Linked from

The 16 pages that link to Actuator, each with the reason it gives.

• AutomationRelated: Actuators turn automated decisions into changes in the physical world.

• Embedded systemRelated: Actuators let embedded software affect the physical environment.

• RoboticsRelated: Actuators let robotic systems move joints, wheels, grippers, and other mechanisms.

• Internet of ThingsRelated: IoT systems use actuators to turn sensed data and decisions into physical effects.

• Feedback controlRelated: It applies the controller’s adjustment to the system being regulated.

• SensorCompared with: An actuator acts on the world, while a sensor measures properties of it.

• Positive feedbackRelated: An actuator carries the loop’s response back into the system being controlled.

• Process controlRelated: It carries controller decisions into the process.

• Digital-to-analog converterRelated: A DAC can provide the analog command signal used by an actuator controller.

• AutomatonRelated: Actuators provide the movements through which an automaton acts on its surroundings.

• Building automationRelated: Actuators operate valves, dampers, relays, and other equipment commanded by controllers.

• Control engineeringRelated: Actuators turn controller decisions into forces, motion, heat, or flow.

• TeleoperationRelated: Actuators carry out the operator’s commands at the remote machine.

• Control systemBroader topic: Actuators apply the controller’s commands to the process.

• MechatronicsRelated: Actuators turn computed commands into movement or force.

• BiomechatronicsNarrower topic: Actuators produce the movements biomechatronic systems deliver to bodies or environments.