Thermal imaging is simply defined as the use of an infrared sensor to detect radiation emitted from an object in the infrared spectrum. Any object higher in temperature than absolute…
webpotatosgMay 2, 2021
Infrared (IR) imaging technology provides numerous advantages over visible imaging. One common use of IR imaging is its ability to image even in low light conditions. Deployed in driver assistance…
webpotatosgMay 2, 2021
Even on moonless but starlit nights, highly sensitive InGaAs cameras are able produce good images. By thinning the image sensor chip and with illumination right through the substrate, the wavelength…
webpotatosgMay 2, 2021
In semiconductor chip manufacturing, an examination of failed components during operation yields valuable information about the production sites process stability and the success of quality assurance measures. The spectrum of…
webpotatosgMay 2, 2021
The use of the near-infrared spectral imager (NIR) up to a wavelength of 2.5 μm is of immense economic importance. For example, NIR technology in recycling plants ensures sorted material…
webpotatosgMay 2, 2021
Signatures in paintings can be recognized very well with the use of infrared analysis, otherwise known as reflectography. NIR cameras, which are equipped with InGaAs and HgCdTe sensors, simplify and…
webpotatosgMay 2, 2021
Image capture in the near-infrared spectrum (NIR) at wavelengths up to 2.5 μm is gaining ever greater economic significance. This is especially true in regard to imaging spectroscopy: hyperspectral microscopes,…
webpotatosgMay 2, 2021
