Determine the value of Zin+10 VRc-4 kN10 knRL11 kNhie= 200R22.2 k2'E200 2RE910 NAssuming the components are changed to the following values:Vcc= 12 VoltsR1 = 10,650 ohmsR2 = 3,039 ohmsRc = 4,075 ohms%DrE = 216 ohmsRE= 1,342 ohmsRL= 11,706 ohmshfe = 313

Answered: Image /qna-images/answer/e2dd7521-50cb-47f9-9e31-5c1b495c8250.jpg

+10 V ER -10 kN Rc 4 kN RL 11 kn he = 200 R2 2.2 k2 200 2 RE 910 N Assuming the components are changed to the following val Vcc= = 12 Volts R1 = 10,650 ohms = 3,039 ohms Rc = 4,075 ohms rE = 216 ohms RE = 1,342 ohms RL = 11,706 ohms

+10 V ER -10 kN Rc 4 kN RL 11 kn he = 200 R2 2.2 k2 200 2 RE 910 N Assuming the components are changed to the following val Vcc= = 12 Volts R1 = 10,650 ohms = 3,039 ohms Rc = 4,075 ohms rE = 216 ohms RE = 1,342 ohms RL = 11,706 ohms

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter32: Two-speed, One-winding (consequent Pole) Motor Controllers

Section: Chapter Questions

Problem 6SQ: Describe the operation of Figure 325 (B) by adding jumper wire A to the original circuit.

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Question

Determine the value of Zin
+10 V
Rc
-4 kN
10 kn
RL
11 kN
hie
= 200
R2
2.2 k2
'E
200 2
RE
910 N
Assuming the components are changed to the following values:
Vcc
= 12 Volts
R1 = 10,650 ohms
R2 = 3,039 ohms
Rc = 4,075 ohms
%D
rE = 216 ohms
RE
= 1,342 ohms
RL
= 11,706 ohms
hfe = 313

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