Find the current flowing through the R N by simulation and verify the same using Norton's theorem. R1=30 N, R2%=75 N, R3=15 N, R4=20 N, Ri=80 N and V-10 volts. Rz R4 ww Ri R3 3 RL
Find the current flowing through the R N by simulation and verify the same using Norton's theorem. R1=30 N, R2%=75 N, R3=15 N, R4=20 N, Ri=80 N and V-10 volts. Rz R4 ww Ri R3 3 RL
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter17: Commercial And Industrial Air-conditioning Control Systems
Section: Chapter Questions
Problem 22RQ
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Question
Transcribed Image Text:Symbols
10 11 BI 14 15 E 17
E Fill the table below with results of simulation and Theoretical calculation (Type or wte)
Software
Simulated Values
Theoretically
Calculated Values
Page 3 of 5
EEPW 2150 Electrical Principles
Experiment 2
61 224mA
176 5
42.52
61 225A
Complete Circuit Diagram - IL
RN
Norton's equivalent Circuit - Ii
F Theoretical Calculation: (Wite in white er and attach
picture below)
Transcribed Image Text:Open Circuit Simulator App, Click on circuits tab on the top and
select Blank circuit. Draw the below given circuit. Change the value
of components according to your circuit. Use ammeter, voltmeter
and ohmmeter to measure the current, Voltage and resistance.
Find the current flowing through the R, N by simulation and verify
the same using Norton's theorem.
R1=30 N, R2=75 N, R3=15 N, R4=20 N, Ri=80 N and V=10
volts.
R2
R4
Ri
R3
RL
V
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