CID8712D1M Radiation Hard Solid State Camera - CCIR
The Radiation Hardened Model CID8712D1M solid-state monochrome video camera features a 2:1 Interlace scanned 768(H) x 612(V) pixel radiation hardened CID array with 11.5 micron square pixels in CCIR video format. The CID8712D1M features radiation tolerance of at least a minimum of 1 x 106 rads (1 MegaRAD) total dose gamma, superior Anti-Blooming performance inherent to all CIDs, and command stop motion to capture and read asynchronous high-speed events in center frame.
Product Detail
The CID structure is inherently radiation resistant and, with specific modifications to the CID process, has been made truely radiation hardened. The CID8712D1M camera is tolerant to gamma, neutron, high energy electrons and proton radiation, and since pixel charge readout is within the CID pixel, there is limited potential of single event disruptions common with other imaging technologies.
The imager is also inherently Anti-Blooming and tolerant to highly specular lighting overloads. Optical overloads are highly contained within each pixel or the immediately surrounding pixels so charge is not shared with adjacent rows or columns. The spectral response is from 200nm to 1100nm and coatings are available for X-ray, deep UV, and IR. CID imagers have a contiguous uniform pixel structure where the total sensor is active with virtually no opaque areas which facilitate interpixel interpolation for subpixel edge definition.
The compact remote head is easily replaceable and connects to a Camera Control Unit via flexible cable supplied to length. A versatile camera head-mounting feature simplifies installation in small spaces, and the standard "C" mount lens adapter provides back-focus adjustments.
Cameras are also available in RS-170 or Progressive Scan formats upon request.
The CID8712D1M camera requires an external power source supplying +11.5 to +17VDC.
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