E = 6 – 10 V. Given the circuit of the figure, using superposition calculate: 1. the voltage V3 across the resistor R3, specifying o the contribution of the voltage generator E1 o the contribution of the voltage generator E2. the contribution of the current generator A3. 2. the power absorbed by R1. dmmtphtomo it R3 = 4 kN, R = 3 kN. R2 = 2 k2. 0dimo it 22 p1020 261904 22 p1020 s R4 = 4 k2. R5 = 3 k2. E = E = 10 V. Az = 5 mA. 61904 01nld E1 Rs R Vs E2 R5 inidimo pi020 2e904

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E = 6 – 10 V
Given the circuit of the figure, using superposition calculate:
1. the voltage V3 across the resistor R3, specifying
o the contribution of the voltage generator E1:
o the contribution of the voltage generator E
the contribution of the current generator A3.
2. the power absorbed by R1.
emstho™mo it
R3 = 4 kN,
R = 3 kN.
R2 = 2 k2.
||
R4 = 4 k2.
dimo it 22 p1020 s261s
22 p1020 s
R5 = 3 k2.
0fnin
E = E = 10 V.
Az = 5 mA.
61904 01nld
E1
Rs
R Vs
E2
R5
eamsime 22
Tnidimo
04 01nldjm0 22 10282619
p1020 20e04
0dimo it 22 p1020261e04
Transcribed Image Text:E = 6 – 10 V Given the circuit of the figure, using superposition calculate: 1. the voltage V3 across the resistor R3, specifying o the contribution of the voltage generator E1: o the contribution of the voltage generator E the contribution of the current generator A3. 2. the power absorbed by R1. emstho™mo it R3 = 4 kN, R = 3 kN. R2 = 2 k2. || R4 = 4 k2. dimo it 22 p1020 s261s 22 p1020 s R5 = 3 k2. 0fnin E = E = 10 V. Az = 5 mA. 61904 01nld E1 Rs R Vs E2 R5 eamsime 22 Tnidimo 04 01nldjm0 22 10282619 p1020 20e04 0dimo it 22 p1020261e04
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