Radar sensors for IoT XENSIV™ 24 GHz和60 GHz雷达传感解决方案用于工业应用及消费类应用 作为雷达芯片的市场领导者,我们推出多种毫米波雷达传感器作为XENSIV™传感器产品系列的一部分,包括多普勒雷达及FMCW雷达系统。该产品组合包括市场上最小的24 GHz MMIC,以及目前可用的最大的且集成度最
Two main types of sensors are used: CCD (charge-coupled device), and CMOS (complementary metal-oxide semiconductor) imagers. Although each type of sensor in IoT uses different technology to capture images, both CCD and CMOS imagers use metal-oxide semiconductors, having the same degree of sensit...
GPS sensors have long been the cornerstone of IoT, even before the term "IoT" became mainstream. These sensors, once exclusive to large-scale logistics, are now found in a wide variety of applications thanks to their reduced cost and improved accuracy. Here are some of the waysreal-time loc...
IoT sensors gather information so devices can be used remotely and data can be shared in real time. They include accelerometers, chemical sensors and cameras.
XENSIV™ digital pressure sensors - small size, low power consumption and highest precision for air pressure sensing in consumer and IoT applications
In its new SRWQ series, L-com offersfive new sensorsfor gauging dissolved oxygen, electrical conductivity, pH, residual chlorine and turbidity. These IoT sensors can be used in chemical production, food and beverage processing, pharmaceuticals, agriculture, desalination plants, petroleum refining, ...
IoT sensors are generally used in several applications from connected cars to traffic lights and smart homes. The interconnectivity among sensors and devices is that make up the IoT system has been observing rising demand with the accelerating smart cities initiative. Early adopters of smart technologi...
As a one-stop shop, The MIL Plant Maintenance Team used the data from Monnit Sensors to help make their work proactive and predictive. The award honors organizations that successfully deploy innovative IoT solutions and services to directly impact the business of their customers or partners. View...
Sensors play a pivotal role in the internet of things (IoT). They make it possible to create an ecosystem for collecting and processing data about a specific environment so it can be monitored, managed and controlled more easily and efficiently. IoT sensors are used in homes, out in the fie...
By using Java ME 8 to control devices with different types of interfaces and connecting the devices to a Raspberry Pi, we can create an Internet of Things (IoT) world. This article focuses on using GPIO and shows examples of how to develop classes in Java ME 8 that can ...