One RL series circuit contains the resistor R1= 2 Ω and inductor L = 10 H....

One RL series circuit contains the resistor R1= 2 Ω and inductor L = 10 H.

(i) Write the first order differential equation for this circuit in time constant form.

(ii) Determine the time constant for this system

(iii) Calculate the steady state gain of the system.

(iv) Determine the time constant and steady state gain when the inductance is doubled

(v) In the context of positioning of poles on the S-plane, what does the ‘real part’ represent and what is the effect of ‘real part’ on the system when it becomes negative, positive and zero?

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Manojponduru answered 1 month ago

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