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ISEG EHS/EDS high voltage modules | ||||||||
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> > |
CAEN SY4527
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Low Voltage (LV)Wiener PL500 / Wiener MPOD | ||||||||
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CAEN SY4527
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Front-end electronics (FEE)Gas systemsVacuum systems | ||||||||
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Cooling systems | ||||||||
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< < | Huber Unistate 425w | |||||||
> > | Huber Unistat 425W | |||||||
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< < |
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> > |
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EPICS SupportIOC/Hardware EPICS support is listed here: https://epics.anl.gov/modules/index.phpIrradiation Tests of Electronic Components
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Added: | ||||||||
> > |
| |||||||
Additional hardware used for test setups | ||||||||
Deleted: | ||||||||
< < |
Target CompactRIO controllerFor the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009).![]() ![]() | |||||||
PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | ||||||||
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Wiener VME crate remote control
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Voetsch VT-4021
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ChillersJulabo FP50-HL |
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Supported Hardware | ||||||||
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> > | ||||||||
Low Voltage (LV)Wiener PL500 / Wiener MPOD | ||||||||
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Front-end electronics (FEE)Gas systemsVacuum systems | ||||||||
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< < |
PT100 (EMC)
The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009
Humidity Sensors (EMC)
For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 Pressure sensors
![]() ![]() | |||||||
Movement / Position monitoringOther HardwareLight Pulser (EMC)
| ||||||||
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< < |
EPICS Support | |||||||
> > |
EPICS Support | |||||||
IOC/Hardware EPICS support is listed here: https://epics.anl.gov/modules/index.php | ||||||||
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< < |
Irradiation Tests of Electronic Components | |||||||
> > |
Irradiation Tests of Electronic Components | |||||||
| ||||||||
Added: | ||||||||
> > |
Additional hardware used for test setups | |||||||
Target CompactRIO controller | ||||||||
Changed: | ||||||||
< < | For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009). | |||||||
> > |
For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009).
![]() ![]() PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009Humidity Sensors (EMC) | |||||||
Changed: | ||||||||
< < |
![]() | |||||||
> > |
For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 Pressure sensors
Production of extremely thin sensor cables (EMC) | |||||||
Changed: | ||||||||
< < |
![]() Additional hardware used for test setupsWiener VME crate remote control | |||||||
> > |
The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at: ![]() ![]() Wiener VME crate remote control | |||||||
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< < |
Voetsch VT-4021 | |||||||
> > |
Voetsch VT-4021 | |||||||
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Chillers | |||||||
> > |
Chillers | |||||||
Julabo FP50-HL | ||||||||
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< < |
TMCM142 high-performance single axis stepper motor controller/driver | |||||||
> > |
TMCM142 high-performance single axis stepper motor controller/driver | |||||||
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< < |
Supported Hardware | |||||||
> > |
Supported Hardware | |||||||
Changed: | ||||||||
< < | It is a good idea to share early experience with hardware between the DCS detector subgroups, as this would encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
> > |
This page shows the hardware used by the individual sub-detectors. To minimize the development and maintenance costs the DCS core group recommends to use common solutions if possible. | |||||||
Changed: | ||||||||
< < |
High Voltage (HV)ISEG EHS/EDS high voltage modules | |||||||
> > |
High Voltage (HV)ISEG EHS/EDS high voltage modules | |||||||
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< < |
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> > |
