Temperature is one of the most common environmental metrics that is measured in electronic systems, and numerous sensor types are available to meet the various application requirements of embedded ...

With CPUs and chip sets running at clock speeds that were once thought of only in terms of UHF and microwave communications frequencies, heat generation is a problem for PC-system designers. The ...

Most electronic engineers know that a transistor’s base-emitter voltage (V BE) has a temperature coefficient (TC) of about -2 mV/°C. However, for precision temperature sensors, “about” isn’t good ...

The TSP341-N’s ability to measure the outside wall temperature of piping for flowing media was the basis for considering suited measuring media in the previous chapter. The measurement results below ...

Scientists have developed a new method for measuring temperature extremely accurately by using giant 'Rydberg' atoms. This atomic thermometer provides accurate measurements 'out of the box,' without ...

Johan Sverdrup is the third-largest oil field on the Norwegian continental shelf and a main energy supplier to Europe. The field is now on stream, accounting for around a third of Norway's oil ...

Temperature is probably the most common physical measurement made during medical diagnosis or evaluation. Body temperature is an accurate predictor of many types of conditions and illnesses. The ...

Scientists have performed the most accurate measurement yet of the Boltzmann constant. While the impact of such an achievement is not immediately obvious, the measurement could revolutionize the way ...

FLIR Systems has introduced a new 100mm USL lens for its FLIR X6500sc thermal imaging cameras. This motorised F/2 lens provides a 5.5 degree horizontal field of view making it ideal for measuring the ...

When it comes to taking one's temperature, rectal thermometers are definitely not a patient's first choice. Researchers found less invasive peripheral thermometers fail to provide clinically accurate ...