for a mechanical…

Answered: Find the transfer function, G(s) = θL…

Find the transfer function, G(s) = θL (s) / Ea (s), for the motor and load shown below. The torque-speed curve is given by Tm = -8ωm + 200 when the input voltage is 100V. Select the correct option

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter9: Components For Electric Motors

Section: Chapter Questions

Problem 12RQ

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Concept explainers

Synchronous Generator

In comparison to an asynchronous generator, it is a machine where the rotor speed is equal to the rotating magnetic field produced by the stator, i.e., mechanical speed is equal to the electrical speed, thus called synchronous, and not asynchronous.

Salient Pole Rotor

Salient pole rotor includes a large number of exposed poles mounted on a magnetic wheel. The construction of a bright pole is as shown in the image on the left. The proposed poles are made of metal laminations. The rotor winding is provided on these poles and is supported by pole shoes.

Question

Find the transfer function, G(s) = θ_L (s) / E_a (s), for the motor and load shown below. The torque-speed curve is given by T_m = -8ω_m + 200 when the input voltage is 100V. Select the correct option

○a. O₂ (s).
O b.
O C.
O d.
1
E₂(s)_s(s+¹5)
15/
72
O₂ (s)
E. (s) s(s+20)
a
1/
20
O₂ (s)_
E. (s) s(s+¹5/2)
○e. 0₁ (s)
E (s)
a
1/
20
O₂ (s)
E. (s) s² (s+¹5/2)
15
1
s(s+15)

(1) Motor
Ja = 1 kg-m²
Da 5 N-m-s/rad
N₁ = 20
N₂ = 100
⁰T
N4 = 100
N₂ = 25
0₁ (1)
He
JL = 400 kg-m²
DL
= 800 N-m-s/rad
AAAAA

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