Overview
Feedback control systems are essential in various applications, from household appliances to complex industrial processes. They work by continuously monitoring outputs and adjusting inputs to maintain desired performance levels. Understanding the principles of feedback, stability, and error correcti...
Key Terms
Example: A thermostat controlling room temperature.
Example: A car's speed sensor adjusting the throttle.
Example: A washing machine with a fixed cycle time.
Example: An air conditioning system that maintains a set temperature.
Example: A balanced pendulum returning to its resting position.
Example: If a thermostat is set to 70°F but the room is 75°F, the error is -5°F.
Related Topics
Control Theory
The study of how to manipulate the inputs of a system to get the desired output.
advancedSignal Processing
The analysis and manipulation of signals to improve or optimize their efficiency.
intermediateRobotics
The design and use of robots, which often rely on feedback control systems for operation.
advancedKey Concepts
Open-loop controlClosed-loop controlStabilityError correction