D0 Workshop 12.12.2002 Bagby, Foglesong John Foglesong Run 2B SMT Low Voltage Power The present location of the SMT DC power supply units creates a problem.

Slides:

Advertisements

Similar presentations

SITOP power facets A&D SE PS SITOP power Automation and Drives SITOP power flexi The power pack handles it all - from 3 to 52V SITOP power.

Advertisements

HV-LV DCS Workshop – 16/03/2004 G. De Cataldo, A. Franco, A.Tauro - INFN Bari Progress report on the HMPID LV System Cabling and LV sectorsCabling and.

The physical parts of Computer

Bagby L0 Workshop L0 Infrastructure  Mapping  Installations u Horseshoe Area s Adapter Card u Cathedral s Low Voltage Fuse Panel u Platform s.

Part 1: Introduction FRC Introduction  FRC 2907 since 2008  Each area of the robot has a team assigned  The Electronics team is headed this year.

Presents The Silver Family An Integrated Approach to Processors, Data Communication and Head End Integration.

Development of a Linux- based small-size controller using PoE technology T. Masuda, T. Fukui, R. Tanaka SPring-8 ICALEPCS2005, Oct , Geneva, Switzerland.

Final Presentation 2004 Momentum Measurement Card (MMC) Project supervised by: Mony Orbach Project performed by: Hadas Preminger Uri Niv.

BTeV RICH HV System. The RICH HV System Power One 24V – 1.2A TNG Matsusada HVPS HPD.

CMS Tracker Week – Module Test Meeting – April 2003 – Patrick Gartung 1 Status of US long term module testing Patrick Gartung University of California,

Mainz: Contributions to the LArg-Calorimeter Purity monitoring of the liquid argon and temperature measurement in the three cryostats - Old electronics.

2.5 High-Speed Discrete Control System

This is a set of working notes – hopefully useful to illustrate the tests that have been made, but not intended as a real “presentation”. MPOD special.

CCTV SYSTEMS CAMERA POWER SUPPLIES.

Control & Monitoring of DC-DC Buck Converters Satish Dhawan Yale University Power Distribution Working Group Meeting- Tuesday 24 February 2009 ATLAS Upgrade.

Status of LAV FEE electronics G. Corradi, C. Paglia, D. Tagnani & M. Raggi, T. Spadaro, P. Valente.

Baluns and video amplifiers

David MacNair POWER SUPPLY 3/30/20061 Ethernet Power Supply Controller.

A* candidate for the power supply Wiener MPOD-LV crate w/ remote control only (except for local on/off switch) Type “EC LV” Front or rear connections (reverse.

Low Voltage Power Requirement of TOF FEEs. Maximum tray. Low Noise:  Periodic and Random Distortion (PARD) < few mV RMS Floating.

PPS 3.3 C Portable Power Source Page 1 January 2011.

Smart transmitters.

Electronics for PS and LHC transformers Grzegorz Kasprowicz Supervisor: David Belohrad AB-BDI-PI Technical student report.

1 Low Voltage Power Supplies for ALICE TB L.Jirden u Recall: u target devices & possible solutions u Outstanding actions.

DLS Digital Controller Tony Dobbing Head of Power Supplies Group.

LSST Electronics Review – BNL, January LSST Electronics Review BNL January Power & Voltage Plan R. Van Berg Electronics Mini-Review.

Status of QBPM Electronics and Magnet Movers as of June 3 rd 2008 D. McCormick, J Nelson, G White SLAC S Boogert Royal Holloway Y. Honda, Y.Inoue KEK.

Magellan Telescopes Observatory Report Accomplishments Problems Work in Progress Network f5 mirror coating.

1 Low Voltage Power Supplies for ALICE ALICE week June 04 L.Jirden u Detector requirements u Target Devices u Procurement u Actions.

1 Low Voltage Power Supply Specification DCS Workshop 8 Sept 03 L.Jirden.

Figure 1: ICD Single Channel Block Diagram Schematic PMT High Voltage Supply (see Figure 4 & 4a) LED Pulser PMT Calibration (see Figure 6) ICD Scintillator.

LNL 1 SLOW CONTROLS FOR CMS DRIFT TUBE CHAMBERS M. Bellato, L. Castellani INFN Sezione di Padova.

Bagby, Foglesong General Silicon Meeting Run IIb LVPS Status  Design Goals  Key Issues  System Diagrams  Prototype – 1%  Plans.

