The circuit shown below contains a nonlinear resistor that obeys the element law i, = 2e operating point and derive the linearized input-output differential equation. Also, determine the time constant of the linearized model. Write the differential equation relating eo and e(f). If e,(t) = 18+ A cos ot , find the e o e() HE 112

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The circuit shown below contains a nonlinear resistor that obeys the element law i, = 2e
operating point and derive the linearized input-output differential equation. Also,
determine the time constant of the linearized model.
Write the differential equation relating eo and e(f). If e,(t) = 18+ A cos ot , find the
e o
e()
HE
Transcribed Image Text:The circuit shown below contains a nonlinear resistor that obeys the element law i, = 2e operating point and derive the linearized input-output differential equation. Also, determine the time constant of the linearized model. Write the differential equation relating eo and e(f). If e,(t) = 18+ A cos ot , find the e o e() HE
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