There are a number of linear motion technologies availableto machine and device designers, each with advantages and disadvantages.Medical device design in particular, in which applications typically ...

The MEMS-based LSM320HAY30 multiaxis motion-sensor module combines a three-axis digital accelerometer and a two-axis analog gyroscope in a single device. The package-level integration of linear and ...

The surging trend of integrating electric linear actuators into medical devices for advanced motion control demands that manufacturers must deeply consider their technology and partner selection and ...

Understanding the mechanical limitations of an actuator is critical to successfully applying linear motion devices. Here we review some basic concepts to help you get the most out of your straight ...

Improvement in the design of medical equipment for better-streamlined functionality and performance is influenced by a number of critical factors. The research, design, modeling, testing, prototyping, ...

A new micropower linear Hall sensor targets extended battery life and precision motion feedback in gaming peripherals, IoT ...

Once you've determined the requirements of your linear motion application, how can you qualify a linear motion product to ensure it meets your applications' needs? Manufacturer's specs are often vague ...

Melexis has unveiled the MLX90296, a new micropower linear Hall-effect sensor that draws less than 5µA at 100Hz and integrates digital filters for improved performance. Its flexible architecture is ...

Monitoring takes the form of sensors and intelligent devices connected to a digital processor. These monitored values are used for computing and then controlling some sort of real-world action. Many ...