The TIDA-00561 shows how to build an industrial-grade wireless pH transmitter for process control. This TI Design includes a designed pH front-end, which can be connected directly via its onboard ...

“As we continue to develop and expand our Go Wireless family of sensors, teachers and students have more opportunities to utilize mobile devices as part of teaching and learning,” said David Vernier, ...

In a recent study published in Scientific Advances, researchers created a bioresorbable, cordless, passive sensor that monitors pH locally and detects stomach leakage early on. Study: Bioresorbable, ...

Sensor-based lab investigations provide rich opportunities for students to deepen their science understanding and develop hands-on experience using tools like those used by real-life scientists and ...

Chemists at the Ural Federal University have created a sensor for determining the human saliva pH. This is a fluorophore with strong and stable emission, which picks up the smallest fluctuations in ...

New Go Wireless pH and NODE+ sensors increase the number of ways students can use mobile devices for scientific discovery BEAVERTON, Oregon, October 8, 2014 – To help teachers and students further ...