BEA Sensors Americas’ Post

TE Connectivity VITA 87 High Density MT Circular Connectors: High Density Circular MT Connectors are connectors designed for high density optical connections in a circular format. They are used in fibre optic systems where multiple fibres need to be efficiently connected in a limited space. MT (Multi-Channel Termini) refers to the ability of these connectors to support multiple channels or connections in a single connector. They are widely used in the telecommunications industry, aerospace, defence technology and other areas where high reliability and a large number of connections are required. However, newer IT architectures often require even higher density to fit into industry-standard card and backplane slots - because more speed, greater density and higher performance are required to realise AI functions, sensor-rich camera systems, autonomous robots and AGVs, radar systems, command, control, communication and computing systems. The new VITA 87 High Density MT Circular Connectors are developed for this purpose: the VITA 87 standard now offers options for 12 to 24 fibres, whereby up to 96 fibres can be accommodated in a compact size 15 housing with 4 MTs - in contrast to the J4 connection in the SOSA open system architecture, which only accommodates 11 fibres in a larger size 19 housing. TE´s VITA 87 standard product line offers a significantly increased number of fibres in a smaller footprint while maintaining standard dimensions, helping next-generation systems meet size, weight and power consumption requirements while meeting the high bandwidth demands of new data-intensive functions. In the video, Mike Walmsley, TE Connectivity, explains more about the new standard - and the Euroconnectors team is also happy to help with information. https://lnkd.in/drDiyqTG #telecommunications #aviation #space #defence #sensors #robots #agv #embedded #electronics #robust #connectors #distribution

The backbone of our technology solutions lies in inertial sensors, which are always on and provide continuous and reliable positioning information everywhere. By combining these sensors with other absolute sources like geomagnetic or wireless signals, we achieve accurate and cost-effective positioning in all environments. Recognizing that no single location technology can offer precise and reliable location information in all scenarios, we collect data from all available sources to filter out erroneous measurements and determine the most accurate position.  #TDK #TDKTrustedPositioning #TrustedPositioning #sensors #PositioningSoftware  #INS #GNSS #InertialNavigation #LocationSystems #RTLS 

Ever wonder how the structure of a basic #bolometer can be varied to produce different types of sensors? Well, the wait is over on EE World Online. Details can be found here: https://lnkd.in/evMz9WBu #sensors #radiation

🌟 Product Spotlight: FLIR Ex Pro-Series 🌟 Locate and diagnose electrical, mechanical, and building problems with ease using the advanced Teledyne FLIR Ex Pro-Series. These advanced portable thermal imagers come equipped with Ignite Cloud and feature Wifi connectivity. ☑️ Quickly locate problem areas thanks to FLIR MSX ☑️ Save time with 1-Touch Level/Span ☑️ Add notes on each image on-the-spot using the 640x480 touchscreen ☑️ Edit, store, organize, and share images ☑️ Create quick reports from any device The series includes 3 models. Learn which is best for your application here - https://hubs.la/Q02v2tVb0 #thermal #flir #thermalimaging #thermalinspection

#DidYouKnow The Orbit® Digital Measurement Network can do more than just interface to Solartron Digital Displacement Transducers. There are a number of additional modules that facilitate using other sensors. Orbit® Special Modules come in a variety of types: ✅ Analogue Input Modules (AIM) ✅ Encoder Input Modules (EIM) ✅ Digital Input/Output Modules (DIOM) ✅ And more... Find out more about our modules here 👉https://lnkd.in/e7-nC5hA #Interface #Measurement #Network #Modules

Step 2/100 This is a journey and, as such, requires good planning. The ultimate objective is to develop a speed radar that records relevant information from monitored vehicles. To do this, let's move forward gradually: • Collection of images • Artificial intelligence • Automatic license plate recognition • Integration with peripherals • Occupancy record • Speed radar • Display • Data security • Hardware • Temperature control (heating) • Platform • Other features So, now it’s time to follow our planning and enjoy our trip.

Ever wondered what inertial sensors can tell us about positioning? Chris Goodall explains the valuable insights these sensors provide and their critical role in advanced positioning systems.    #TDK #TDKTrustedPositioning #TrustedPositioning #sensors #PositioningSoftware  #INS #GNSS #InertialNavigation #LocationSystems #RTLS #PDR 

Ever wondered what inertial sensors can tell us about positioning? Chris Goodall explains the valuable insights these sensors provide and their critical role in advanced positioning systems. #TDK #TDKTrustedPositioning #TrustedPositioning #sensors #PositioningSoftware #INS #GNSS #InertialNavigation #LocationSystems #RTLS #PDR #Positioning #Innovation #AutonomousVehicles #GPS

As the automotive industry continues to evolve, the role of sensors becomes increasingly critical. In his recent article, Alex Chin, VP and GM of Transportation Sensors at TE Connectivity, discusses the transformative power of sensors in the future of transportation. Next-generation electric motors and transmissions aim to enhance power efficiency, ensure reliability, and validate operational integrity through a variety of position, speed, temperature, and pressure sensors. Learn about industry trends and emerging sensor technologies that are paving the way for a more efficient and safer road.

As the automotive industry continues to evolve, the role of sensors becomes increasingly critical. In his recent article, Alex Chin, VP and GM of Transportation Sensors at TE Connectivity, discusses the transformative power of sensors in the future of transportation. Next-generation electric motors and transmissions aim to enhance power efficiency, ensure reliability, and validate operational integrity through a variety of position, speed, temperature, and pressure sensors. Learn about industry trends and emerging sensor technologies that are paving the way for a more efficient and safer road.