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3. A dc motor develops 150 N-m and 50 N-m of torque at a speed of 250 rad/s and 750 rad/s respectively when 100 volts are applied. Find the following transfer function G(5) = 0₂ (5) Ea (5) J= 1kg-m² J₂ = 2kg⋅m² J₂ = 2ky. m² Jr = 16 lag. m² D= 32·N·m-s/rad and N₁=10 N₂= 20 №3= 10 N₁ = 10 8, (t) N₁ Na falt) + J 1604 lat) Moton N₂ D When La «Ra J₂ B Jo

3. A dc motor develops 150 N-m and 50 N-m of torque at a speed of 250 rad/s and 750 rad/s respectively when 100 volts are applied. Find the following transfer function G(5) = 0₂ (5) Ea (5) J= 1kg-m² J₂ = 2kg⋅m² J₂ = 2ky. m² Jr = 16 lag. m² D= 32·N·m-s/rad and N₁=10 N₂= 20 №3= 10 N₁ = 10 8, (t) N₁ Na falt) + J 1604 lat) Moton N₂ D When La «Ra J₂ B Jo

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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3. A dc motor develops 150 N-m and 50 N-m of torque at a speed of 250 rad/s and 750 rad/s respectively when 100 volts are applied. Find the following transfer function G(5) = 0₂ (5) Ea (S) J= 1kg-m² J₂ = 2kg⋅m² Jo = 2ky. m² Jp = 16 kg. m² D= 82·N·m-3/rad and N₁=10 N₂= 20 №3= 10 N₁ = 10 8, (t) N₁ Na falt) + J HOT lat) Moton N₂ D When La «Ra J₂ №₂ 1 Jo
Transcribed Image Text:3. A dc motor develops 150 N-m and 50 N-m of torque at a speed of 250 rad/s and 750 rad/s respectively when 100 volts are applied. Find the following transfer function G(5) = 0₂ (5) Ea (S) J= 1kg-m² J₂ = 2kg⋅m² Jo = 2ky. m² Jp = 16 kg. m² D= 82·N·m-3/rad and N₁=10 N₂= 20 №3= 10 N₁ = 10 8, (t) N₁ Na falt) + J HOT lat) Moton N₂ D When La «Ra J₂ №₂ 1 Jo
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