[Andy] demonstrates building an ultrasonic anemometer using a cheap after-market parking distance sensor kit and an Arduino. Demo video after the break.

That’s right, these parking sensors are powered by an Arduino board, and the only extra components that were used in the project are a HC SR04 ultrasonic sensor, an active buzzer, and jumper wires.

Company: Posifa Technologies Product: PAV5000 Description: The PAV5000 series MEMS anemometer sensor is fully calibrated and temperature-compensated for easy integration into portable anemometers and ...

Posted in Machine Learning Tagged air quality, algorithm, anemometer, arduino, machine learning, ozone, raspberry pi, sensor, tensorflow ← 3D Printing Rainbows Pump Up The Resin → ...

With over 20 unique sensor types, and the ability to be used with several different development platforms, Tarts wireless sensors allow for endless sensing, monitoring and control possibilities.

SAN JOSE, Calif., Dec. 12, 2024 (GLOBE NEWSWIRE) -- Posifa Technologies today introduced its new PAV5000 series MEMS anemometer sensor. Fully calibrated and temperature-compensated for easy ...

Offered in a Robust, Probe-Style Package, Cost-Effective Device Increases Reliability While Delivering Accurate Air Speed MeasurementSAN JOSE, Calif., Dec. 12, 2024 (GLOBE NEWSWIRE) -- Posifa ...