HV-Splitter for RENO Project S. Stepanyan, 김우영 경북대학교 Y.Kim Sejong University May-2008.

UF –PNPI HV system status August 2008 Sergey Volkov Nikolai Bondar PNPI.

Acquisition Crate Design BI Technical Board 26 August 2011 Beam Loss Monitoring Section William Vigano’ 26 August

1 10 th October 2007Luciano Musa Considerations on readout plane IC Area (die size) 1-2 mm 2 /channel Shaping amplifier 0.2 mm 2 ADC0.6 mm 2 (estimate)

L0 Technical Readiness Review-Electronics Installation Linda Bagby L0 Electronics Installation  System Electronics Overview u Low Voltage s Filter.

Alice DCS workshop S.Popescu 1 1. News from TPC DCS cooling prototype Project overview: Aim of the prototype: investigating and developing standard.

Low Voltage Workshop, CMS Electronics Week CERN, 8 June 2010 W. Lustermann, ETH Zurich EB + EE LV systemOPFC MonitoringEB HV systemEE HV system.

Alice MTR DCS F.Jouve 15 th DCS workshop CERN 13/03/2006 UX-A,B,D Detector PVSS II Detector Ethernet Database(s) OPC client DIM client 1672 Detector ?

Director’s Review of RunIIb Dzero Upgrade Installation Linda Bagby L0 Electronics Installation  System Electronics Overview u Low Voltage u High.

Alice DCS workshop S.Popescu ISEG Crate controller + HV modules ISEG HV modules 12 Can bus PVSS OPC Client 1 Generic OPC Client Iseg OPC.

5th March 0718th DCS Workshop1 News on ISEG & WIENER Lionel Wallet, CERN High Voltage, Low Voltage & VME Crate control.

LIGO-G9900XX-00-M LIGO II1 Why are we here and what are we trying to accomplish? The existing system of cross connects based on terminal blocks and discrete.

9/12/2003Ivan Hruska1 First box prototype –Box design in July ‘03 –Box produced during August ’03 Tested last week in few fingers Small changes necessary.

Application & Control method for 62000B Series DC Power Supply.

D. EliaALICE week / DCS workshop - Sept 20, SPD Power Supply System DCS status Domenico Elia INFN Bari.

DCS meeting - CERN June 17, 2002V.Kouchpil SDD DCS status Low Voltage system End-ladder ASIC High Voltage system Cooling system Schedule.

Alarm units AL 175 NT and Aeon Gold For small, medium and large power range.

AEON 4000 Including the SMPS 4000 rectifier and the AEON Gold Alarm & Monitoring Unit.

FLATPACK Rev.5 September 2002 Updated versions may be available.

Design summary Status of the development & production - test run with S3a and S3b prototype - performance tests To do list for production & development.

P. Timmer Nikhef Amsterdam Afd. ET. Acceptance test 400V – 12V DC-DC converter Chroma DC Electronic load Delta Elektronika SM 400-AR-4 400V 2A.

Requested hardware for Clermont-Ferrand in the test beam 2015 September 23 Roméo Bonnefoy and François Vazeille This material is provided by LPC and Collaboration:

OPW’s FSC3000™ Fuel Site Controller Overview, Features and Benefits

PADME Front-End Electronics

Calorimeter Mu2e Development electronics Front-end Review

Power Supply Development for JEDI Polarimeter Modules

Injectors BLM system: PS Ring installation at EYETS

W A T Supplying system test with external supplies

Development electronics SIPM-MU2e

GROUND-FAULT GROUND-CHECK MONITOR

Electronics: Demod + 4Q FE

Radiation- and Magnet field- Tolerant Power Supply System

NI Data Acquisition (DAQ) Wiring and Connections

Series 5300 Lithium Cell Formation System

RPC Electronics Overall system diagram Current status At detector

Red-y compact 2. red-y compact 2 compact 2 series Launch 2015 Adding of alarm module 2016 New concept to replace compact 1 series No more Li-Ion battery.

Presentation transcript:

D0 Workshop Bagby, Foglesong John Foglesong Run 2B SMT Low Voltage Power The present location of the SMT DC power supply units creates a problem whenever a power unit needs to be serviced or replaced. The problem being that the iron must be opened to permit access to the power units.

