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## Committed
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## Committed
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- [CERN](http://public.web.cern.ch/public/)
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- [CERN](http://public.web.cern.ch/public/)
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- Upgrade of CERN Timing and Control systems
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- General Machine Timing system upgrade in the Antiproton
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Decelerator and the ELENA ring (Jean-Claude Bau, January 2013)
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- BTrain upgrade: a system to distribute the value of the bending
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magnetic field in synchrotrons in real-time
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- Magnetic field measurement and distribution of the data in
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real-time (M. Buzio,
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[TE-MSC](https://te-dep.web.cern.ch/te-dep/structure/MSC/MM/index.html),
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January 2013)
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- Electrical Power Converter system (J-L. Gomez Costa,
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- Electrical Power Converter system (J-L. Gomez Costa,
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[TE-EPC](http://cern.ch/te-dep-epc/nw_general/welcome.stm), June
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[TE-EPC](http://cern.ch/te-dep-epc/nw_general/welcome.stm),
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2013)
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June 2013)
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- POPS: Power converter for PS Ring Main Dipole
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- POPS: Power converter for PS Ring Main Dipole
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- Receive the measurement Bfield from Btrain: POPS
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- Receive the measurement Bfield from Btrain: POPS
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Converter receives a Field Reference and it will use the
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Converter receives a Field Reference and it will use
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measured Bfield as a correction on the Converter
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the measured Bfield as a correction on the Converter
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regulation loop.
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regulation loop.
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- Send PS Ring Main Dipole current (Im) to Btrain and PFW
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- Send PS Ring Main Dipole current (Im) to Btrain and
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devices: We take advantage of the White-Rabbit
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PFW devices: We take advantage of the White-Rabbit
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infrastructure to distribute this signal so no extra
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infrastructure to distribute this signal so no extra
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cabling is needed. This transmission is done @ 1KHz.
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cabling is needed. This transmission is done @ 1KHz.
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- PFW: Phase Loop Windings Converters for PS Ring Main Dipoles
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- PFW: Phase Loop Windings Converters for PS Ring Main
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Dipoles
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- Receive the measurement Bdot from Btrain and PS Ring
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- Receive the measurement Bdot from Btrain and PS Ring
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Main Dipole Current (Im) from POPS:PFW Converters uses
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Main Dipole Current (Im) from POPS:PFW Converters
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those signals to compensate for the effect of the Main
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uses those signals to compensate for the effect of
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Dipole current on the PFW windings.
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the Main Dipole current on the PFW windings.
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- Radio-Frequency Group, Feedbacks and beam control (M.Sundal,
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- Radio-Frequency Group, Feedbacks and beam control (M.Sundal,
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[BE-RF-FB](https://espace.cern.ch/be-dep/RF/FB/default.aspxm),
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[BE-RF-FB](https://espace.cern.ch/be-dep/RF/FB/default.aspxm),
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June 2013)
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June 2013)
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- Module in the PS that will receive information about the
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- Module in the PS that will receive information about the
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B-train over White Rabbit and calculate the RF frequency.
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B-train over White Rabbit and calculate the RF
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Part of the upgrade of the RF program in the PS. Prototyping
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frequency. Part of the upgrade of the RF program in the
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with [SPEC](https://www.ohwr.org/spec/wiki) and [WR Starting
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PS. Prototyping with
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[SPEC](https://www.ohwr.org/spec/wiki) and [WR Starting
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Kit](https://www.ohwr.org/project/wr-starting-kit/wiki).
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Kit](https://www.ohwr.org/project/wr-starting-kit/wiki).
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Final system will use the
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Final system will use the
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[SVEC](https://www.ohwr.org/project/svec/wiki).
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[SVEC](https://www.ohwr.org/project/svec/wiki).
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