1 / 31

Gas Control Electronics Status Report

Gas Control Electronics Status Report. A. Bartoloni, B. Borgia, F. Spada. Control Electronics. UG crate specifications. UG CRATE. 10 Boards 6U height (AMS VME type) 2 slots UGSCM dedicated 8 slots for control boards All control boards use FPGA to interface

randi
Download Presentation

Gas Control Electronics Status Report

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Gas Control Electronics Status Report A. Bartoloni, B. Borgia, F. Spada

  2. Control Electronics

  3. UG crate specifications UG CRATE • 10 Boards 6U height (AMS VME type) • 2 slots UGSCM dedicated • 8 slots for control boards • All control boards use FPGA to interface • the USCM bus and to pilot the device drivers • 2 boards to control the BOX-S (UGBS) • 14 solenoid valves • 5 heater • 7 press. & temp. sensors • 1 Dallas temperature sensors chain • 2 boards to control the BOX-C (UGBC) • 2 circulation pumps • 4 solenoid valves • 2 press. & temp. sensors • 1 CO2 analyzer (RS232) • 1 MCA (RS232) • 1 monitor tubes • 42 boards for Manifold control • 42 to control the 16440 flipper valves located in the manifolds (UGFV-AC., UGFV-BD) • logics for 8220 pressure sensor signals multiplexing will be inserted in the UGFV boards UGBP UGBS-B UGBS-A UGSCM-B UGSCM-A UGBC-A UGFV-AC-B UGB-B UGFV-BD-A UGFV-BD-B UGFV-AC-A hot boards cold boards

  4. GAS control electronics status • UGPS FM ready to be coated (7 wd) and then to be qualified with manifolds at Aachen • QM1 UG crate functional test done ( QM2 needed ) • design of SSF adopting a modified LDDR circuit (W.Karpinsky) • SSF breadboard in development to be tested with QM1 • Schematics design approval after TIM

  5. QM to QM2…….. • Following the change of linear regulators TPS73xx, power distribution scheme and some minor changes required by safest operations (short circuits on cables or components), we are designing new QM UGxx boards with following modifications • replace the TPSxxxx regulators with SEL free LP2989 (UGBS, UGBC, UGFV) • put limiting resistor on Kulites and GP50 power supply lines (UGBS, UGBC) • separate 12V power supply for UGPS and flipper valve (UGFV) • introduce LP2953 regulator to generate 24V for pumps high speed(UGBP) • introduce LP2953 regulator to generate 21V for analog mux(UGBP) • generate 3.3V from 5V VCC • introduce Solid State Fuses (SSF) for short circuit protection on 5V, on each module. • introduce pull-down resistors on Mosfet gates

  6. UG crate schedule

  7. To UGPD UG crate UGSCM Connections LeCroy LB_7 LB_6 LB_7 LB_6 UGSCM-A UGSCM-B LB_0 LB_1 LB_2 LB_3 UGBS-A UGBS-B UGBC-A UGBC-B UGFV AC-A UGFV AC-B UGFV BD-A UGFV BD-B

  8. UG crate UGSCM-A UGSCM-B UGSCM Connections AIN(24:29) AIN(16:21) AIN(8:13) AIN(0:5) TTY 0 TTY 0 DS_8 DS_8 UGBS-A UGBS-B UGBC-A UGBC-B UGFV AC-A UGFV AC-B UGFV BD-A UGFV BD-B

  9. UGFV BD-B UGFV AC-B UGFV BD-A UGFV AC-A UGSCM-A UGSCM-B UGBS-A UGBC-A UGBS-B UGBS-B GND 5.6V-A 5.6V-B 12.5V-A 12.5V-B 29V-A 29V-B 3.4V-A 3.4V-B

  10. UGBS 29 V power supply Maximum current 2.175 Amp (Open 2 Marotta Valve + All PS short circuit current) 28.925V 28V MV 14 X ( MOSFET 12CWQ03FN MOSFET ) 28V H 5 X ( MOSFET 12CWQ03FN MOSFET ) 20V KPS R 3 x ( 1N4148 1K3 Ohm ) 10V GP50 R 4 x ( 1N4148 1K2 Ohm ) GND

  11. UGBC 29 V power supply Maximum current 2.25 Amp (Open 2 Marotta Valve + Pump full speed + All PS short circuit current) 28.925V 28V MV 4 X ( MOSFET 12CWQ03FN MOSFET ) 10V GP50 R 2 x ( 1N4148 1K2 Ohm ) 25.745V 25.2V 24V P LR R 15 ohm LP2953 MOSFET 1N4002 MOSFET GND

  12. UGFV 29 V power supply Maximum current 20 mA (UGFV analog multiplexers) 28.925V 21V Mux LR LP2953 6 x HL508 GND

  13. 29 V power supply

  14. UGBC 12 V power supply Maximum current 0.3 Amp (Pump half speed + MCA ON + Spirometer ON) 12V 11V 12.460V P LR LM2941 MOSFET 1N4002 MOSFET 6 5V MCA LR LM2941 1N4002 9.5V 8.5V CO2 LR LM2941 1N4002 GND