D0 Workshop Bagby, Foglesong John Foglesong Run 2B SMT Low Voltage Power  1) Relocate the power supplies on first floor of movable counting house so that service and or replacement can be done at any time.  2) Find a commercial power supply to supply SMT Low Voltage DC power.  3) Redesign fuse panel for better reliability.  4) Use remote sensing at present fuse panel locations.  5) Route wiring from power supply units across cable bridge up north end to cathedral areas on east and west sides to new fuse panels.

D0 Workshop Bagby, Foglesong John Foglesong Purposed Relocation

D0 Workshop Bagby, Foglesong John Foglesong MCH Location

D0 Workshop Bagby, Foglesong John Foglesong Power Supply Requirements Need 2 Power Supplies now for 1% and 10% testing Need 8 Power Supplies for final system Requirements: Long distance remote sensing (150 Ft.) Delayed compensation for better stability 208 VAC input power Monitoring and control compatibility Power failure– and system reset- signals Remote interlock input

D0 Workshop Bagby, Foglesong John Foglesong Wiener PL500 DC output characteristics: Remote capabilities Individually sensed Continuously controlling regulator to load Long distance sensing with delayed compensation Voltage adjustment (10 mv resolution) Noise measurements 330µF and 1µF ceramic across load 100nF HF- conducting to case Wire length from power supply to load 0.5m wire:< 10mVpp (0-20MHz ) 3mVrms(0-2MHz) 10m wire:< 3mVpp (0-300MHz)

D0 Workshop Bagby, Foglesong John Foglesong Wiener PL500 PL500-front

D0 Workshop Bagby, Foglesong John Foglesong Wiener PL500 PL500-back

D0 Workshop Bagby, Foglesong John Foglesong Interface Crate 0 Power

D0 Workshop Bagby, Foglesong John Foglesong Interface Crate 1 Power

D0 Workshop Bagby, Foglesong John Foglesong Interface Crate Power Interface Power supply for use with either crate PL 500 Power Supply Suggestions Output Voltage Current PowerVoltageCurrentMax Number Require Required RequiredRange Range Power V A W 5-10V 80A600W V 4.50 A W12-30V 11.5A280W V A W 2-7V 30A210W V A W 2-7V 115A550W V A W 2-7V 115A550W Total Watts

D0 Workshop Bagby, Foglesong John Foglesong Adapter Card Adapter Card Power Requirements Current Current Current Current Current PS unit Per hybrid Per hybrid Per End Total Per Oct. volts ma amps amps amps amps

D0 Workshop Bagby, Foglesong John Foglesong SE Crate 0 Adapter Cards

D0 Workshop Bagby, Foglesong John Foglesong SE Crate 1 Adapter Cards

D0 Workshop Bagby, Foglesong John Foglesong SW Crate 0 Adapter Cards

D0 Workshop Bagby, Foglesong John Foglesong SW Crate 1 Adapter Cards

D0 Workshop Bagby, Foglesong John Foglesong Can Bus Interface Provide Can Bus interface For 1% and 10% testing 1) PC 2) Network Interface Card (Can Bus card) 3) Network Interface Card (Ethernet card) 4) Lab View Software 5) Lab View / Epics Software

D0 Workshop Bagby, Foglesong John Foglesong New Distribution Panel

D0 Workshop Bagby, Foglesong John Foglesong New Fuse Panel

D0 Workshop Bagby, Foglesong John Foglesong Voltage Drops VCC

D0 Workshop Bagby, Foglesong John Foglesong Voltage Drops 15 V

D0 Workshop Bagby, Foglesong John Foglesong Voltage Drops VDD to Hybrid

D0 Workshop Bagby, Foglesong John Foglesong Voltage Drops VDD

D0 Workshop Bagby, Foglesong John Foglesong Power Supply cost  Price for PL500-F8 power supply (quantity 1...4) : 6,045.00$ u Two Power Supplies have been ordered and will be here in January  Special price for 8 power supplies, each : 5,743.00$  Delivery time: about 12 weeks aro

D0 Workshop Bagby, Foglesong John Foglesong Can bus cost  CAN-USB, USB interface for CAN-bus, with P-CAN light driver,  P-Can view software and WIN-CRM, windows crate  manager software for CAN-bus based WIENER crate  remote control (Windows 95 / 98 version / XP)  Price per system: $ u One has been ordered and is somewhere on site  Delivery time: about week a.r.o.