The Solenoid shown in Figure18 produces a magnetic force which proportional to the current in the...

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The Solenoid shown in Figure18 produces a magnetic force which proportional to the current in the coli f(t)oi(t) (K-Constant). The coil has Resistance(R) and Inductance (L). Write the Differential equation and find out Transfer Function G(S) =X2(S)/E(S). [Hints: X2 f2 and work done, == The Fulcrum shown in the above transmits translational motion and forces which is similar to gear train. According to the law of moment f1 12 x2 x1 f2 11 4₁ = The Solenoid shown in Figure18 produces a magnetic force which proportional to the current in the coli f(t)oi(t) (K-Constant). The coil has Resistance(R) and Inductance (L). Write the Differential equation and find out Transfer Function G(S) =X2(S)/E(S). [Hints: X2 f2 and work done, == The Fulcrum shown in the above transmits translational motion and forces which is similar to gear train. According to the law of moment f1 12 x2 x1 f2 11 4₁ =