BEGIN:VCALENDAR VERSION:2.0 PRODID:-//linuxsoftware.nz//NONSGML Joyous v1.4//EN BEGIN:VEVENT SUMMARY:Data acquisition system for the magnetics diagnostics in COMPASS-U DTSTART:20221027T113000Z DTEND:20221027T133000Z DTSTAMP:20260624T112024Z UID:ec8ca321-0290-48dd-b37d-3a23551daca0 SEQUENCE:5 CREATED:20221025T151914Z DESCRIPTION:COMPASS-U will be a new magnetic fusion experiment\, designed to support the operation of ITER and to serve as a stepping stone on the r oad to DEMO\, addressing key challenges in its construction and design. As such it will be a high magnetic field device (5T)\, supporting high densi ties and power fluxes relevant to ITER and DEMO. As with any magnetic fusi on device magnetic diagnostics are fundamental for both plasma control and scientific studies. The requirements placed on the acquisition system for these diagnostics are not readily found in the market and a custom design has the potential to fulfil them at a lower cost. The design of a data ac quisition system satisfying the requirements of the magnetic diagnostics i n COMPASS-U is presented. The carrier board under design is based on a FPG A SoM and is compatible with existing isolated 2MSPS ADC modules. This mod ule confers flexibility to the design and allows the functionality of the board to be extended to suit other data acquisition applications requiring a high number of channels and a high volume of data at a low cost per cha nnel.(Password: 1911\, Meeting ID: 932 4201 1237) LAST-MODIFIED:20221103T160921Z LOCATION:Online URL:http://df.vps.tecnico.ulisboa.pt/pt/eventos/data-acquisition-system-fo r-the-magnetics-diagnostics-in-compass-u/ X-ALT-DESC;FMTTYPE=text/html:

COMPASS-U will be a new magnetic fusion experiment\, designed to support the operation of ITE R and to serve as a stepping stone on the road to DEMO\, addressing key ch allenges in its construction and design. As such it will be a high magneti c field device (5T)\, supporting high densities and power fluxes relevant to ITER and DEMO. As with any magnetic fusion device magnetic diagnostics are fundamental for both plasma control and scientific studies. The requir ements placed on the acquisition system for these diagnostics are not read ily found in the market and a custom design has the potential to fulfil th em at a lower cost.

The design of a data acquisition system sati sfying the requirements of the magnetic diagnostics in COMPASS-U is presen ted. The carrier board under design is based on a FPGA SoM and is compatib le with existing isolated 2MSPS ADC modules. This module confers flexibili ty to the design and allows the functionality of the board to be extended to suit other data acquisition applications requiring a high number of cha nnels and a high volume of data at a low cost per channel.


( Password: 1911\, Meeting ID: 932 4201 1237)

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