EEE_202_Lab_2_Data_Sheet
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EEE 202 Lab 2 Data Sheet
Resistor Networks
Part 1: Selecting Resistors
You are given 5 different resistor values in the following table. If each one has a power rating of 125mW, what is the maximum voltage that can be applied across each resistor without exceeding its power rating? No need to build any circuits for this question.
Resistor Value (Ohms)
Maximum Voltage
5
P=V^2/R= 0.79
50
2.5
5k
25
100k
111.8
1M
353.55
Part 2: Power Supplies
Hardware: Build the circuit shown using a DC power supply and a 1k
resistor. For each Voltage setting of V1, measure and record the current through the resistor (passing in the clockwise direction).
Include a photo of your built circuit (breadboard and components) here:
1
2
Voltage (V1)
Current Through R1
1V
1.02 mA
2V
2.05 mA
3V
3.08 mA
4V
4.11 mA
5V
5.51 mA
Plot the Voltage vs. the Current. Use MATLAB, excel, any other software, or plot by hand to-scale on a piece of paper and include here a photo of your plot. Don’t forget the units on your plot on both axes.
What is the slope of the plot? 1000A/V
What is the theoretical value of the slope?
1000
Why?
We used one K resistor. Why could there be a difference between the theoretical value and the measured value of the slope?
I think it was caused by a calculation error or rounding.
Measure the open circuit voltage of each supply (no resistor connected). Record your measurement in
the following table:
Supply
Open Circuit Voltage
(Include as many decimals as you can)
AD2’s V+ DC Supply (set to +5V)
4.83
AD2’s V- DC Supply (set to -5V)
4.83
Next, build the circuit as shown using the AD2’s V+ DC supply for
V1 and using the two different resistors shown in the table below
and record your results. Repeat using the V-.
3
Include a photo of your built circuit (breadboard and components) here:
4
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