Difference between revisions of "Dark Energy Camera"
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| − | {{NeedPhotos}} The 350 kg '''Dark Energy Camera''' of Fermilab became the biggest [[digital camera]] in the world when it started service in 2012 at the 4 -meter Blanco telescope of the Cerro Tololo Inter-American Observatory in Chile. 74 [[CCD]]-chips together capture 570-[[Megapixel]]-images which need a super-computer to develop each image in 25 seconds. The computer must be cooled down to minus hundred degrees Celsius. Every image will have a file-size of circa 1 GByte. The camera has a multi-element corrector lens, the largest of circa 1 meter diameter. | + | {{NeedPhotos}}The 350 kg '''Dark Energy Camera''' of Fermilab became the biggest [[digital camera]] in the world when it started service in 2012 at the 4 -meter Blanco telescope of the Cerro Tololo Inter-American Observatory in Chile. 74 [[CCD]]-chips together capture 570-[[Megapixel]]-images which need a super-computer to develop each image in 25 seconds. The computer must be cooled down to minus hundred degrees Celsius. Every image will have a file-size of circa 1 GByte. The camera has a multi-element corrector lens, the largest of circa 1 meter diameter. |
Source: "foto magazin Nr.8 2010" | Source: "foto magazin Nr.8 2010" | ||
Revision as of 16:09, 3 February 2015
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The 350 kg Dark Energy Camera of Fermilab became the biggest digital camera in the world when it started service in 2012 at the 4 -meter Blanco telescope of the Cerro Tololo Inter-American Observatory in Chile. 74 CCD-chips together capture 570-Megapixel-images which need a super-computer to develop each image in 25 seconds. The computer must be cooled down to minus hundred degrees Celsius. Every image will have a file-size of circa 1 GByte. The camera has a multi-element corrector lens, the largest of circa 1 meter diameter.
Source: "foto magazin Nr.8 2010"
More: see Google search on Fermilab documents
