Latest revision as of 14:39, 7 December 2020

This page has been moved to https://solid.jlab.org/wiki/index.php/calorimeter_test_stand in the new SoLID Wiki. Please do not edit this page.

EC test for SoLID

page infomation:

     /u/group/halla/www/hallaweb/html/12GeV/SoLID/download/ec/teststand
     http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/

Preparation

DAQ: done!

     Hardware: Done! VME based: CPU(VxWorks) + TI + 2V792 + NIM modules ---> can handle 64 channels
     Software: CODA 2.6.2 is already installed, and configuration is done!
     Decoding is done!

2D table: done!

     It can be operated interactively through serial connectors.

MaPMT:

     H10966 on hand, from Wouter (W&M)
     H8500/10966 ---> Socket: "SQT-118-01-L-D SAMTEC"; 2 rows, 18*2 pins, 16 pins for signal, 1 of no use, others are GND 
     V792 ---> Socket for "3431-5202 Header-type male connectors"; 17*2 pins, 16 pins for singal, 1 of no use, others are GND

Black Box: done!

       Size: roughly 1m x 1m x 1m

LED related issues: done!

     LED system specs:
           3 pulsed LED and 1 continuous LED
           BLUE light, 470nm(2.637ev), 20mA current
           nominal luminous intensity: 232mcd (232*1e-3*4pi/62)*6.2415093433e+18/2.637 = 1.1e+17 photon/s

Test plan

1.Calibrate ADC channels

     Using a generator to produce a well known amplitude signal to calibrate ADC: ADC counts <-> Charge
     WaveTek model 80 from 3He lab

2.Gain VS Voltage scan (H8500: -350V <---> -1100V)

     Relative gain VS voltage curve:
        Sinle channel measurement is enough
        Setup: LED -> fiber -> Any single pixel -> Readout
        Or no fiber: LED -> Any single pixel -> Readout
     Absolute gain calibration:
        Yi has a photon calibration tube, I can use it to calibrate the absolute gain.

3.Determine a low gain range for SoLID preshower

5E3

4.Uniformity measurement at low gain case

     No fiber is needed in this test, open cathode
     Challenge: A uniform distributed light should be produced -> need to figure out,Yi has experience on this
     Setup: Uniform light -> open cathode -> 64 channels readout -> uniformity

5.Cross talk measurement

     Size of a Pixel: 5.8mm X 5.8mm
     Setup: LED -> fiber -> pixel -> readout(surrounded pixels)
     As suggested by Yi, do a position dependent cross-talk study ---> scan fiber within a pixel to see the cross-talk effect

6.Test with Pre-shower tile

Test results and weekly meeting

Uniformity test : Uniformity_test
Gain measurement by using scope: plot A typical signal of H10966 (Voltage = -450v): signal
2014-5-14 pdf

Notes

V792 Specs

     Input range 0 ---> 400 pC : 0 -> 2.5E9 electrons
     Gain per ADC channel: 100fC/channel  : 6.25E5 electrons/channel
     If we set PMT Gain to 5E3
        single photon electron location: 0.008*(amplifier) channel
        MIP location(assume 40 p.e):  0.32*(amplifier) channel (16 amplification--> channel 5)

H10966 Specs (Wouter's MaPMT)

     H10966_ZK0249_Specs.pdf
     PMT sockets map: pic
     PMT pixel map: pic

equipment list

for MAPMT test
- DAQ computer 1
- VME crate 1
- VME module of CPU 1, trigger 1, LED control with LED 1, ADC 1
- NIM crate 1
- NIM module, discriminator 1, Lin Fan-in/out 1, logic unit 1, translator 1, gate/delay 1
- HV power supply 1
- XY movement rack and controller 1
- WLS fiber, some
- MAPMT (H8500 or similar) 1
- dark box 1
- oscilloscope 1

UVa list

now in Xiaochao's office
- PS726 level translator, SN12263 (HallC), SN21372,SN20024
- PS974 quad gate/delay generator, SN25806, SN25805
- PS744 quad linear gate Fan-in/out, SN18944 (problem)
- PS740 quad linear Fan-in/out, SN12818 (HallC),SN12456
- PS710 Octal Discriminator, SN18893 (HallC)

bought by Xiaochao, The serial numbers are from Ramesh's record.
- 3x PS706 SN: 24509,24510, 24511.
- 1x PS755 SN: 24508
- 4x PS757 4 out of 9, 24472, 24473, 24506, 24507, 24455, 24456, 25618, 25807, 25808, record mixed UVa with JLab properties
- 2 scalers, either SIS3820 or 3821. I don't have the SN#

according to Albert

1. PS706 SN: 24510- we use L HRS.

2. PS706 SN: 24511- we use L HRS

3. PS755 SN: 24508- we use L HRS

4. PS757 SN: 25807- in cabinet.

About rest, I don't see in my list.

