X-ray and high-energy particle detection
These high energy radiation cameras are made for spectral imaging of X-ray photons. Based on Medipix and Timepix hybrid detector electronics they offer spatial resolution from 256x256 up to 512x1280 pixels with energies from 3 keV upwards.
Applications include spectral X-ray imaging, diffraction, radiography and photon counting. Time-delayed-integration (TDI mode) allows for continuous inspection ...
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These high energy radiation cameras are made for spectral imaging of X-ray photons. Based on Medipix and Timepix hybrid detector electronics they offer spatial resolution from 256x256 up to 512x1280 pixels with energies from 3 keV upwards.
Applications include spectral X-ray imaging, diffraction, radiography and photon counting. Time-delayed-integration (TDI mode) allows for continuous inspection in industrial environments.
The Advacam detectors are operated using USB interface and TTL in and outputs for synchronization. There is a choice between Si and CdTe sensors. CdTe in combination with sophisticated data analysis achieves sub-pixel resolution down to 15 µm with a time resolution of 1.6 ns. These characteristics make the AdvaPix an unsurpassed X-ray imaging detector.
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The AdvaPIX and MiniPIX series from Advacam are based on the Timepix technology developed at CERN. They are high-resolution detectors for spectral X-ray imaging, optimized for applications in ...
The WidePIX Series from Advacam is based on Medipix3 technology and delivers large-area, spectral X-ray imaging using seamlessly tiled sensor chips. Elongated models such as WidePIX CHROMATIC ...
These high energy radiation cameras are made for spectral imaging of X-ray photons. Based on Medipix and Timepix hybrid detector electronics they offer spatial resolution from 256x256 up to 512x1280 ...
