For the folbwring circuit A. v.(RC') = RD(1 – e-') – Ee-'V If Iglt)= D ult) A О в. EV V2(t) = Eu (-t) V i1(t). C. v.(RC) = RD(1+e-') + Ee-ly vo(t) v2(t) with D and E → eIR D. v.(RC') = RD(1+e-!) – Ee-'V E. DRV Which of the following optiens is an expessian for Vo (t) for t = R.C O F. vo(RC) = RD(1 – e-') + Ee¬!V

Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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For the folbwring circuit
A. v.(RC) = RD(1 – e-') – Ee-!y
If Iglt)= D ult) A
О в. EV
V2(t) = Eu (-t) V
i1(t).
C. v.(RC) = RD(1+e-') + Ee¯1y
vo(t)
v2(t)
with D and E → eIR
D. v.(RC') = RD(1+e-') – Ee-'V
E. DRV
Which of the following optiens is an expessian for
Vo (t) for t = R.C
O F. vo(RC) = RD(1 – e-') + Ee¬'V
Transcribed Image Text:For the folbwring circuit A. v.(RC) = RD(1 – e-') – Ee-!y If Iglt)= D ult) A О в. EV V2(t) = Eu (-t) V i1(t). C. v.(RC) = RD(1+e-') + Ee¯1y vo(t) v2(t) with D and E → eIR D. v.(RC') = RD(1+e-') – Ee-'V E. DRV Which of the following optiens is an expessian for Vo (t) for t = R.C O F. vo(RC) = RD(1 – e-') + Ee¬'V
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