RL VL + AVL 1 V For the circuit in Figure 4-1 graph VL vs IL. Determine the internal resistance from the graph considering that there is an ideal curve (for an internal resistance of 0 2) and an actual curve with the measured data. Rinterna ∞ Figure 4-1. Measurement of the internal resistance of a voltage source. Ri 102 1kQ 997 990m V 470 2 478 RL 991.2mV 100 2 112 977.8mV 102 10.91 872.3mV 502 1Ω 0,5 Ω 771.4mV 402.93mV 258.86mV simulated IV 999.001mV 997.87686mV 990.09901mV 909.09091mV 833.33333mV 500mV 333.3333mV wwwwwww
RL VL + AVL 1 V For the circuit in Figure 4-1 graph VL vs IL. Determine the internal resistance from the graph considering that there is an ideal curve (for an internal resistance of 0 2) and an actual curve with the measured data. Rinterna ∞ Figure 4-1. Measurement of the internal resistance of a voltage source. Ri 102 1kQ 997 990m V 470 2 478 RL 991.2mV 100 2 112 977.8mV 102 10.91 872.3mV 502 1Ω 0,5 Ω 771.4mV 402.93mV 258.86mV simulated IV 999.001mV 997.87686mV 990.09901mV 909.09091mV 833.33333mV 500mV 333.3333mV wwwwwww
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:RL
VL +
AVL
1 V
For the circuit in Figure 4-1 graph VL vs IL. Determine the internal resistance from the
graph considering that there is an ideal curve (for an internal resistance of 0 2) and an
actual curve with the measured data.
Rinterna
∞
Figure 4-1. Measurement of the internal resistance of a
voltage source.
Ri
102
1kQ
997
990m V
470 2478
RL
991.2mV
100 2 112
977.8mV
10 2 10.91
872.3mV
502
1Ω
0,5 Ω
771.4mV 402.93mV 258.86mV
simulated 1V 999.001mV 997.87686mV 990.09901mV 909.09091mV 833.33333mV 500mV 333.3333mV
wwwwwww
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