On the Arduino end, the sensor looks just like an analog input. We provide example code if you aren’t familiar with using an Arduino. Each sensor plug on the receive has a number next to it (0-5 ...

Tarts Sensors allow both developers and hobbyists the ability to develop wireless sensor networks with Arduino, Raspberry Pi and BeagleBone. Contacts Tarts Sensors Matt Moulton, 801-255-9910 press ...

This project implements a temperature/humidity sensor using simple components, and even integrates into your smart home. It is highly configurable, and components can also be swapped to your liking, ...

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The BlueberryE Uno335 is a new Arduino Uno compatible board that has been created to provide an easy way to communicate with wireless 3.3v sensors. The new BlueberryE board is fitted with a 3.3V ...

The combination of more powerful processors, networking connectivity, and the data-driven needs of factory automation is pushing the evolution of sensors used for industrial control. From sensing ...

Wireless networks consists of nodes communicate with each other wirelessly. A wireless sensor network (WSN) is a special class of ad-hoc networks that integrates sensing, processing and communications ...

[Reza’s] methodical investigation of this remote controlled outlet let him patch in with an Arduino using a 433 MHz transmitter. This is a single-device unit, but the techniques used here sho… ...

This project used the XBee Pro Module to transmit and receive signals wirelessly, and an Arduino UNO executed all given instructions. The presence of the car was identified by an infrared sensor, also ...

Wireless sensors and actuators are becoming more popular in industrial automation applications, such as smart manufacturing, process control, and robotics. They offer some advantages over wired ...