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In sensors without ambient air pressure compensation, elevation and even daily changes in weather can distort readings.

Micro-Hybrid thermopile detectors, when combined with infrared (IR) emitters in Non-Dispersive Infrared (NDIR) gas sensing and other applications can, in certain situations, offer significant advantages over systems that rely on pyroelectric detectors. These advantages stem from fundamental differences in detection principles, signal stability, and environmental robustness.

Thick-film technology enables compact, highly reliable electronic modules on ceramic substrates. Find out where the limits of classic PCBs are exceeded and what advantages ceramic hybrids offer for aerospace, automotive and medical technology.

Zero calibration and span point adjustment are often done at the same time, but are different and serve two different purposes.

Zero calibration is a fundamental process that ensures sensors provide accurate readings. For NDIR (Non-Dispersive Infrared) sensors, it is crucial for maintaining precision over time. The main goal is to confirm the sensor reports zero gas when no target gas is actually present.

At first glance, the response times of gas sensors seem comparable - but often they are not. Different measurement standards and test conditions make evaluation difficult. This article provides clarity.

Vibrations are one of the biggest challenges in the operation of wind turbines. Modern sensor technology detects problems early on and increases reliability.