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Changed: | ||||||||
< < |
Low Voltage (LV)Wiener PL500 / Wiener MPOD | |||||||
> > |
Low Voltage (LV)Wiener PL500 / Wiener MPOD | |||||||
Changed: | ||||||||
< < |
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> > |
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Changed: | ||||||||
< < |
Front-end electronics (FEE)Light Pulser (EMC)
Gas systemsVacuum systemsPfeiffer Vacuum HiPace300 with TCP350 remote controller | |||||||
> > |
Front-end electronics (FEE)Gas systemsVacuum systemsPfeiffer Vacuum HiPace300 with TCP350 remote controller (Turbo molecular pump) | |||||||
Changed: | ||||||||
< < |
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> > |
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< < |
Edwards nXDS15i | |||||||
> > | Edwards nXDS15i (Scroll pump) | |||||||
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< < |
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> > |
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Changed: | ||||||||
< < |
Pfeiffer Vacuum DigiLine Transmitter | |||||||
> > | Pfeiffer Vacuum DigiLine Transmitter (Gauges) | |||||||
Changed: | ||||||||
< < |
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> > |
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< < |
Cooling systemsHuber Unistate 425w | |||||||
> > |
Cooling systemsHuber Unistate 425w | |||||||
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< < |
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> > |
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< < |
THMP | |||||||
> > | THMP | |||||||
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< < |
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> > |
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Changed: | ||||||||
< < |
PT100 (EMC) | |||||||
> > | PT100 (EMC) | |||||||
The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | ||||||||
Changed: | ||||||||
< < |
Humidity Sensors (EMC) | |||||||
> > | Humidity Sensors (EMC) | |||||||
For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 | ||||||||
Changed: | ||||||||
< < |
Pressure sensors | |||||||
> > | Pressure sensors | |||||||
| ||||||||
Changed: | ||||||||
< < |
Production of extremely thin sensor cables (EMC) | |||||||
> > | Production of extremely thin sensor cables (EMC) | |||||||
The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at: ![]() ![]() | ||||||||
Changed: | ||||||||
< < |
Movement / Position monitoringEPICS Support | |||||||
> > |
Movement / Position monitoringOther Hardware | |||||||
Changed: | ||||||||
< < |
IOC/Hardware EPICS support is listed here: https://epics.anl.gov/modules/index.php
Irradiation Tests of Electronic Components
| |||||||
> > |
Light Pulser (EMC)
EPICS Support | |||||||
Changed: | ||||||||
< < |
Target CompactRIO controller | |||||||
> > |
IOC/Hardware EPICS support is listed here: https://epics.anl.gov/modules/index.php
Irradiation Tests of Electronic Components
Target CompactRIO controller | |||||||
For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009). | ||||||||
Line: 77 to 83 | ||||||||
![]() ![]() | ||||||||
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< < |
Additional hardware used for test setupsWiener VME crate remote control | |||||||
> > |
Additional hardware used for test setupsWiener VME crate remote control | |||||||
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< < |
Voetsch VT-4021 | |||||||
> > |
Voetsch VT-4021 | |||||||
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< < |
Chillers
| |||||||
> > |
ChillersJulabo FP50-HL | |||||||
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< < |
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> > |
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< < |
TMCM142 high-performance single axis stepper motor controller/driver | |||||||
> > |
TMCM142 high-performance single axis stepper motor controller/driver | |||||||
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Hardware | |||||||
> > |
Supported Hardware | |||||||
It is a good idea to share early experience with hardware between the DCS detector subgroups, as this would encourage early standardization and pooling of knowledge. Please sign your posts. | ||||||||
Added: | ||||||||
> > |
High Voltage (HV)ISEG EHS/EDS high voltage modules
Low Voltage (LV)Wiener PL500 / Wiener MPOD
Front-end electronics (FEE)Light Pulser (EMC)
Gas systemsVacuum systemsPfeiffer Vacuum HiPace300 with TCP350 remote controller
Edwards nXDS15i
Pfeiffer Vacuum DigiLine Transmitter
Cooling systemsHuber Unistate 425w
THMP
PT100 (EMC) | |||||||
Changed: | ||||||||
