CH UNCL

Documentation of building of the UNCL in physics basement

Week of May 25th 2020

UNCL May 25th 2020

Progress

Started detector plateau measurements on July 22nd 2020 - Link spreadsheet later

Rack fully built for most part - Able to access high voltage power supply from daq

Beginning of understanding of the electronics required for data collection

Requisitions

REQs

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Data Analysis

source CODA/2.6.2/setup

CODA/CODAreader/ROOT_V5.34/UNCL/evio2nt -fr6714.dat

mv r6713 r6714.root

root -l r6714.root

UNCL->Draw("(evt.TDC1290A[1][1]-evt.TDC1290A[1][7]-2215)/10>>(2000,-5,495)")

Normailizing

TH1F *Det12Cos=new TH1F("Det12Cos","Det12Cos",500,0.,500.)

UNCL->Draw("(evt.TDC1290A[1][12]-evt.TDC1290A[1][3])/10>>Det12Cos","evt[1][2]>0 && evt.TDC1290A[1][3]>0 && abs(evt.TDC1290A[1][12]- evt.TDC12root [21] <500 && evt.TDC1290A[1][11]>0 && evt.TDC1290A[1][12]>0")

TH1F *Det12CosN=new TH1F("Det12CosN","Det12CosN",500,0.,500.)

DAQ

setting up

Startup CODA programs in separate xterminal sessions

type the following to setup the CODA environmental variables in every xterm

source CODA/2.6.2/setup

start up msqld, et_start, rcplatform in separate xterms.

(do the following two commands in a csh & separate xterms)

coda_eb_rc3 -i -s DAQ -n eb1 -t CDEB

coda_er_rc3 -i -s DAQ -n LDS_ER -t ER

login to the ROC (rocdaq1) and start the process

ssh root@rocdaq1

csh

source CODA/2.6.2/setup

coda_roc_rc3 -t ROC -n rocdaq1

now startup the runcontrol GUI

rcgui

do the following menu calls in rcgui

Configuration->Cool

select "sis3610" or "iac2n"

click the Configure button (wrench & screwdriver icon on upper left)

click the download button (floppy disk icon)

click "Prestart" and then "Go" buttons

compiling readout list

login to rocdaq1

cd ~/linuxvme/uncl

compile readoutlist

make -f Makefile-rol

Analysis

User:Harpconn