I: to Plot a graph of PRL VS. RL and from the graph determine the value of RL at which the power dissipated in RL is maximum. Pmax = v mW at RL= v ohm
I: to Plot a graph of PRL VS. RL and from the graph determine the value of RL at which the power dissipated in RL is maximum. Pmax = v mW at RL= v ohm
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:Use (sheet no. 13) in the attached excel file and the following equation
R1
PRL = e?
(R2 + R)²
data for exp#7.xlsx
I: to Plot a graph of PRL VS. RIL and from the graph determine the value of RL at which the power dissipated in RL is
maximum.
Pmax =
v mW at RL=
v ohm
II: to Plot a graph of PRL Vs. RL/(R+RL)* , then find the slope.
• slope =
v mW.Q
• the slope represents =
• the value of ɛ is
v volt
• Compare the measured the value of ɛ and the one obtained from the graph, and then find the percentage difference in
your result
Transcribed Image Text:Power supply voltage & =...12.00.. .0.01.V,
VRL ( volt )
R =70 ohm
1.
2 RL (ohm)
|(mA )
3
10
42.57
4.85
20
37.84
8.63
4
30
34.06
11.65
40
30.96
14.12
50
28.38
16.18
7
60
26.20
17.92
70
24.33
19.41
10
80
22.71
20.71
11
90
21.29
21.84
12
100
20.03
22.84
13
150
15.48
26.47
14
200
12.61
28.76
15
250
10.64
30.34
16
300
9.21
31.48
17
350
8.11
32.36
18
400
7.25
33.05
19
450
6.55
33.60
500
5.98
34.06
21
550
5.49
34.45
22
600
5.08
34.77
23
650
4.73
35.05
00
20
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