< < | If you have researched, tested, prototyped or purchased sensing/control hardware for your detector group, or you have previous experience with a certain piece of hardware and plan to use it, please add a short description herein. Of most relevance are the connectivity, driver availability and technical support available within PANDA. Please link to here from http://nuclear.gla.ac.uk/DCS/interactiveTable.php?name=Hardware | |||||||
> > |
The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009
Humidity Sensors (EMC) | |||||||
Changed: | ||||||||
< < |
EPICS SupportIOC/Hardware EPICS support is listed here: http://www.aps.anl.gov/epics/modules/index.phpPLC SupportSP883a PreamplifierDescription: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD readout -- AndreaWilms - 12 Oct 2009SP883a01 PreamplifierDescription: Datasheet_VPT_Preamp_SP883a01.pdf: Datasheet for the low power/low noise (LNP) charge preamplifier SP883a01 for VPT readout -- AndreaWilms - 02 Sep 2011SP883a02 PreamplifierDescription: Datasheet_APD_Preamp_SP883a02.pdf: Datasheet for the low power/low noise (LNP) charge preamplifier SP883a02 for APD readout -- AndreaWilms - 24 Aug 2011SP883d PreamplifierDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011THMP (EMC/LUMI)
PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009Humidity Sensors (EMC)For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 Pressure sensors | |||||||
> > |
For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 Pressure sensors | |||||||
| ||||||||
Added: | ||||||||
> > |
Production of extremely thin sensor cables (EMC) | |||||||
Changed: | ||||||||
< < |
Production of extremely thin sensor cables (EMC)The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at:![]() ![]() Light Pulser (EMC)
| |||||||
> > |
The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at: ![]() ![]() Movement / Position monitoringEPICS Support | |||||||
Added: | ||||||||
> > | IOC/Hardware EPICS support is listed here: https://epics.anl.gov/modules/index.php | |||||||
Irradiation Tests of Electronic Components
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![]() | ||||||||
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< < |
Raspberry Pi Computer
-- FlorianFeldbauer - 18 Dec 2012
HadCon
-- PeterZumbruch - 09 Mar 2010
HadCon2
-- PeterZumbruch - 14 Sep 2011
TRBv2
-- PeterZumbruch - 09 Mar 2010
Power supply
-- PeterZumbruch - 09 Mar 2010
Vacuum
| |||||||
> > |
Additional hardware used for test setupsWiener VME crate remote control
| |||||||
| ||||||||
Changed: | ||||||||
< < |
Wiener VME crate remote control
Voetsch VT-4021 | |||||||
> > |
Voetsch VT-4021 | |||||||
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< < |
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Chillers | |||||||
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TMCM142 high-performance single axis stepper motor controller/driver | |||||||
> > |
TMCM142 high-performance single axis stepper motor controller/driver | |||||||
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HardwareIt is a good idea to share early experience with hardware between the DCS detector subgroups, as this would | ||||||||
Changed: | ||||||||
< < | encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
> > | encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
Line: 77 to 83 | ||||||||
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< < |
-- FlorianFeldbauer - 18 Dec 2012 | |||||||
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-- FlorianFeldbauer - 18 Dec 2012 | |||||||
HadCon
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-- PeterZumbruch - 09 Mar 2010 | |||||||
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-- PeterZumbruch - 09 Mar 2010 | |||||||
HadCon2
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Line: 110 to 116 | ||||||||
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< < |
-- PeterZumbruch - 14 Sep 2011 | |||||||
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-- PeterZumbruch - 14 Sep 2011 | |||||||
TRBv2
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< < |
-- PeterZumbruch - 09 Mar 2010 | |||||||
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-- PeterZumbruch - 09 Mar 2010 | |||||||
Power supply
| ||||||||
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< < |
-- PeterZumbruch - 09 Mar 2010 | |||||||
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-- PeterZumbruch - 09 Mar 2010 | |||||||
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-- FlorianFeldbauer - 18 Dec 2012 | |||||||
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Vacuum | ||||||||
