Q5) The translational problem shown below has a linear and a nonlinear spring and is subjected to the applied force fa(t). a) Show that the nonlinear model is 2* + 6x + 3x + x² = fa(t). b) Solve for the operating point x0 when fa(t),= 10 N (assuming that x > 0). AX(s) c) Derive the linearized model and associated transfer function G(s) = A Fa(s) M=2kg fa(t) f:(x)= x² N B=6 N s/m Kj= 3 N/m Q6) The nonlinear resistor in the circuit shown obeys the equation Vr = 2 i3 0.5 H Vin(t) VR = 21 0.5i+3i+2i = v,(1). a) Show that the nonlinear model is b) Solve for the operating point io when vino = 22 volts. ΔΙ(s) c) Derive the linearized model and associated transfer function G(s) AV in(s)
Q5) The translational problem shown below has a linear and a nonlinear spring and is subjected to the applied force fa(t). a) Show that the nonlinear model is 2* + 6x + 3x + x² = fa(t). b) Solve for the operating point x0 when fa(t),= 10 N (assuming that x > 0). AX(s) c) Derive the linearized model and associated transfer function G(s) = A Fa(s) M=2kg fa(t) f:(x)= x² N B=6 N s/m Kj= 3 N/m Q6) The nonlinear resistor in the circuit shown obeys the equation Vr = 2 i3 0.5 H Vin(t) VR = 21 0.5i+3i+2i = v,(1). a) Show that the nonlinear model is b) Solve for the operating point io when vino = 22 volts. ΔΙ(s) c) Derive the linearized model and associated transfer function G(s) AV in(s)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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