If we assume that the nominal load of this circuit is equal to the input resistance of the supply (1 kΩ), compute the load regulation of our modified voltage source. Use the load voltages at maximum load resistance and minimum load resistance for Vmax and Vmin, respectively. Use the load voltage for the 1 kΩ load as the nominal voltage. RL(ohms)IL (mA)VL (V)Pin (mW)Pout (mW)Efficiency (%)5006.33.11306319.611931.131k4.84.74444822.771247.441.5k3.56.20543521.718962.0542k3.16.59573120.446765.9570972.5k2.67.17482618.6544871.7483k2.37.48682317.2196474.8683.5k2.27.66372216.8601476.6374k1.97.95181915.1084279.5184.5k1.88.11541814.6077281.1545k1.78.21701713.968982.176k1.58.35831512.5374583.5837k1.28.60891210.3306886.0898k1.08.8182108.818288.1829k0.98.932798.0394389.32710k0.89.02657.221290.26500

Answered: If we assume that the nominal load of…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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If we assume that the nominal load of this circuit is equal to the input resistance of the supply (1 kΩ), compute the load regulation of our modified voltage source. Use the load voltages at maximum load resistance and minimum load resistance for Vmax and Vmin, respectively. Use the load voltage for the 1 kΩ load as the nominal voltage.

RL(ohms)
IL (mA)
VL (V)
Pin (mW)
Pout (mW)
Efficiency (%)
500
6.3
3.1130
63
19.6119
31.13
1k
4.8
4.7444
48
22.7712
47.44
1.5k
3.5
6.2054
35
21.7189
62.054
2k
3.1
6.5957
31
20.4467
65.957097
2.5k
2.6
7.1748
26
18.65448
71.748
3k
2.3
7.4868
23
17.21964
74.868
3.5k
2.2
7.6637
22
16.86014
76.637
4k
1.9
7.9518
19
15.10842
79.518
4.5k
1.8
8.1154
18
14.60772
81.154
5k
1.7
8.2170
17
13.9689
82.17
6k
1.5
8.3583
15
12.53745
83.583
7k
1.2
8.6089
12
10.33068
86.089
8k
1.0
8.8182
10
8.8182
88.182
9k
0.9
8.9327
9
8.03943
89.327
10k
0.8
9.0265
7.2212
90.265
00

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