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8. For the circuit in Figure 2, determine and draw the Norton's Equivalent circuit. Also, determine the current, I, and the power dissipated in the load by change the value of the load impedance Z, when the value of the capacitor changes. It is required to record your result in table 3. Z, Table 3 calculated values I, V. P. = 1, *V,

8. For the circuit in Figure 2, determine and draw the Norton's Equivalent circuit. Also, determine the current, I, and the power dissipated in the load by change the value of the load impedance Z, when the value of the capacitor changes. It is required to record your result in table 3. Z, Table 3 calculated values I, V. P. = 1, *V,

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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3. For the circuit in Figure 2, determine and draw the Norton's Equivalent circuit. Also, determine the current, I, and the power dissipated in the load by change the value of the load impedance Z, when the value of the capacitor changes. It is required to record your result in table 3. Z, Table 3 calculated values I. P. =1, *V, V. 4. Plot P, versus R, using Excel or MATLAB. It is required to figure out the maximum power transfer to the load. R R2 W 000 3300 150 n ImH E = 5V20° (N luF Figure 2
Transcribed Image Text:3. For the circuit in Figure 2, determine and draw the Norton's Equivalent circuit. Also, determine the current, I, and the power dissipated in the load by change the value of the load impedance Z, when the value of the capacitor changes. It is required to record your result in table 3. Z, Table 3 calculated values I. P. =1, *V, V. 4. Plot P, versus R, using Excel or MATLAB. It is required to figure out the maximum power transfer to the load. R R2 W 000 3300 150 n ImH E = 5V20° (N luF Figure 2
Exercises part: 1. For the circuit in Figure 1, determine and draw the Thevenin Equivalent circuit. Also, determine the current, I, and the power dissipated in the load. The load impedance Z, is changed as shown in table 2 when Z, = R- X, where Z, = R, ±X. Table 2 calculated values R, V. I. P, = 1, *V, 1.8- X, 2 10-X, 2 22 - х, 2 100 –X, 2 330- Х, 2 560 -X, 2 1-X, kQ 2.2-X, k2 10-X, k2 56-X, k2 2. Plot P, versus R, using Excel or MATLAB. It is required to figure out the maximum power transfer to the load. R 330 0 1 mH E = 5VZ 0° 1 uF f=1000HZ Figure 1.
Transcribed Image Text:Exercises part: 1. For the circuit in Figure 1, determine and draw the Thevenin Equivalent circuit. Also, determine the current, I, and the power dissipated in the load. The load impedance Z, is changed as shown in table 2 when Z, = R- X, where Z, = R, ±X. Table 2 calculated values R, V. I. P, = 1, *V, 1.8- X, 2 10-X, 2 22 - х, 2 100 –X, 2 330- Х, 2 560 -X, 2 1-X, kQ 2.2-X, k2 10-X, k2 56-X, k2 2. Plot P, versus R, using Excel or MATLAB. It is required to figure out the maximum power transfer to the load. R 330 0 1 mH E = 5VZ 0° 1 uF f=1000HZ Figure 1.
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