The CAN-MD (Controller Area Network – Machinery Diagnostics) accelerometer, from Dytran Instruments, is a bus-based, digital smart accelerometer network with configurable firmware for machinery health monitoring and diagnostics.
Balluff's BMP series of intelligent displacement sensors provide not only the absolute position signal for the stroke travel of a piston via IO-Link, but also information about the sensor status and the current ambient conditions.
Computer scientists have developed a user-friendly, stretch-sensing data glove to capture real-time, interactive hand poses with precision.
The G-Link-200 is a battery-powered, wireless, 3-axis accelerometer with a rugged, weatherproof enclosure.
The Dytran 3030B5 series of miniature IEPE piezoelectric accelerometers feature a rugged stainless steel construction and are available with an abbreviated low-end frequency response as low as 2 Hz.
The Dytran series 3623 is an IEPE, case isolated, IP68 rated (submersed to 175 psi) triaxial accelerometer.
The STMicroelectronics AIS2DW12 automotive accelerometer makes passive keyless entry (PKE) radio fobs tough enough to survive drops and scrapes.
The Dytran 3133 series of ultraminiature, hermetically sealed, IEPE triaxial accelerometers, weighing just 0.8 g, are designed to mount in spaces inaccessible to other types of accelerometers.
Dytran Instruments has released the model 3262C — a high-temperature differential output accelerometer that operates at up to 649°C and can survive temperature excursions up to 760°C.
STMicroelectronics is launching SensorTile.box to help everyone from young people to expert designers discover the power of IoT and understand how they can easily collect and send sensor information to the cloud.
Connecting to the IoT doesn't necessarily mean replacing all your machinery with new devices, as it's possible to connect your existing equipment.
STMicroelectronics' Unico GUI simplifies configuring the finite state machine and machine learning core (FSM and MLC) logic of its latest inertial measurement units (IMUs).
The technological reality of the Internet of Things (IoT) empowers smart connected lighting within a coordinated system. This article articulates how smart connected lighting is enabling a bright future.
UQ researchers are working to develop next-generation quantum sensors which could revolutionise navigation and communications in unmanned and autonomous vehicles.
The BMI088 high-performance inertial measurement unit (IMU), from Bosch Sensortec, delivers a stable, low-noise, 6-axis inertial sensor designed for industrial and harsh environment drone and robotics applications.