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< < |
-- FlorianFeldbauer - 18 Dec 2012 | |||||||
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Wiener VME crate remote control
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< < |
-- FlorianFeldbauer - 18 Dec 2012 | |||||||
> > |
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Voetsch VT-4021
| ||||||||
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< < |
-- FlorianFeldbauer - 18 Dec 2012 | |||||||
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Chillers
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-- FlorianFeldbauer - 18 Dec 2012 | |||||||
> > |
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TMCM142 high-performance single axis stepper motor controller/driver
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< < |
-- FlorianFeldbauer - 15 Feb 2013 | |||||||
> > |
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Hardware | ||||||||||
Line: 49 to 49 | ||||||||||
For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 | ||||||||||
Changed: | ||||||||||
< < |
Pressure sensors (EMC)Commercial sensors, type MPXAZ4115A6U from Semiconductor Technologies, measure the relative pressure within a range from 15 to 115 kPa. The output voltage is between 0.2 and 4.8 V DC, and the supply voltage is 5 V. Here again, the reading out is carried out by the THMP. -- PatrickFriedel - 17 Jan 2013datasheet | |||||||||
> > |
Pressure sensors
| |||||||||
Production of extremely thin sensor cables (EMC)The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at:![]() | ||||||||||
Line: 187 to 187 | ||||||||||
-- FlorianFeldbauer - 18 Dec 2012 | ||||||||||
Added: | ||||||||||
> > |
TMCM142 high-performance single axis stepper motor controller/driver
-- FlorianFeldbauer - 15 Feb 2013 | |||||||||
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Line: 1 to 1 | ||||||||
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Hardware | ||||||||
Line: 50 to 50 | ||||||||
http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944
Pressure sensors (EMC) | ||||||||
Changed: | ||||||||
< < | Commercial sensors, type MPXAZ4115A6U from Semiconductor Technologies, measure the relative pressure within a range from 15 to 115 kPa. The output voltage is between 0.2 and 4.8 V DC, and the supply voltage is 5 V. Here again, the reading out is carried out by the THMP. -- PatrickFriedel - 17 Jan 2013 | |||||||
> > |
Commercial sensors, type MPXAZ4115A6U from Semiconductor Technologies, measure the relative pressure within a range from 15 to 115 kPa. The output voltage is between 0.2 and 4.8 V DC, and the supply voltage is 5 V. Here again, the reading out is carried out by the THMP. -- PatrickFriedel - 17 Jan 2013 datasheet | |||||||
Production of extremely thin sensor cables (EMC)The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at:![]() | ||||||||
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For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 | ||||||||
Added: | ||||||||
> > |
Pressure sensors (EMC)Commercial sensors, type MPXAZ4115A6U from Semiconductor Technologies, measure the relative pressure within a range from 15 to 115 kPa. The output voltage is between 0.2 and 4.8 V DC, and the supply voltage is 5 V. Here again, the reading out is carried out by the THMP. -- PatrickFriedel - 17 Jan 2013Production of extremely thin sensor cables (EMC)The very thin cables (90 µm thick) are mainly used for the self-made thin PT100 temperature sensors, but they can also be utilized for the humidity and pressure sensors. They are made from a two-layer copper/polyimide foil, type Pyralux AC182500R from DuPont. An exposure mask is used for the copper layer. The layout of the mask for the temperature sensor cables is to be found at:![]() ![]() | |||||||
Light Pulser (EMC)
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Hardware | ||||||||
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SP883d PreamplifierDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | ||||||||
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> > |
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THMP (EMC)
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< < |
PT100 (EMC) | |||||||
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PT100 (EMC) | |||||||
The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance | ||||||||
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high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. | ||||||||
Changed: | ||||||||
< < | For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | |||||||
> > |
For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009
