Less susceptible to interference: the XENSIVTM PAS CO2 sensor uses the principle of photoacoustic spectroscopy (PAS), which enables a significant reduction in form factor and at the same time a lower purchase price.
Five Higher Technical Schools (Höhere Technische Lehranstalten, HTLs) in Carinthia and six in Tyrol received high-precision CO 2 sensors from Infineon Technologies Austria AG and MCI in Innsbruck. The teams of students will use them to build CO 2 alarm lights to indicate the necessity for ventilation thus reducing the risk of infection. A total of 300 classrooms will be equipped.
ROHM Group company LAPIS Technology developed a chipset capable of providing up to 1W of wireless power for compact and streamlined wearable devices, and for industrial smart, miniaturized and sealed solution. The ML7661 (transmitter) and ML7660 (receiver) eliminate the need for an external MCU by incorporating a control circuit required for transmission/reception, resulting in the industry’s smallest system size in the 1W class. This makes it ideal for wearables with a large battery capacity designed to be worn for long time frames. Typical products are wristband blood pressure monitors, fitness trackers, smart watches, and hearing aids, for example. Moreover, the adoption of the high 13.56MHz frequency band enables the support for Near Field Communication (NFC).
Simply stated, cloud refers to any service offered over the internet. The concept behind cloud computing is to create a ubiquitous infrastructure to enable quick, scalable access to data and information.
Secure-IC, the rising leader and only global provider of end-to-end cybersecurity solutions for embedded systems and connected objects today announced its participation in Consumer Electronics Show 2022 in Las Vegas, within the French Automotive Pavilion of Business France, in the part of the show dedicated to automotive technologies.
New MCUs Achieve Higher-Performance, Cost-Efficient Motor Control with a High Frequency Arm Cortex®-M33 Core, a Hardware Accelerator and a Targeted Feature Set; New, Easy-to-Use Motor Control Tools and Kits Speed Design Process.
Electric vehicle, commercial transportation, renewable energy and storage system designers can benefit from silicon carbide stack solution that drives performance and cost efficiencies and accelerates time to market by up to six months.
Inelta is expanding its range of miniaturized displacement sensors for medical, laboratory and testing technology with the world’s smallest LVDT with a probe function: the LVDT of the IFAT series has an outer diameter of only 6 mm and is designed for the highly accurate detection of measurement ranges between 2.5 mm and 10 mm.