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--- design [2023/08/07 22:40]
sunli [Design Overview]
+++ design [2024/05/29 17:00] (current)
dopfer
@@ Line 3: / Line 3: @@
 {{ ::wrede_lecm_pxct_decay_station_11aug2020.pptx |}}\\
 {{ ::jina_frontiers_23may2019_lijie_sun.pptx |}}\\
-{{ :pxct_hardware_20230726.pptx |}}\\
+For the Double Alpha Experiment, we drilled 6 new holes for the outriggers on the South Ge stand:{{::new_drilled_holes_in_south_ge_stand.png}}\\
-{{ ::pxct_hardware_20230803.pptx |}}\\
-{{ :xray.docx |}}
 ===== Detector Selection =====
   * [[Design:X-Ray Detectors]]
-  * [[Design:Charged Particle Detectors]]
   * [[Design:Gamma Ray Detectors]]
+  * [[Design:Charged Particle Detectors]]
+{{ ::micron_msd012_msd026_datasheets.pdf |}}\\
+{{ ::pxct_equipment_serial_numbers.pptx |}}\\
 ===== Electronics =====
+Electronics rack:\\
+https://risingracks.com/raising-electronics-42u-4-post-open-frame-19inch-server-audio-steel-rack-25inch-deep-aluminum/
+with an additional shelf:\\
+https://risingracks.com/raising-electronics-fixed-rack-server-shelf-1u-19-4-post-rack-mount-adjustable-21-5-28/
+https://www.cdint.com/catalog/category/Cables
 MPR-1 preamplifier
 https://www.mesytec.com/products/nuclear-physics/MPR-1.html
@@ Line 47: / Line 57: @@
 https://www.agilent.com/en/product/vacuum-technologies/turbo-pumps-controllers/turbo-pump-controllers/twistorr-84-fs-ag-rack-controller
-===== Data Acquisition System =====
-The NSCL Data Acquisition system is a general-purpose nuclear physics data acquisition system in use at the National Superconducting Cyclotron Laboratory at Michigan State University.
-NSCL Data Acquisition Documentation
-http://docs.nscl.msu.edu/daq/newsite/index.php
-http://docs.nscl.msu.edu/daq/newsite/ddas-1.1/pages.html
-) Turn on the crate.
-) Open a terminal on SPDAQ01. sudo /usr/opt/plx/Bin/Plx_load 9054. Enter password.
-) cd readout/crate_1 $DDAS_BIN/nscope
-) File->save. save a set file. Enter the name of that set file in the cfgPixie16.txt.
-                       # crate id
-                       # number of cards
-                       # slot of first card
-/path/to/my/params.set  # path to params
-) $DAQBIN/DDASReadout begin/end/exit
-) Open a second terminal. cd readout/crate_1 $DAQBIN/dumper  --count=50 when running Readout.
-you'll see
-Event 24 bytes long
-Body Header:
-Timestamp:    22366590
-SourceID:     0
-Barrier Type: 0
-c 0000 0064 0c0c 4020 0008 20f3 0022
-1bdc 296f 0000
- $DAQBIN/dumper --source=tcp://localhost/0400x_ddas_1 --count=50 when running ReadoutShell.
-you'll see
-Event 76 bytes long
-Body Header:
-Timestamp:    5991399620
-SourceID:     0
-Barrier Type: 0
-c 0000 80c4 651d 0001 0000 0000 0000
-0000 0000 0000 0034 0000 001e 0000
-0000 80c4 651d 0001 0000 0000 0000
-0000 000c 0000 0064 0c0c 4020 0008
-a 23b6 0000 1ad3 2943 0000
-) $DAQBIN/ReadoutShell start/begin/end generate evt file
-) Open a third terminal. cd readout/SpecTcl/ ./Launch_SpecTclspectcl
-Define the spectrum name. File->Save as a tcl file.  Load that tcl file. Data source->file-load evt file.
-) Go to Xamine window. Click display+ and the spectrum. Click expand and type in two channels can zoom in.

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