This tutorial on thermopile sensors for contactless temperature measurement offers insights for using them in real-world ...

Dried leaves convert small temperature differences into electricity through ion movement, offering a natural, biodegradable ...

Mapping, soil sampling, and other geological studies are underway with the objective of identifying new targets or to better define existing ones; TDG is fully funded to conduct an extensive ...

Led by Assistant Professor Kou Li, a research group in Chuo University, Japan, has developed chemically enriched photo-thermoelectric (PTE) imagers using semiconducting carbon nanotube (CNT) films, ...

Chemically enriched photo-thermoelectric imagers built from semiconducting carbon nanotube films show improved signal response and reduced noise, enabling more efficient remote and on-site inspections ...

As the need for skilled professionals grows in Oklahoma, a local trade school is advancing its curriculum to meet that need.

With 24 bits ADC readings overflow can occurs in adc_raw_to_millivolts as the internal calculation is done on a 32 bits integer. This is fixed by using a 64 bits integer but this also requires ...

Furthermore, six millivolts is still modest, limiting current applications to low-power devices like thermocouples and piezoelectric sensors.

By converting temperature differences into electrical energy, these textiles can power a range of wearable devices, from fitness trackers to medical sensors.

For Intel U-series processors, start with a negative 50 millivolts offset, and for H-series processors, start with a negative 100 millivolts offset.

While that's only a few tens of millivolts beyond the 1.55 volt limit, it can be the difference between safe and dangerous voltage levels that crash or damage the processor. The microcode patch is ...