<blockquote>[[File:Hamamatsu C9321SK Press Release Screenshot 2026-08-22 at 11.15.46 AM.png|thumb]]The C9321SK-05 consists of a megapixel (1056 x 1056 elements) detector array, each of 50 micron size, to provide a total X-ray sensitive area of roughly 7,5 centimetres.
<blockquote>[[File:Hamamatsu C9321SK 6812207 Overview Picture.jpg|thumb]]The C9321SK-05 consists of a megapixel (1056 x 1056 elements) detector array, each of 50 micron size, to provide a total X-ray sensitive area of roughly 7,5 centimetres.
The X-ray imager utilises a gadox scintillator deposited onto a fibre-optic plate, to provide an effective X-ray shield. This fibre-optic provides both improved image quality (lower X-ray shot noise) and it shields the sensitive CMOS electronics inside the panel, thus giving extended lifetime of 6 million Roentgen guaranteed at 150 kVp.
The X-ray imager utilises a gadox scintillator deposited onto a fibre-optic plate, to provide an effective X-ray shield. This fibre-optic provides both improved image quality (lower X-ray shot noise) and it shields the sensitive CMOS electronics inside the panel, thus giving extended lifetime of 6 million Roentgen guaranteed at 150 kVp.
Line 5:
Line 5:
Compared to previous flat panel sensors, the C9321SK-05 also offers higher frame rates of 9 frames per second at full resolution and the device is capable of realtime imaging at 27 frames per second with 2 x 2 binning.<ref>https://www.dataweek.co.za/print.aspx?editorialtype=N&editorialid=26151</ref></blockquote>
Compared to previous flat panel sensors, the C9321SK-05 also offers higher frame rates of 9 frames per second at full resolution and the device is capable of realtime imaging at 27 frames per second with 2 x 2 binning.<ref>https://www.dataweek.co.za/print.aspx?editorialtype=N&editorialid=26151</ref></blockquote>
File:Hamamatsu C9321SK 6812207 Model and Serial Number.jpg
File:Hamamatsu C9321SK 6812207 Data Connector.jpg
</gallery>
Revision as of 18:40, 22 August 2026
The C9321SK-05 consists of a megapixel (1056 x 1056 elements) detector array, each of 50 micron size, to provide a total X-ray sensitive area of roughly 7,5 centimetres.
The X-ray imager utilises a gadox scintillator deposited onto a fibre-optic plate, to provide an effective X-ray shield. This fibre-optic provides both improved image quality (lower X-ray shot noise) and it shields the sensitive CMOS electronics inside the panel, thus giving extended lifetime of 6 million Roentgen guaranteed at 150 kVp.
Compared to previous flat panel sensors, the C9321SK-05 also offers higher frame rates of 9 frames per second at full resolution and the device is capable of realtime imaging at 27 frames per second with 2 x 2 binning.[1]
