Difference between revisions of "Raster Size Calibration"

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<li> Move target to Carbon Single-Foil
 
<li> Move target to Carbon Single-Foil
 
<li> Request 5uA beam with 2x2 raster
 
<li> Request 5uA beam with 2x2 raster
 +
<li> Start Coda
 
<li> Run spotL/spotR
 
<li> Run spotL/spotR
 
<li> Look at <b>BPM</b> plots, note actual rastered beam size
 
<li> Look at <b>BPM</b> plots, note actual rastered beam size
<li> Request 5uA beam with modified raster size, to try to get actual raster size to 2x2mm
+
<li> Request 5uA beam with modified raster size, to try to get actual raster size closer to 2x2mm
 
<li> Iterate 2-5 until the actual raster size is 2x2mm
 
<li> Iterate 2-5 until the actual raster size is 2x2mm
 +
<li> Move to Raster Target. Request 5uA with 2x2mm raster. Verify that rates are "Cosmic-like"
 
<li> Note requested "MCC Raster Size" on the whiteboard
 
<li> Note requested "MCC Raster Size" on the whiteboard
 
<li> Make a HALOG entry!
 
<li> Make a HALOG entry!
 
</ol>
 
</ol>

Latest revision as of 03:53, 12 January 2018

Back to Installation and Commissioning

Raster Size Tuning

  1. Move target to Carbon Single-Foil
  2. Request 5uA beam with 2x2 raster
  3. Start Coda
  4. Run spotL/spotR
  5. Look at BPM plots, note actual rastered beam size
  6. Request 5uA beam with modified raster size, to try to get actual raster size closer to 2x2mm
  7. Iterate 2-5 until the actual raster size is 2x2mm
  8. Move to Raster Target. Request 5uA with 2x2mm raster. Verify that rates are "Cosmic-like"
  9. Note requested "MCC Raster Size" on the whiteboard
  10. Make a HALOG entry!