# Electrical Engineering lab report

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### Question Description

Write Maximum power transfer lab report.

Make sure to to look at the attachment carefully it includes everything.

First, read the Lab 5 handout what we were doing in the lab

Second, follow the lab 5 report format

Third, use the results and the calculations from the lab note I attached to write the report

Finally, create four graphs using Excel then include them to the lab report

Thank you and If you have any question feel free to ask.

### Unformatted Attachment Preview

Scanned with CamScanner Scanned with CamScanner Scanned with CamScanner Scanned with CamScanner Format for Lab Report#6 Cover Sheet Page 1 Course: EE 222, Fall 2018 Experiment Title: Name: Lab Section: Experiment performed on (date): Group Members: From Page 2 and Onwards Procedure: In the first paragraph briefly describe how you performed the experiment. In the second paragraph discuss your results. Compare the results obtained from measured with those obtained from the calculated (theoretical) values. Also describe the graphs obtained. How do the values in y-axis vary with x-axis? In the third paragraph briefly discuss the main takeaway of this lab experiment. Your conclusion should be based on your results and graphs obtained. Calculations: Show all the calculations required for Step1. Calculations should include necessary relations/equations/formulas used and the results obtained with appropriate units for the values. Calculations should be word processed. Please avoid attaching scanned images or photos of handwritten calculations. Following are required,  Calculations for RTh. Just show the equations used, along with the results. You don’t need to include the diagrams used to simplify the circuit.  Calculations for VTh  The value of resistance RAB required for maximum power. You don’t need to show the derivation/calculations for the resistance. Just state the value of resistance that will give the maximum power according to maximum power transfer theorem i.e. RAB =RTh for maximum power transferred to resistor RAB. Results: Include all the result tables from result sheet completed in the lab. The tables should be word processed. Scan of lab result sheet will not be accepted. Circuit Diagram: You have to include the circuit diagrams of the given circuit and its equivalent Thevenin’s circuit. Circuit diagrams should be made using LT spice or any other appropriate software. Scanned circuit diagrams will not be accepted. Graphs: Following graphs are required. 1 2 3 4      Y-axis P P P IAB X-axis RAB VAB IAB VAB You may use Excel, MATLAB or any other appropriate software for creating the graphs. Scanned copy of graphs (hand drawn sketches) will not be accepted. Each graph should be on a separate plot. Please don’t combine the graphs in a single plot. X-axis and Y-axis should be properly labeled with appropriate units. You may use measured or calculated values; however, measured values are preferable. If you are using MATLAB, you don’t have to include the code in the report. Just copy the plot. Sample Code for Plot 1 in MATLAB clc clear all p=[8.0129 9.2237 10.4784 11.1742 11.2133 11.1825 10.9851 10.3954 9.1264 6.7270];% row matrix with power values in mW r=[82 110 160 240 270 300 360 470 680 1200];% row matrix with resistance values in ohms figure plot(r,p,r,p,'o')% o's indicate the sampling points of power vs. resistance xlim([0 1300]) ylim([0 20]) xlabel('Resistance R_A_B (\Omega)') ylabel('Power (mW)') title('Power vs. Resistance R_A_B') Power vs. Resistance RAB 20 18 16 Power (mW) 14 12 10 8 6 4 2 0 0 200 400 600 800 1000 1200 Resistance R AB ( ) Note: You can copy figure from MATLAB by going to Edit menu in the figure and selecting Copy Figure. ...
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TeacherSethGreg
School: University of Maryland

Attached.

Running Head: LAB #6 –MAXIMUM POWER TRANSFER

Course: EE 222, Fall 2018
Experiment Title:
Name:
Lab Section:
Experiment performed on (date):
Group Members:

Page 1

MAXIMUM POWER TRANSFER

Page |2

Procedure
The open circuit voltage VTh, and the equivalent resistance RTh was calculated between
nodes A and B. The RTh was calculated when all the independent sources are off. The Thevenin
equivalent circuit was drawn and the load for maximum power transfer determined. The
resistance of each resistor used to build the circuit was measured and the circuit built. Necessary
measurements and calculation where then taken and recorded in the results table.
The measured value of the resistor had a small percentage error from the actual values of
the resistor. The percentage range for the error is 0.05% to 2.82%. This is a small percentage
...

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Anonymous
Excellent job

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