Lab Report 2
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University of Miami *
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MISC
Subject
Electrical Engineering
Date
Apr 3, 2024
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docx
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2
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Name:
Partner(s) Name:
C-Number:
Lab-Section:
Lab 2
Tristan Loftus Jasen & Abdulaziz
C23782283 TD
Part 1. a through Part 1.f - Single Loop Circuit Note: A source has negative power Component
Measured Resistance (
)
Voltage (V)
Current (mA)
Power (mW)
R
1
0.560 k
.5351
0.960
0.512
R
2
4.67 k 4.48 0.960
4.3
V
S1
N/A
5
0.960
4.8
Sum of power consumption in circuit is zero:
y/n
*Discussion of your findings (i.e. what do you notice about the current of your components).
- In all three components the current is the same, 0.960 mA. This makes sense as the circuit is a single loop and in series, meaning the current stays the same throughout each component. Part 1.g through Part 1.j – Single Loop Circuit with LED
Note: A source has negative power Component
Measured Resistance (
)
Voltage (V)
Current (mA)
Power (mW)
R
1
0.560 k
.36310
0.65
0.24
R
2
4.7 k
3.09
0.65
2.0085
LED
N/A
1.6
0.65
1.04
V
S1
N/A
5
0.65
3.25
Sum of power consumption in circuit is zero:
y/n
*Discussion of your findings (i.e. what do you notice about the current of your components).
- In all four components the current is the same, 0.65 mA. This makes sense as the resistors, LED, and voltage source are in series, meaning current is the same through them.
Name:
Partner(s) Name:
C-Number:
Lab-Section:
Lab 2
Part 2.a through 2.e – Single Node Pair Circuit
Note: A source has negative power Component
Measured Resistance (
)
Voltage (V)
Current (mA)
Power (mW)
R
1
0.560 k
5
8.93
44.65
R
2
4.7 k
5
1.06
5.3
V
S1
N/A
5
10
50
*Discussion of your findings (i.e. what do you notice about the current of your components).
- In all three components the current is different. This makes sense as the components are in parallel with each other. In this circumstance the currents vary in each component, while the voltages are the same throughout each component. Part 2.f through 2.i – Single Node Pair Circuit with LED
Note: A source has negative power Component
Measured Resistance (
)
Voltage (V)
Current (mA)
Power (mW)
R
1
1 k
5
5
25
R
2
2.2 k
5
2.27
11.4
R
3
(R
bias
)
2.2 k
5
2.27
11.4
V
S1
N/A
5
9.5
47.5
*Discussion of your findings (i.e. what do you notice about the current of your components).
- In all four components the current is different. This makes sense as the resistors, LED, and voltage source are in parallel with each other. In this circumstance the currents vary in each component, while the voltages are the same throughout each component.
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