@@ Line 1: / Line 1: @@
+This page has been moved to [https://solid.jlab.org/wiki/index.php/calorimeter_test_stand https://solid.jlab.org/wiki/index.php/calorimeter_test_stand] in the new [https://solid.jlab.org/wiki SoLID Wiki].  Please do not edit this page.
 = '''EC test for SoLID''' =
+page infomation:
+      /u/group/halla/www/hallaweb/html/12GeV/SoLID/download/ec/teststand
+      http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/
 == Preparation ==
-* DAQ
+* DAQ: done!
        Hardware: Done! VME based: CPU(VxWorks) + TI + 2V792 + NIM modules ---> can handle 64 channels
        Software: CODA 2.6.2 is already installed, and configuration is done!
-       To do:
+       Decoding is done!
-         An issue in boot script need to be fixed, Alex and I are working on it.
-         Readout list(based on v792) should be modified to feed our needs, I am working on it
 *2D table: done!
        It can be operated interactively through serial connectors.
-*MaPMT related issues:
+*MaPMT:
-       Yi is asking Carl for a H8500
+       H10966 on hand, from Wouter (W&M)
-      [[Cable to connect H8500 and V792, need to make new ones???]]
+       H8500/10966 ---> Socket: "SQT-118-01-L-D SAMTEC"; 2 rows, 18*2 pins, 16 pins for signal, 1 of no use, others are GND
-       H8500 ---> Socket: "SQT-118-01-L-D SAMTEC"; 2 rows, 18*2 pins, 16 pins for signal, 1 of no use, others are GND
        V792 ---> Socket for "3431-5202 Header-type male connectors"; 17*2 pins, 16 pins for singal, 1 of no use, others are GND
-*Black Box:
+*Black Box: done!
-      [[Need a box which can host 2D motional table(rough size of table:50cm X 50cm X 50cm), build a new one???]]
+        Size: roughly 1m x 1m x 1m
-*LED related issues:
+*LED related issues: done!
-       I have a LED controller on hand(from Alex), it is part of a integrated LED system,
+       LED system specs:
-      [[where is the LED part, Alex?]]
+pulsed LED and 1 continuous LED
+            BLUE light, 470nm(2.637ev), 20mA current
+            nominal luminous intensity: 232mcd (232*1e-3*4pi/62)*6.2415093433e+18/2.637 = 1.1e+17 photon/s
-== Test plan in the early stage ==
+== Test plan==
 *1.Calibrate ADC channels
-       Using a generator to produce a well known amplitude signal to calibrate ADC: ADC channel <-> Charge
+       Using a generator to produce a well known amplitude signal to calibrate ADC: ADC counts <-> Charge
-       [[A generator is needed]]
+       WaveTek model 80 from 3He lab
-*2.Gain VS Voltage scan (H8500: -700V <---> -1100V)
+*2.Gain VS Voltage scan (H8500: -350V <---> -1100V)
        Relative gain VS voltage curve:
           Sinle channel measurement is enough
@@ Line 33: / Line 37: @@
           Yi has a photon calibration tube, I can use it to calibrate the absolute gain.
 *3.Determine a low gain range for SoLID preshower
-       Scintillator(with fiber) -> pixel -> Readout
+E3
-      we can use cosmic ray to get the MIP peak and then define a low gain area for SoLID preshower.
 *4.Uniformity measurement at low gain case
        No fiber is needed in this test, open cathode
@@ Line 43: / Line 46: @@
        Setup: LED -> fiber -> pixel -> readout(surrounded pixels)
        As suggested by Yi, do a position dependent cross-talk study ---> scan fiber within a pixel to see the cross-talk effect
+*6.Test with Pre-shower tile
+== '''Test results and weekly meeting''' ==
+*Uniformity test : [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/PMT_test_updates_2014_6_17.pdf Uniformity_test]
+*Gain measurement by using scope: [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/gain_1.png plot] A typical signal of H10966 (Voltage = -450v):     [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/signal_450v.jpeg signal]
+*2014-5-14 [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/2014_5_14.pdf pdf]
+== '''Notes''' ==
+*V792 Specs
+      Input range 0 ---> 400 pC : 0 -> 2.5E9 electrons
+      Gain per ADC channel: 100fC/channel  : 6.25E5 electrons/channel
+      If we set PMT Gain to 5E3
+         single photon electron location: 0.008*(amplifier) channel
+         MIP location(assume 40 p.e):  0.32*(amplifier) channel (16 amplification--> channel 5)
+*H10966 Specs (Wouter's MaPMT)
+      [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/H10966_ZK0249_Specs.pdf H10966_ZK0249_Specs.pdf]
+      PMT sockets map: [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/H10966_socket_map.png pic]
+      PMT pixel map: [http://hallaweb.jlab.org/12GeV/SoLID/download/ec/teststand/pmt_cathode_map.png pic]
 == equipment list ==

Difference between revisions of "Solid calorimeter test stand"

Latest revision as of 14:39, 7 December 2020

Contents

EC test for SoLID

Preparation

Test plan

Test results and weekly meeting

Notes

equipment list

UVa list

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