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About PID Controller Tuning: From Error Signal to Auto-Tuning

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How to make a feedback loop behave: what each PID term actually does to the response, how to read a step test, and how to pick gains with Ziegler-Nichols, relay auto-tuning, or manual loop-shaping. Finishes with the production-hardening details that separate textbook PID from a controller you can ship: anti-windup, setpoint weighting, derivative filtering, discrete implementation, feedforward, and cascade control.

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What You'll Learn

Concepts:
Feedforward Control Ziegler-Nichols Tuning PID Control Law Relay Auto-Tuning Manual PID Tuning Heuristics Setpoint Weighting Derivative Filtering Derivative Control Action Cascade Control Step Response Performance Metrics Closed-Loop Stability Proportional Control Action Discrete-Time PID Implementation First-Order Plus Dead Time Model Integral Anti-Windup Integral Control Action

What you will learn

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