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optical_setup [2019/03/22 11:46]
vschaefer [4. Camera system] 		optical_setup [2019/07/26 10:25] (current)
vschaefer
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 <color #7092be>Photos of CMOS Camera IDS uEye UI-5240 SE-M-GL.</color> <color #7092be>Photos of CMOS Camera IDS uEye UI-5240 SE-M-GL.</color>
  
-IDs Ueye +**IDs UI-5240SE-M (monochrome)** 
-  * operational 34 + 
-  * stable operation +^      ^specified ^used ^ 
-  * no degradation due to radiation visible so far +|interface |GigE |  | 
-  * well supported under Linux +|sensor | CMOS (e2v) | | 
-  * firmware update in situ possible +|pixel | 1280 x 1024 |prog. AOI|  
-Problem (more a really not understood / further investigated observation) +|pixel pitch |5.3µm |  | 
-  * saturation with max pixel value <8bit (255) for short pulses (few µs length) +|shutter |global |  | 
 +|max. framerate |50fps |10fps| 
 +|exposure time |9µs - 2s |1ms - 1s | 
 +|binning |h + v (2x) |  | 
 +|analog gain boost |2x |  | 
 +|ADC |10bit |8bit readout | 
 +|I/O |trigger input |trigger by event | 
 +|  |strope output |monitor |   
 + 
 +{{::graph_ids_monochrome.jpg?direct&400|}} {{::graph_ids_monochrome2.jpg?direct&400|}}
  
-{{:graph_ids_ueye.jpg?direct&400|}} 
  
 For  installations, where a high radiation level is observed, a radiation-hardened solid-state CID (Charge Injection Device) based camera from Thermo Fischer Scientific, the CCIR MegaRad3 (8726DX7), will be installed. According to the manufacturer this device is tolerant to gammas, neutrons, high energy electrons and proton radiation to at least 3 MRad. Only in tests up to 14 MRad a noticeable degradation in the image quality has been reported by the manufacturer. Tests at GSI SIS18 extraction with the MegaRad3 camera have shown, that within few years of operation, no significant change in camera performance was observed. For  installations, where a high radiation level is observed, a radiation-hardened solid-state CID (Charge Injection Device) based camera from Thermo Fischer Scientific, the CCIR MegaRad3 (8726DX7), will be installed. According to the manufacturer this device is tolerant to gammas, neutrons, high energy electrons and proton radiation to at least 3 MRad. Only in tests up to 14 MRad a noticeable degradation in the image quality has been reported by the manufacturer. Tests at GSI SIS18 extraction with the MegaRad3 camera have shown, that within few years of operation, no significant change in camera performance was observed.
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 The following drawings show the parts and material to assemble the camera shielding and LED unit on the linear actuator. The following drawings show the parts and material to assemble the camera shielding and LED unit on the linear actuator.
  
-{{::technical_drawing_of_camera_shielding_and_led_unit_assemble.jpg?direct&400|}}+{{::technical_drawing_of_camera_shielding_and_led_unit_assemble.jpg?direct&400|}}  
  
 <color #7092be>The technical drawing of camera shielding and LED unit assemble.</color> <color #7092be>The technical drawing of camera shielding and LED unit assemble.</color>
 +
 +{{::megarad3.jpg?direct&200|}}
 +
 +<color #7092be>MegaRad3</color>
  
 ^    ^ Drawing Number^ ^    ^ Drawing Number^
 | LED Unit | BD-1015625-A-000| | LED Unit | BD-1015625-A-000|
-| Camera Unit | BD-1015564-A-000|+| Camera Unit | BD-1055194-A-000|
  
 ^ BD-type number ^ Detector ^Linear actuator ^Drawing number ^ ^ BD-type number ^ Detector ^Linear actuator ^Drawing number ^
optical_setup.1553251566.txt.gz · Last modified: 2019/03/22 11:46 by vschaefer

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