Asked by kanimozhi
The power distribution network in a particular apparatus can be modeled by the circuit below.
Figure 1-1
The power comes from a voltage source and is delivered to two loads. The loads are modeled by the resistors RL1 and RL2. The resistances of the interconnects are modeled by the resistors RW1 and RW2. The values of the element parameters are VS=4.0V, RL1=15.0Ω, RL2=20.0Ω, RW1=1.0Ω, RW2=2.0Ω.
Determine the node potentials eL1 and eL2, assuming a ground node as indicated in the figure. Write your answers in the spaces provided below. Express your answers in Volts.
Figure 1-1
The power comes from a voltage source and is delivered to two loads. The loads are modeled by the resistors RL1 and RL2. The resistances of the interconnects are modeled by the resistors RW1 and RW2. The values of the element parameters are VS=4.0V, RL1=15.0Ω, RL2=20.0Ω, RW1=1.0Ω, RW2=2.0Ω.
Determine the node potentials eL1 and eL2, assuming a ground node as indicated in the figure. Write your answers in the spaces provided below. Express your answers in Volts.
Answers
Answered by
Henry
I1 = Vs/(Rw1+RL1) = 4/(1+15) = 0.25A. = Current thru RL1.
VL1 = I1*RL1 = 0.25 * 15 =
I2 = (Vs/(Rw2+RL2) =
VL2 = I2*RL2 =
VL1 = I1*RL1 = 0.25 * 15 =
I2 = (Vs/(Rw2+RL2) =
VL2 = I2*RL2 =
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