Humidity Sensors (EMC)For the humidity measurement inside the EMC the sensors HIH4000-003 from Honeywell are used. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=53944 | |||||||
Light Pulser (EMC)
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-- FlorianFeldbauer - 18 Dec 2012
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-- FlorianFeldbauer - 18 Dec 2012
Wiener VME crate remote control | ||||||||
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-- FlorianFeldbauer - 18 Dec 2012
Chillers | ||||||||
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PLC Support | ||||||||||
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< < |
PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | |||||||||
SP883a PreamplifierDescription: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD readout -- AndreaWilms - 12 Oct 2009 | ||||||||||
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THMP (EMC)
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> > |
PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009Light Pulser (EMC)
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Irradiation Tests of Electronic Components
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Raspberry Pi Computer
-- FlorianFeldbauer - 18 Dec 2012 | |||||||||
HadCon
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-- PeterZumbruch - 09 Mar 2010 | ||||||||||
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Power supply, Genesys | |||||||||
> > |
Power supply | |||||||||
-- PeterZumbruch - 09 Mar 2010 | ||||||||||
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< < | (complete and sign post please) | |||||||||
> > |
-- FlorianFeldbauer - 18 Dec 2012 | |||||||||
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> > |
Vacuum
-- FlorianFeldbauer - 18 Dec 2012
Wiener VME crate remote control
-- FlorianFeldbauer - 18 Dec 2012
Voetsch VT-4021
-- FlorianFeldbauer - 18 Dec 2012
Chillers
-- FlorianFeldbauer - 18 Dec 2012 | |||||||||
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SP883a PreamplifierDescription: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD readout -- AndreaWilms - 12 Oct 2009 | ||||||||||||||||
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< < |
SP883d PreamplifierDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | |||||||||||||||
> > |
SP883a01 PreamplifierDescription: Datasheet_VPT_Preamp_SP883a01.pdf: Datasheet for the low power/low noise (LNP) charge preamplifier SP883a01 for VPT readout -- AndreaWilms - 02 Sep 2011 | |||||||||||||||
SP883a02 PreamplifierDescription: Datasheet_APD_Preamp_SP883a02.pdf: Datasheet for the low power/low noise (LNP) charge preamplifier SP883a02 for APD readout -- AndreaWilms - 24 Aug 2011 | ||||||||||||||||
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> > |
SP883d PreamplifierDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | |||||||||||||||
THMP (EMC)
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![]() HadCon | ||||||||||||||||
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-- PeterZumbruch - 09 Mar 2010 | ||||||||||||||||
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HadCon2
-- PeterZumbruch - 14 Sep 2011 | |||||||||||||||
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current of only 1 mA. For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | |||||||||||||
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< < |
SP883 Preamplifier | ||||||||||||
> > |
SP883a PreamplifierDescription: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD readout -- AndreaWilms - 12 Oct 2009 | ||||||||||||
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< < | Description: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD/VPT readout -- AndreaWilms - 12 Oct 2009 | ||||||||||||
> > |
SP883d PreamplifierDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | ||||||||||||
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< < |
SP883 Preamplifier Manual | ||||||||||||
> > |
SP883a02 PreamplifierDescription: Datasheet_APD_Preamp_SP883a02.pdf: Datasheet for the low power/low noise (LNP) charge preamplifier SP883a02 for APD readout -- AndreaWilms - 24 Aug 2011 | ||||||||||||
Deleted: | |||||||||||||
< < | Description: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | ||||||||||||
THMP (EMC)
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Description: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD/VPT readout -- AndreaWilms - 12 Oct 2009 | ||||||||||
Added: | ||||||||||
> > |
SP883 Preamplifier ManualDescription: SP883d_Datasheet_Manual_PreampV0.5.8.pdf: Preliminary user manual for the low power/low noise (LNP) charge preamplifier for Panda EMC proto 192 -- AndreaWilms - 24 Aug 2011 | |||||||||
