Dual-energy X-ray detector card Aurora series

dual-energy X-ray detector card
dual-energy X-ray detector card
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dual-energy

Description

AURORA SERIES Digital X-ray detector solutions delivering value in simplicity for end-to-end systems. Aurora is a product family of digital X-ray detector solutions powering all security and a variety of industrial line-scanners. The product family consists of a wide range of stand-alone detectors, and all needed building blocks, like ready-made detector boards, modules and readout electronics, for end-to-end systems. Aurora provides superior image quality and a fully digitalized data path in the most robust, modular and easily scalable platform. It is a plug-and-play type solution speeding up time-to-market and delivering total cost savings. The product family has the highest level of integration and a simplified system design. Fewer parts in the bill of materials means minimized risks, a streamlined supply chain, and detector solutions that are mechanically more robust and digitally enhanced. Aurora is powered by an application-optimized, single-chip ASIC mitigating the impact of external interferences. The ASIC features the lowest noise, and its 127 gain options make the best of signal level and optimize performance of the imaging chain. The ASIC has three operating modes, constant time, continuous and non-continuous, and built-in pixel binning options of x2, x4 and x8. The reliable, moisture-protected micro-BGA package ensures the longevity of this key component and usability in the target applications. Aurora detector solutions are available in pixel pitch options of 1.2, 1.5, 1.6, 2.5, and 5.0. The Aurora product family comes with multiple scintillator options for various energy ranges in single and dual energy imaging applications.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.