Admin: abhishektiwari1712

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Posts by abhishektiwari1712

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Explain Adaptive control system.
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Compensators and Controllers** **Difficulty : Low** **Marks : 5M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Write a note on advances in control system.
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Compensators and Controllers** **Difficulty : Medium** **Marks : 10M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Explain lead and lag compensation
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Compensators and Controllers** **Difficulty : Low** **Marks : 5M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Explain PID controller and Model Predictive control systme in detail ? Also list its advantage. or Explain PID controller.
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Compensators and Controllers** **Difficulty : Medium** **Marks : 5M , 10M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Explain needs of compensation in control system also explain differnet types of compensation with suitable example
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Compensators and Controllers** **Difficulty : Medium** **Marks : 5M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Draw a polar plot fot the Tranfer function given by : G(s) = $\frac{12}{s(1+s)}$.
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Stability Analysis in Frequency Domain** **Difficulty : Medium** **Marks : 5M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Construct the bode plot for the following Transfer function. Comment on stability. G(s).H(s) = $\frac{10}{s(s+1)(s+5)}$ .
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Stability Analysis in Frequency Domain** **Difficulty : High** **Marks : 10M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Sketch the Nyquist plot for a given open loop Tranfer function $\frac{Y(s)}{V(s)} = \frac{3s+4}{s^2 + 5s + 6}$
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Stability Analysis in Frequency Domain** **Difficulty : High** **Marks : 10M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Construct the bode plot for the open loop transfer function. Comment on stability. G(s) = $\frac{288(s+4)}{5(s+1)(s^2 +48s + 144)}$ .
... H(s) = 1 **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Stability Analysis in Frequency Domain** **Difficulty : High** **Marks : 10M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0
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Define Gain margin and Phase margin. Explain how these margin are used for stability analysis.
... **Mumbai University > Electronics Engineering > Sem 4 > Linear Control Systems** **Topic: Stability Analysis in Frequency Domain** **Difficulty : Medium** **Marks : 5M** ...
lcs(43) written 1 day ago by abhishektiwari1712 ♦♦ 0

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