  15. UGFV 12 V power supply Maximum current 0.4 Amp (Open 2 Flipper Valve + 8 manifold PS ON) PS 12.460V 12.3 12V PS PS PS LR PS PS LM2941 RB051L-40 11.85V 12.3V FV FV LR LM2941 RB051L-40 GND

  16. 12.5 V power supply

  17. UGxx 5V power supply 5.6V 2.5V FPGA SSF LR LP2989-2.5 3.3V LVDS LR LP2989-3.3 RS232 ADC GND

  18. 5.6 V power supply

  19. QM design • Design of control electronics from EM to QM updated after test session in August 2004 • Further modifications were introduced because of gas circuit changes, e.g. 24V to 30V • Radiation test of few components performed at Karlsruhe, May 2005

  20. EM  QM • Change power supply: 24V30V; supply for Kulite, Marotta valves, pumps, heaters • Pumps power supply: 12V directly from DC-DC converter, 24V with step-down circuit 30V24V. • Heaters x CO2, Xe vessels: on/off switches identical to Marotta valves switches • Added Kulite gauges • Dallas T sensors replacing GP-50 T: + n. 2 dedicated links to USCM No basic circuit was modified, i.e. ADC, switches, serial link

  21. UGxx-QM functional testUG-QM modules ready June 15, 2006

  22. UG-QM modules functionality test • Backplane: • Change of power lines • Commichau prescriptions • new QM backplane

  23. UG-QM modules functionality test • Only one major problem with ADC conversion. Cured by changing the conversionstart-readout scheme, FPGA reprogrammed. • Error on Vcc for multiplexer on UGFV. Cured by adding step down circuit 29V  21V.

  24. Components TIM January 2007: components list with several questionable elements • Kounine revised the components list and marks the following ones: • TPS73xx on AMS component list marked as NON-FLIGHT • SUB85N10-10 not on AMS part list • HI-508 not on AMS part list • AD620BR not on AMS part list • G&A provided documents on rad test. The only remaining non flight is TPS73xx

  25. TPS73xx • TPS73xx were selected following the AMS Preferred Part List of 2001, displayed on AMS web page. • In the the updated list of 2003 the TPS73xx are marked NOT flight. • TPS73XX can be replaced by LP2989, latch free. • LP2989 is not pin to pin compatible, therefore needs a new layout and a new PCB

  26. UG modules production schedule • QM1 modules test at CERN. Approval of circuit diagrams. • OK to proceed • Construction new UGxx-QM2 3 months after the OK (functionality test included) • Qualification tests UGxx-QM2  SERMS • Construction UGxx-FM 3 months • Acceptance test UGxx-FM  SERMS • Delivery of UGxx-FM can be reduced to 1 month 1/2 if FM-PCBs are produced at same time of QM2-PCBs

  27. Qualification and acceptance tests Guidelines for the qualification and acceptance tests of the AMS-02 electronics (Notes compiled by G. Ambrosi for the AMS-02 SubDetector Electronic group, September 28th 2005.Feedback, comments and corrections are welcome.) In this short report are summarized the guidelines for the definition of the qualification and acceptance procedure to be implemented for all the box electronics of the AMS--02 experiment. The informations and specifications reported are derived from the discussions within the Sub-Detector Electronics group, from the indications of the CSIST people and from the experience gained with the test of J/JT/JPD crate. The guidelines reported here do apply to the following hardware (for the detailed nomeclature and list look in the Flight Design ): U- , T- , S- , E- ,J- , JT- ,TT- , UG- , M- crate UPD, TPD, TSPD, ERPD, JPD, UGPD, TMPD,SHV, RHV, EHV As a general rule no design modifications are allowed between the QM and FM/FS.

  28. Q & A tests • The tests will be performed at Terni, SERMS facility • Conduction of tests by : Alessandro Bartoloni, Bruno Borgia, Francesca Spada + G&A engineers (R. Bellarosa, M. Tucceri) + Perugia?

  29. UGPS simulator Press. Sens. simulator Lab PS A 29VB,12VB,5VB,3VB UG crate Lab PS B TRD GAS Simulator 29VA,12VA,5A,3VA CAN PC EPP PC D A Q

  30. COST • Construction of # 2+2 modules QM2 UGBS, UGBC • Construction of # 4 modules QM2 UGFV • Construction of # 1 backplane QM2 Total ≈ 45 K € (G&A valuation) • FM modules are covered by the contract with G&A • to be reviewed after last modifications

  31. 26PC-C Pressure Sensor Monitor • 82 pressure sensors (honeywell 26PC-C) arranged in 16 modules • (14 with 5 p.s. and 2 with 6 p.s.) • The typical output signal from the sensor (Out+ / Out-) is in the ±30 mV range and isconditionedand multiplexed to be connected to the UGSCM ADC lines (0 to 4.096 VDC) From others modules Manifold module (6/5 pressure sensors) UGPS module local to the sensors UGFV-xx board in the UG crate Out+ x6 to USCM ADC-In 1:8 GND +12 26PC-C x6 x6 Out-

More Related