shows two generators cascaded together. The appro- priate constants are: L, = 100H, L2 = 50H, R, K = 250 V/A, K2 = 100 V/A 200 ohm, R, = 250 ohm, %3D L2 E2) E1 vi(t) R4 R2 Deduce a transfer function...


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shows two generators cascaded together. The appro-<br>priate constants are:<br>L, = 100H, L2 = 50H, R,<br>K = 250 V/A, K2 = 100 V/A<br>200 ohm, R, = 250 ohm,<br>%3D<br>L2<br>E2)<br>E1<br>vi(t)<br>R4<br>R2<br>Deduce a transfer function for the output/input voltage ratio and the output<br>signal when a 10 V step is applied to the first generator. Generator back e.m.f. to<br>be taken as zero<br>

Extracted text: shows two generators cascaded together. The appro- priate constants are: L, = 100H, L2 = 50H, R, K = 250 V/A, K2 = 100 V/A 200 ohm, R, = 250 ohm, %3D L2 E2) E1 vi(t) R4 R2 Deduce a transfer function for the output/input voltage ratio and the output signal when a 10 V step is applied to the first generator. Generator back e.m.f. to be taken as zero

Jun 10, 2022
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