See Figure 19.3. What is the Norton equivalent impedance ZN as seen by ZL? O 0.47 Q 2-26.6° Ο 5.0 Ω 2900 10.0 Q 20° O 11.18 Q 426.6°

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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102
ZL
V=10VL20°
10V
L 30°
Figure 19.3
See Figure 19.3. What is the Norton equivalent impedance ZN as seen by ZL?
0.47 Ω 2-26.60.
5.0 Q 290°
10.0 Ω Ζ0'
O 11.18 Q 26.6°
Transcribed Image Text:102 ZL V=10VL20° 10V L 30° Figure 19.3 See Figure 19.3. What is the Norton equivalent impedance ZN as seen by ZL? 0.47 Ω 2-26.60. 5.0 Q 290° 10.0 Ω Ζ0' O 11.18 Q 26.6°
202
L-90°
102
8,8-
007
10V
50
Lo°
L-90°
ZL
Figure 19.2
See Figure 19.2. What is the Thevenin impedance as seen by ZL?
4.47 Ω 2-63.40
24.1 Ω 2-85.2ο
22.4 Q 263.4°
30 Ω 90ο
Transcribed Image Text:202 L-90° 102 8,8- 007 10V 50 Lo° L-90° ZL Figure 19.2 See Figure 19.2. What is the Thevenin impedance as seen by ZL? 4.47 Ω 2-63.40 24.1 Ω 2-85.2ο 22.4 Q 263.4° 30 Ω 90ο
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