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3 cards from this section. Quick, good the night before a test.
What is the primary function of integral control?
Think about how it affects past mistakes.
Define steady-state error.
It’s the difference you observe when the system stops changing.
What does integral control primarily address?
It's about history, not immediate events.
True or False: Integral control can introduce instability if the integral gain is too high.
Consider the balance required in PID tuning.
A temperature control system achieves a steady-state error of 5 degrees. If the integral gain is increased unexpectedly, predict the system response and discuss potential modifications that could improve performance.
Evaluate how integral control interacts with steady-state errors.
Design a scenario where integral windup could occur in an automotive speed control system. What control strategies could mitigate this issue?
Think about what might happen when a control system is pushed to its limits.
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