THMP (EMC)
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-- PeterZumbruch - 09 Mar 2010 | |||||||||
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Power supply, Genesys
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-- PeterZumbruch - 09 Mar 2010
(complete and sign post please) | ||||||||||
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Irradiation Tests of Electronic Components
| |||||||
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< < |
Voltage RegulatorsFor the Development of the THMP different low drop-out voltage regulators were tested:
Target CompactRIO controller | |||||||
> > |
Target CompactRIO controller | |||||||
For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009). | ||||||||
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![]() | ||||||||
Added: | ||||||||
> > |
HadCon
-- PeterZumbruch - 09 Mar 2010
TRBv2
-- PeterZumbruch - 09 Mar 2010 | |||||||
(complete and sign post please)
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Hardware | ||||||||
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IOC/Hardware EPICS support is listed here: http://www.aps.anl.gov/epics/modules/index.php | ||||||||
Added: | ||||||||
> > |
PLC Support | |||||||
PT100 (EMC)The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. | ||||||||
Line: 25 to 29 | ||||||||
high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. | ||||||||
Changed: | ||||||||
< < | For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | |||||||
> > | For read-out the THMP will be used. -- FlorianFeldbauer - 25 Sep 2009 | |||||||
SP883 Preamplifier | ||||||||
Changed: | ||||||||
< < | Description: | |||||||
> > | Description: LNP_Q_Preamp_SP883_3_0.pdf: Specs of Low Noise preamplifier for APD/VPT readout -- AndreaWilms - 12 Oct 2009 | |||||||
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The magnetic field showed no influence on the devices. During the irradiation the output voltage of the MIC5200 increases shortly after starting the test. The LT1129 doesn't stand the radiation tests, too. | ||||||||
Changed: | ||||||||
< < | The LP3962 was irradiated with a dose of about 700 Gy and showed no variation during or after the irradiation. -- FlorianFeldbauer - 03 Nov 2009 | |||||||
> > | The LP3962 was irradiated with a dose of about 700 Gy and showed no variation during or after the irradiation. -- FlorianFeldbauer - 03 Nov 2009 | |||||||
Target CompactRIO controller | ||||||||
Changed: | ||||||||
< < | For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with | |||||||
> > | For the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with | |||||||
the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009).
![]() ![]() | ||||||||
Changed: | ||||||||
< < | (sign posts please) | |||||||
> > | (complete and sign post please) | |||||||
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Hardware | ||||||||||
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-- AndreaWilms - 12 Oct 2009
THMP (EMC) | ||||||||||
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< < | Temperature and Humidity Monitoring Board for PANDA | |||||||||
> > |
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Voltage Regulators | ||||||||||
Added: | ||||||||||
> > | ||||||||||
For the Development of the THMP different low drop-out voltage regulators were tested: | ||||||||||
Line: 56 to 56 | ||||||||||
-- FlorianFeldbauer - 03 Nov 2009 | ||||||||||
Added: | ||||||||||
> > |
Target CompactRIO controllerFor the target subsystem, we will use a CompactRIO controller running LabVIEW, which will communicate with the main EPICS system. More specs, documentation, link to Andrea's talk (GSI, Dec 2009).![]() ![]() | |||||||||
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Hardware | ||||||||
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-- FlorianFeldbauer - 25 Sep 2009 | ||||||||
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< < |
SP917 Preamplifier | |||||||
> > |
SP883 Preamplifier | |||||||
Description: | ||||||||
Changed: | ||||||||
< < |
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> > |
| |||||||
Changed: | ||||||||
< < | -- (Please sign your post) | |||||||
> > | -- AndreaWilms - 12 Oct 2009 | |||||||
THMP (EMC)Temperature and Humidity Monitoring Board for PANDA | ||||||||
Changed: | ||||||||
< < |
DocumentationThere will be a documentation of the development of the THMP with all tests and results soon | |||||||
> > | ||||||||
Voltage RegulatorsFor the Development of the THMP different low drop-out voltage regulators were tested:
| ||||||||
