The CMOS optical sensor of the mouse chip provides a non-mechanical tracking engine. Inside the chip, images are captured, digitized, and digitally processed. For instance, let's consider the simple ...

New optical sensor using differential guided-mode resonance achieves record sensitivity and portability, enabling real-time ...

The sensor doesn't wait until it's accumulated photons before it signals an accumulated pixel, it waits until it has accumulated charges in the photodiode/CCD semiconductor before signaling.

“This is the first demonstration of a magnetic-free, electrically driven linear optical isolator on-a-chip, using Complementary Metal-Oxide Semiconductor (CMOS)-compatible fabrication technology and ...

One widely used timeof-flight sensor, called MLDT ( magnetostrictive linear displacement transducers) ... Optical. Magnetic. Range. 0.04 to 1 in. 1 to 25 mm. 0.1 to 20 in. 2.5 to 500 mm.

Yes, what’s old is now new again. To my memory magnetostictive linear position sensors have been used in industry for at least 40 years. The brand Temposonics comes to mind but I am sure there ...

The TSL2014 and TSL210 are linear sensor arrays for scanning longer documents, such as bank forms, paper currency notes and labels covered by the A6 format, which has become a standard size. The ...

Optical encoders are nothing new; they can be found in everything from mice to printers. They’re great for allowing DC motors to know their exact position and even current direction. If this … ...

Phase behaviour of HfH x. To understand the optical behaviour and hydrogen-sensing properties of HfH x thin films, we first discuss their structural behaviour.. In the bulk phase diagram (see Fig ...

Get Instant Summarized Text (Gist) Gold nanoparticles integrated into electrodes significantly enhance the optical signal efficiency of 2D semiconductor-based image sensors.