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## Which type of compensator is used to improve steady state transient response?

**Lag-Lead or Lead-Lag Compensator**: It improves both transient and steady state response characteristics.

## What kind of design compensator improve the steady state error?

**Lag compensators** allow a high gain at low frequencies and thus improve the steady state error. Lag compensators reduce the gain crossover frequency of the system. Thus, the system response becomes slower. Lag compensators reduce the high frequency gain of the system.

## Which of the following is represents the lead compensator?

Which of the following is/are represents the lag compensator? The transfer function of phase lag compensator = (1 + TS)/(1 + βTS) Where β > 1 Therefore for lag compensator pole is nearer to origin. 05․ The transfer function of a phase lead compensator is given by: **G(s) = (1 + 3Ts)/(1 + Ts) where T>0**.

## What is compensator in control system?

A compensator is a component in the control system and **it is used to regulate another system**. … In order to make the system behave as desired, it is necessary to redesign the system and add a compensator, a device which compensates for the deficient performance of the original system.

## Is used to improve the steady state performance of the system?

Use of **high speed circuit breaker** will actually increase the system stability. Explanation: High speed CB immediately cuts off the fault and saves the system to undergo transient oscillations.

## Which compensator lowers the bandwidth?

**Phase Lag Compensator**

The lag compensator reduces the gain of the system and adds phase lag. This is done either to increase the phase margin or to lower the closed loop bandwidth.

## What is Cascade compensator?

Series or cascade compensation. The addition of compensator in the feed-forward path **adjusts the gain of a system which reduces the response time and peak overshoot of the system**. In addition, the stability of the system gets reduced.

## What is an integral compensator?

[′int·ə·grəl ‚käm·pən′sā·shən] (control systems) **Use of a compensator whose output changes at a rate proportional to its input.**