Steady State Specification
Delay Time : It is the time required to reach 50% of final value at first instant.
Rise Time: It is the time required to rise from 10% to 90% of final value for overdamped and 0 to 100% of final for underdamped system at first instant.
Peak Time: It is the time required for response to reach the peak value of the response.
Peak Overshoot: Normalized difference between peak value of response and steady state value.
Settling Time: It is the time required to reach and stay within a specified tolerance band of its final value or steady state value. Usually the tolerance band is 2% or 5%.
For 5% Criteria:
For 2% Criteria:
Steady State Response
In this article, we are going to discuss the steady-state response. We will see what is steady state response in Time domain analysis. We will then discuss some of the standard test signals used in finding the response of a response. We also discuss the first-order response for different signals. We will discuss the second-order system and its cases. Along with these, we will also discuss some specifications and errors. Later in the article, we will discuss some applications, advantages, and disadvantages of steady-state response.
Table of Content
- What is steady state response?
- Standard Test Signals Used
- Type and Order of a System
- Steady State Specification
- Advantages of Steady State Response
- Disadvantages of Steady State Response
- Applications of Steady State Response
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