Difference between revisions of "Requirements for Controls Systems from various detector components"

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(Pair Spectrometer)
(Target)
 
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# Readout and monitoring of temperature sensors  
 
# Readout and monitoring of temperature sensors  
#* Estimated  ~10 input channels (from Elton)  
+
#* Estimated  ~10 input channels (from Elton, Fernando)  
 
# Control of 70V Bias LV channels on SiPMs
 
# Control of 70V Bias LV channels on SiPMs
 
#* Estimated 144 channels ?????
 
#* Estimated 144 channels ?????
Line 10: Line 10:
 
== FCAL ==  
 
== FCAL ==  
  
# Control of HV on CW PMTs (IU is taking care of most of this)
+
# Control of HV on CW bases (IU is taking care of most of this)
 
#* Estimated 2800 channels (from Matt)
 
#* Estimated 2800 channels (from Matt)
 
# Control and monitor thresholds  
 
# Control and monitor thresholds  
 
#* Estimated 2800 channels (from Matt)
 
#* Estimated 2800 channels (from Matt)
 
  
 
== FDC ==  
 
== FDC ==  
Line 20: Line 19:
 
# Readout and monitoring of of temperature sensors :
 
# Readout and monitoring of of temperature sensors :
 
#* Estimated  ~10 input channels (from Lubomir and Beni)  
 
#* Estimated  ~10 input channels (from Lubomir and Beni)  
 +
# Cooling system control
 +
#* Valves, temperatures ????
 +
# Gas system control
 +
#* Solenoid valve control
 +
#* Flow and pressure readout for monitoring (2 base modules with serial ports)
 
# Control of HV channels CAEN A1535
 
# Control of HV channels CAEN A1535
 
#* Estimated 130 channels (Doc. 967-v6)
 
#* Estimated 130 channels (Doc. 967-v6)
#Control of LV on preamp cards (MPV 8008 or CAEN A1518)
+
# Control of LV on preamp cards (MPV 8008 or CAEN A1518)
 
#* Estimated 64 channels (WIENER) or 77 channels (CAEN) (Doc. 966-v4)
 
#* Estimated 64 channels (WIENER) or 77 channels (CAEN) (Doc. 966-v4)
 
 
  
 
== CDC ==  
 
== CDC ==  
Line 44: Line 46:
 
# Motion control  
 
# Motion control  
 
#* 3 motors to control the microscope
 
#* 3 motors to control the microscope
 
+
# Magnet control
 +
#* 1 Serial line for control
 +
#* 1 Gaussmeter for field readback through serial
  
 
== Beamline ==  
 
== Beamline ==  
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#* 2 harps, one before the radiator, another one before the beam dump
 
#* 2 harps, one before the radiator, another one before the beam dump
 
#* control 2 axis of collimator motion
 
#* control 2 axis of collimator motion
#* control 1 motor for converter/photon harp
 
 
#* control the position of the total absorption counter
 
#* control the position of the total absorption counter
 +
# Sweeping  Magnets
 +
#* Control 1 PS for the big sweeping magnets through serial
 +
#* 1 Gaussmeter readout to measure the field in the sweeping magnet (serial)
  
 
== Pair Spectrometer ==  
 
== Pair Spectrometer ==  
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# Control pair spectrometer magnet
 
# Control pair spectrometer magnet
 
#* Serial port communication to the power supply
 
#* Serial port communication to the power supply
#* 1 Gauss-meter to B-field measurement
+
#* 1 Gauss-meter to B-field measurement (serial)
#* High voltage
+
# HV/LV control
 +
#* Approximately 20 channels, too early to decide
 +
# Positioning of the converter
 +
#* 1 axis motion
 +
 
 +
== Start Counter ==
 +
 
 +
# HV for start counter
 +
#* 40 HV channel control
 +
 
 +
 
 +
== TOF ==
 +
 
 +
# HV for TOF counter
 +
#* Control 168 channels of HV for TOF
 +
 
 +
 
 +
== Target ==
 +
# Control of the cry system of the target
 +
#* Valve control (~5 valves)
 +
#* Temperature sensor readout (10 sensors)
 +
#* Pressure sensor readout (10 sensors)
 +
# Control of the target gas
 +
#* Valve control (~5 valves)
 +
#* Pressure sensor readout (5 sensors)

Latest revision as of 18:09, 8 December 2010

BCAL

  1. Readout and monitoring of temperature sensors
    • Estimated ~10 input channels (from Elton, Fernando)
  2. Control of 70V Bias LV channels on SiPMs
    • Estimated 144 channels ?????
  3. Control of 5V LV on amplifiers
    • Estimated 96 channels ??????

FCAL

  1. Control of HV on CW bases (IU is taking care of most of this)
    • Estimated 2800 channels (from Matt)
  2. Control and monitor thresholds
    • Estimated 2800 channels (from Matt)

FDC

  1. Readout and monitoring of of temperature sensors :
    • Estimated ~10 input channels (from Lubomir and Beni)
  2. Cooling system control
    • Valves, temperatures ????
  3. Gas system control
    • Solenoid valve control
    • Flow and pressure readout for monitoring (2 base modules with serial ports)
  4. Control of HV channels CAEN A1535
    • Estimated 130 channels (Doc. 967-v6)
  5. Control of LV on preamp cards (MPV 8008 or CAEN A1518)
    • Estimated 64 channels (WIENER) or 77 channels (CAEN) (Doc. 966-v4)

CDC

  1. Readout and monitoring of of temperature sensors :
    • Estimated ~10 input channels (from Lubomir and Beni)
  2. Control of HV channels CAEN A1535
    • Estimated 24 negative and 24 positive channels (Doc. 967-v6)
  3. Control of LV on preamp cards (MPV 8008 or CAEN A1518)
    • Estimated 16 channels (WIENER) or 18 channels (CAEN) (Doc. 966-v4)


Tagger

  1. Control of HV channels
    • Estimated 310 channels (Fernando's table)
  2. Motion control
    • 3 motors to control the microscope
  3. Magnet control
    • 1 Serial line for control
    • 1 Gaussmeter for field readback through serial

Beamline

  1. Goni control
    • control 3 axis of motion of to position the crystal and it's orientation
  2. Harps
    • 2 harps, one before the radiator, another one before the beam dump
    • control 2 axis of collimator motion
    • control the position of the total absorption counter
  3. Sweeping Magnets
    • Control 1 PS for the big sweeping magnets through serial
    • 1 Gaussmeter readout to measure the field in the sweeping magnet (serial)

Pair Spectrometer

  1. Control pair spectrometer magnet
    • Serial port communication to the power supply
    • 1 Gauss-meter to B-field measurement (serial)
  2. HV/LV control
    • Approximately 20 channels, too early to decide
  3. Positioning of the converter
    • 1 axis motion

Start Counter

  1. HV for start counter
    • 40 HV channel control


TOF

  1. HV for TOF counter
    • Control 168 channels of HV for TOF


Target

  1. Control of the cry system of the target
    • Valve control (~5 valves)
    • Temperature sensor readout (10 sensors)
    • Pressure sensor readout (10 sensors)
  2. Control of the target gas
    • Valve control (~5 valves)
    • Pressure sensor readout (5 sensors)