Goals
- improve the stability of the DAFNE orbit acquisition system.
Overall strategy
- get rid of the phisical DEVIL204 by moving its code to a virtual machine;
- get rid of the 4 LEXTEL couples by employing the SIS3153 VME Ethernet controllers.
Repository
| Type | Details |
|---|---|
Type | git |
Link / Path | https://baltig.infn.it/lnf-da-control/lv-dcs-new204 |
Branch | main |
Hardware description
| Type | Description |
|---|---|
| Processor | Standard DANTE vldantedevxxx |
| VME controllers | