1.1 For the circuit given in figure 1, find the dissipated and generated powers. 1kQ 4700 6800 + 3.3V 1kQ + 5V b Figure 1. 1.2 Show that the total power generated by the sources is equal to the total power dissipated by the resistors. 1.2 Determine the value of R, that is to be connected between a and b to realize the maximum power transfer.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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1. PRELIMINARY WORK :
1.1 For the circuit given in figure 1, find the dissipated and generated powers.
1kQ
4700
6802
-3.3V
1kQ
-5V
O b
Figure 1.
1.2 Show that the total power generated by the sources is equal to the total power
dissipated by the resistors.
1.2 Determine the value of R, that is to be connected between a and b to realize the
maximum power transfer.
+
+
Transcribed Image Text:1. PRELIMINARY WORK : 1.1 For the circuit given in figure 1, find the dissipated and generated powers. 1kQ 4700 6802 -3.3V 1kQ -5V O b Figure 1. 1.2 Show that the total power generated by the sources is equal to the total power dissipated by the resistors. 1.2 Determine the value of R, that is to be connected between a and b to realize the maximum power transfer. + +
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