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School
Iowa State University *
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Course
201
Subject
Electrical Engineering
Date
Apr 3, 2024
Type
Pages
11
Uploaded by BrigadierRamPerson4431
EE 201: Electric Circuits L
AB 3A
–
S
IMPLE C
IRCUITS
:
C
ALCULATIONS AND M
EASUREMENTS
Group Member Names and Lab Section: Joseph Barnes, Benjamin Ponce-
Martinez Lab Work Date: February 13, 2024 Submission Date: Graded By: Score: Note: Calculations for each part are attached as an appendix. Introduction: Write a couple of lines describing the lab in general terms. (Note: Remove all of the instances of italicized instructions in the template when writing up the report.) The purpose of this lab is to introduce the concepts of node-voltage method, mesh-
current method, and superposition. We are supposed to use these concepts to analyze seven different circuits. We will analyze three circuits using the node-voltage method, two circuits using the mesh-current method, and two circuits using superposition theorem. We will also build these circuits using our lab kit and use the equipment in the lab to measure the voltage and current. The biggest challenge in this lab would be to build and measure the circuits since there are many measurements that we have to take.
EE 201: Electric Circuits Node Voltage Method Measured Resistor Values for Node Voltage Circuits: ࠵?
!
=
_______0.989 k_________ ࠵?
"
=
________3.264 k_________ ࠵?
#
=
________1.467 k_________ ࠵?
$
=
________4.633 k__________ ࠵?
%
=
________2.193 k__________ ࠵?
&
=
_______9.85 k ___________ Node Voltage Circuit 1: Calculated Measured ࠵?
࠵?࠵?
(Node A) 6.09V 6.05V ࠵?
࠵?࠵?
(Node B) 6.58V 6.55V Comment on the results and discuss any discrepancies between any of the values.
EE 201: Electric Circuits Node Voltage Circuit 2: Calculated Measured ࠵?
࠵?࠵?
(Node A) 3.43 V 3.35V ࠵?
࠵?࠵?
(Node B) 3.43 V 3.35V Comment on the results and discuss any discrepancies between any of the values. Node Voltage Circuit 3: Calculated Measured Node A Voltage 12.36V 12.4V Node B Voltage 6.60V 6.6V Node C Voltage 3.44V 3.4V Comment on the results and discuss any discrepancies between any of the values.
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EE 201: Electric Circuits Mesh Current Method Measured Resistor Values for Node Voltage Circuits: ࠵?
!
=
______0.989 k ______ ࠵?
"
=
_____3.264 k ______ ࠵?
#
=
______1.467 k ______ ࠵?
$
=
_____4.633 k ______ ࠵?
%
=
______2.193 k ______ ࠵?
&
=
______9.85 k_________ Mesh Current Circuit 1: Calculated Measured ࠵?
࠵?࠵?
(Mesh 1) 2.06mA 2.08mA ࠵?
࠵?࠵?
(Mesh 2) -0.200mA -0.203mA Comment on the results and discuss any discrepancies between any of the values
EE 201: Electric Circuits Mesh Current Circuit 2: Calculated Measured ࠵?
࠵?࠵?
(Mesh 1) -0.73mA -0.73mA ࠵?
࠵?࠵?
(Mesh 2) 0.46mA 0.46mA ࠵?
࠵?࠵?
(Mesh 3) 0.22mA 0.22mA Comment on the results and discuss any discrepancies between any of the values
EE 201: Electric Circuits Superposition Measured Resistor Values for Node Voltage Circuits: ࠵?
!
=
____0.989 k ________ ࠵?
"
=
____3.264 k _______ ࠵?
#
=
____1.467 k _________ ࠵?
$
=
____4.633 k _______ ࠵?
%
=
____2.193 k ________ Superposition Circuit 1: Calculated Measured (Total) Measured (
࠵?
࠵?࠵?
Only) Measured (
࠵?
࠵?࠵?
Only) ࠵?
࠵?࠵?
5.5V 5.5V 5.24V .26V ࠵?
࠵?࠵?
3.7V 3.66V 2.45V 1.22V Comment on the results and discuss any discrepancies between any of the values
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EE 201: Electric Circuits Superposition Circuit 1: Calculated Measured (Total) Measured (
࠵?
࠵?࠵?
Only) Measured (
࠵?
࠵?࠵?
Only) Measured (
࠵?
࠵?࠵?
Only) ࠵?
࠵?࠵?
6.13 V 6.1 V 5.22 V 0.36 V 0.52 V ࠵?
࠵?
6.61 V 6.61 V 2.43 V 1.73 V 2.45 V Comment on the results and discuss any discrepancies between any of the values Conclusion Write a couple of lines summarizing the lab results in general terms. Be sure to discuss any particular problems or if there were discrepancies in the measured results that you were not able to fix. We believe that this lab was a challenging lab. It was challenging since we were struggling with taking measurements. Eventually, we were able to figure out how to take measurements correctly and we believe all our values are correct. We learned a lot in this lab. We learned how to take circuit measurements correctly and increased our understanding of circuit analysis techniques. Appendix:
EE 201: Electric Circuits Node-Voltage Circuit 1: Node-Voltage Circuit 2:
EE 201: Electric Circuits Node-Voltage Circuit 3: Mesh-Current Circuit 1: Mesh-Current Circuit 2:
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EE 201: Electric Circuits Superposition Circuit 1:
Superposition Circuit 2:
EE 201: Electric Circuits
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