noun a device that uses error-sensing negative feedback to control a mechanical system
In engineering, a servomechanism is used to control the position of a mechanical system by continuously comparing the actual position with the desired position.
In manufacturing, servomechanisms are utilized in machinery to maintain precise control over production processes.
In robotics, servomechanisms are used to control the movement of robotic arms and other components with precision.
In automation, servomechanisms are essential for controlling various industrial processes with accuracy and efficiency.
In aerospace, servomechanisms are used in aircraft control systems to ensure stability and maneuverability during flight.
Servomechanisms are commonly used in engineering to control the position, speed, and other parameters of various mechanical systems.
Servomechanisms play a crucial role in robotics engineering by enabling precise control and feedback mechanisms in robotic systems.
Aerospace engineers utilize servomechanisms in the design and operation of aircraft systems, such as autopilot systems and flight control systems.
Servomechanisms are integrated into industrial design processes to create products with automated control and precision movements.
Automation technicians rely on servomechanisms to automate and control processes in manufacturing and industrial settings for increased efficiency and accuracy.
Servomechanisms are used in biomedical engineering to develop medical devices and equipment with precise control and feedback capabilities.
Mechatronics engineers combine mechanical and electronic systems, including servomechanisms, to design and develop advanced automated systems.
Control systems engineers specialize in designing and implementing servomechanisms for regulating and controlling various processes and systems.
Electrical engineers utilize servomechanisms in the design and implementation of electrical systems for precise control and automation.
Servomechanisms are employed in telecommunications engineering for controlling and adjusting various parameters in communication systems.