All sensors are analog in nature, even an on/off switch, but how they work and how to get accurate information with the desired precision can be a challenge. The internet of things brought sensors to ...

Why auxetic materials offer some unique advantages in sensor fabrication. How additive manufacturing was used with autextic materials to create unique pressure and force sensors. The structure and ...

The pH Sensor Market is witnessing robust expansion driven by rising industrial demand for accurate process monitoring, stringent regulatory compliance, and the growing adoption of water treatment ...

pH sensors typically consist of a glass electrode that produces a voltage proportional to the hydrogen ion activity (pH level) in a solution. This voltage signal then needs to be interpreted by an ...

(Nanowerk Spotlight) Inside a wound, a complex chemical battle unfolds. As healing progresses, the wound environment shifts between acidic and basic states, each change signaling different stages of ...

The library is experimental and minimalistic. The TEMT6000 is a cheap and small analog light sensor. The sensor typically comes on a breakout with only GND, VCC and SIGNAL pins. It is not a calibrated ...

New unbreakable food-safe pH sensors enable real-time pH monitoring in food processing applications without the risks associated with the traditional glass-bulb pH sensors of the past. Ryan Rebo, ...

A new series of analog front-end (AFE) ICs offer greater precision and performance in analog signal processing mandated in modern sensor applications. The NA2202, NA2203, and NA2204 ICs unveiled by ...

Are you a researcher who understands the significance of precise pH measurements for your experiments? As minor errors in pH measurement can have a detrimental impact on your research, it's essential ...

Maintaining pH within a particular range is crucial for cell survival. Although some organisms can survive and even prosper in a wider pH range than others, bioprocessing’s popular Chinese hamster ...