Scanning probe detector channel descriptions: Difference between revisions

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| D02 ||26idcXMAP:mca5.R1      ||Bi - Fluorescence channel from outboard detector, summed ROI#1 - find and modify with MCA software from User Tools tab on main beamline screen     
| D02 ||26idcXMAP:mca5.R1      ||Bi - Fluorescence channel from outboard detector, summed ROI#1 - find and modify with MCA software from User Tools tab on main beamline screen     
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| D02 ||26idcXMAP:mca5.R2      ||Ti - Fluorescence channel from outboard detector, summed ROI#2 - find and modify with MCA software from User Tools tab on main beamline screen         
| D03 ||26idcXMAP:mca5.R2      ||Ti - Fluorescence channel from outboard detector, summed ROI#2 - find and modify with MCA software from User Tools tab on main beamline screen         
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| D03 ||26idcXMAP:mca5.R5      ||Fe - Fluorescence channel from outboard detector, summed ROI#5 - find and modify with MCA software from User Tools tab on main beamline screen     
| D04 ||26idcXMAP:mca5.R5      ||Fe - Fluorescence channel from outboard detector, summed ROI#5 - find and modify with MCA software from User Tools tab on main beamline screen     
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| D02 ||26idcXMAP:mca5.R1      ||Bi - Fluorescence channel from outboard detector, this is summed ROI#1 - find and modify with mca software from user tools tab   
| D05 ||26id:ccd.R01.Average    ||Integrated Intensity/Num Pixels for CCD ROI#1 - ROI#1 defines the total active chip area to be saved, so this is the total CCD intensity per pixel     
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| D02 ||26idcXMAP:mca5.R1      ||Bi - Fluorescence channel from outboard detector, this is summed ROI#1 - find and modify with mca software from user tools tab       
| D06 ||26id:ccd.R02.Average    ||Integrated Intensity/Num Pixels for CCD ROI#2 - ROI#2 is usually tightly defined around the outgoing beam for best contrast and COM calculations   
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| D05 ||26id:ccd.R01.Average    ||Integrated Intensity/Num Pixels for CCD ROI#1 - ROI#1 defines the total active chip area to be saved, so this is the total CCD intensity per pixel     
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| D06 ||26id:ccd.R02.Average    ||Integrated Intensity/Num Pixels for CCD ROI#2 - ROI#2 is usually tightly defined around the outgoing beam for best contrast and COM calculations 


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Revision as of 15:34, September 10, 2010

Back to Scanning Probe Diffraction Quick Reference

Some common definitions of 26ID scan detector channels

Detector Channel number EPICS Process variable Description
D01 26idsclr1:scaler1.S1 I0 - Integrated Ion chamber current after NES slits (amplification changed by yellow SR570 tab on main beamline screen)
D02 26idcXMAP:mca5.R1 Bi - Fluorescence channel from outboard detector, summed ROI#1 - find and modify with MCA software from User Tools tab on main beamline screen
D03 26idcXMAP:mca5.R2 Ti - Fluorescence channel from outboard detector, summed ROI#2 - find and modify with MCA software from User Tools tab on main beamline screen
D04 26idcXMAP:mca5.R5 Fe - Fluorescence channel from outboard detector, summed ROI#5 - find and modify with MCA software from User Tools tab on main beamline screen
D05 26id:ccd.R01.Average Integrated Intensity/Num Pixels for CCD ROI#1 - ROI#1 defines the total active chip area to be saved, so this is the total CCD intensity per pixel
D06 26id:ccd.R02.Average Integrated Intensity/Num Pixels for CCD ROI#2 - ROI#2 is usually tightly defined around the outgoing beam for best contrast and COM calculations
D05 26id:ccd.R01.Average Integrated Intensity/Num Pixels for CCD ROI#1 - ROI#1 defines the total active chip area to be saved, so this is the total CCD intensity per pixel
D06 26id:ccd.R02.Average Integrated Intensity/Num Pixels for CCD ROI#2 - ROI#2 is usually tightly defined around the outgoing beam for best contrast and COM calculations
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