Lab Experiment No. 4: Introduction to the Principle of Superposition
Lab Experiment No. 4: Introduction to the Principle of Superposition Lab Experiment No. 4: Introduction to the Principle of Superposition
EE 442 Laboratory Experiment 4Introduction to the Principle of Superposition2, for i 1 ’, i 2 ’, and i 3 ’, and record your results in the spaces provided(in Figure 2).R14.7k12VdcV1R2i1'10ki3'R3i2'33kFigure 2 Circuit in Figure 1 with the lower source suppressedI 1 ’ = __________I 2 ’ = __________I 3 ’ = __________C. Suppress the upper voltage source in the circuit of Figure 1 byreplacing it with a short circuit. Solve the resulting circuit, shownin Figure 3, for i 1 ’’, i 2 ’’, i 3 ’’, and record your results in the spacesprovided.3
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EE 442 <strong>Lab</strong>ora<strong>to</strong>ry <strong>Experiment</strong> 4<strong>Introduction</strong> <strong>to</strong> <strong>the</strong> <strong>Principle</strong> <strong>of</strong> <strong>Superposition</strong>2, for i 1 ’, i 2 ’, and i 3 ’, and record your results in <strong>the</strong> spaces provided(in Figure 2).R14.7k12VdcV1R2i1'10ki3'R3i2'33kFigure 2 Circuit in Figure 1 with <strong>the</strong> lower source suppressedI 1 ’ = __________I 2 ’ = __________I 3 ’ = __________C. Suppress <strong>the</strong> upper voltage source in <strong>the</strong> circuit <strong>of</strong> Figure 1 byreplacing it with a short circuit. Solve <strong>the</strong> resulting circuit, shownin Figure 3, for i 1 ’’, i 2 ’’, i 3 ’’, and record your results in <strong>the</strong> spacesprovided.3