Applications of Lag Compensator
- It helps in enhancing the stability of the system by introducing the phase lag in the system.
- It adjust the phase margin which is also the another factor for improving the stability of the system.
- It helps in the refining of the transient response of the system which results in reducing the peak overshoot. This results in providing the precise results.
- In order to enhance the stability, precision of the system it is used in robotics, electrical engineering system, and biomedical engineering.
Lag Compensator
Compensators, which have a wide range of functionality and variants, are an essential component of Control Systems. The compensator is an electrical system that is used to obtain the desired performance of the system. It is used to stabilize the unstable system.
There are various types of compensators such as cascaded, feedback, and cascaded with feedback compensator. Furthermore, the control system is an important subject in the engineering curriculum, and it incorporates many important electronics components. There are some other types of compensators like lead, lag, lag-lead, and lead-lag compensators. The lag compensator eliminates high-frequency noise and improves stability. In this article, we will study lag compensators in detail.
Table of Content
- Compensator
- Lag Compensator
- Characteristic
- Advantages and Disadvantages
- Applications
- Conclusion
- FAQs
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