Line: 54 to 54 | ||||||||
The LT1129 doesn't stand the radiation tests, too. The LP3962 was irradiated with a dose of about 700 Gy and showed no variation during or after the irradiation. | ||||||||
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< < | -- FlorianFeldbauer - 30 Sep 2009 | |||||||
> > | -- FlorianFeldbauer - 03 Nov 2009 | |||||||
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high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. | ||||||||
Added: | ||||||||
> > | For read-out the THMP will be used. | |||||||
-- FlorianFeldbauer - 25 Sep 2009 | ||||||||
Line: 37 to 37 | ||||||||
-- (Please sign your post) | ||||||||
Added: | ||||||||
> > |
THMP (EMC)Temperature and Humidity Monitoring Board for PANDADocumentationThere will be a documentation of the development of the THMP with all tests and results soonVoltage RegulatorsFor the Development of the THMP different low drop-out voltage regulators were tested:
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Hardware | ||||||||
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PANDA. Please link to here from http://nuclear.gla.ac.uk/DCS/interactiveTable.php?name=Hardware | ||||||||
Changed: | ||||||||
< < |
PT100 (EMC) | |||||||
> > |
EPICS Support | |||||||
Changed: | ||||||||
< < | This is a first example of a link from the REQ DB to here, but please add the relevant description once it becomes possible. | |||||||
> > | IOC/Hardware EPICS support is listed here: http://www.aps.anl.gov/epics/modules/index.php | |||||||
Added: | ||||||||
> > |
PT100 (EMC) | |||||||
Changed: | ||||||||
< < | -- DanProtopopescu - 10 Sep 2008 | |||||||
> > | The self-made PT100 for the EMC are based on a 50 cm long platinum wire with a diameter of 25 µm. The platinum wire is brought onto a self-adhesive Kapton film and covered with a non-adhesive film on the back-side. The measurement is to take place via a four-terminal sensing, which allows to ignore the resistance of the supply wires to the point where the sensor starts. This is a common method to ensure high-precision resistance measurements. The resistance of the sensor at 0 °C is chosen to be 100 Ohms to provide comparability to commercial PT100-sensors and to obtain measureable voltages with a testing current of only 1 mA. | |||||||
Added: | ||||||||
> > | -- FlorianFeldbauer - 25 Sep 2009 | |||||||
SP917 Preamplifier |
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HardwareIt is a good idea to share early experience with hardware between the DCS detector subgroups, as this would | ||||||||
Changed: | ||||||||
< < | encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
> > | encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
Changed: | ||||||||
< < | If you have researched, tested, built or purchased sensing/control hardware for your detector group, or you | |||||||
> > | If you have researched, tested, prototyped or purchased sensing/control hardware for your detector group, or you | |||||||
have previous experience with a certain piece of hardware and plan to use it, please add a short description herein. Of most relevance are the connectivity, driver availability and technical support available within PANDA. Please link to here from http://nuclear.gla.ac.uk/DCS/interactiveTable.php?name=Hardware | ||||||||
Line: 20 to 20 | ||||||||
-- DanProtopopescu - 10 Sep 2008 | ||||||||
Added: | ||||||||
> > |
SP917 PreamplifierDescription: | |||||||
| ||||||||
Added: | ||||||||
> > | -- (Please sign your post) | |||||||
|
Line: 1 to 1 | ||||||||
---|---|---|---|---|---|---|---|---|
HardwareIt is a good idea to share early experience with hardware between the DCS detector subgroups, as this would | ||||||||
Changed: | ||||||||
< < | encourage early standardization and pooling of knowledge. | |||||||
> > | encourage early standardization and pooling of knowledge. Please sign your posts. | |||||||
If you have researched, tested, built or purchased sensing/control hardware for your detector group, or you have previous experience with a certain piece of hardware and plan to use it, please add a short description herein. Of most relevance are the connectivity, driver availability and technical support available within | ||||||||
Changed: | ||||||||
< < | PANDA. | |||||||
> > | PANDA. Please link to here from http://nuclear.gla.ac.uk/DCS/interactiveTable.php?name=Hardware | |||||||
PT100 (EMC) | ||||||||
Line: 20 to 20 | ||||||||
-- DanProtopopescu - 10 Sep 2008 | ||||||||
Added: | ||||||||
> > |
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Added: | ||||||||
> > |
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