Back in the day, engineers didn’t have many options for moving an object from one point to another in a straight line. These ...

Micro linear actuators bring compact motion control to robotics, medical tools, and precision automation. Learn where they’re used, how to install them, and why engineers rely on these small but ...

A novel full-wave rectifier turns an audio power amplifier into a simple modulator, that is then used to modulate an ...

Moticont has released a new miniature, high force-to-size Linear Voice Coil Servo Motor, the LVCM-013-013-03M (Metric version ...

Linear actuators and oscillating systems constitute a vibrant area of research that bridges concepts in electromagnetism, mechanics and control engineering.

Tesla's decision to pause parts procurement and development for its Optimus humanoid robot has raised questions about the pace of progress in the humanoid robotics market. But supply chain players ...

Learn how to use different methods and protocols to link your microcontroller to sensors and actuators, such as analog and digital IO, serial, wireless, libraries, and tips.

The classical optimal control of the linear system assumes that the system is stabilizable, thereby deriving the optimal control with the outcome that the solution inherently stabilizes the system.

This article proposes a decentralized adaptive fuzzy event-triggered fault-tolerant control scheme for nonlinear switched interconnected systems under arbitrary switchings. A novel state observer is ...

Living With Gout: How to Take Control and Thrive Instead of Just Managing Pain Gout has a way of showing up uninvited—and when it does, it doesn’t just knock on the door, it kicks it in. For many ...

The encoder market is advancing steadily as automation, robotics, and digital control systems become integral to industrial and consumer applications. Encoders—devices that convert motion into ...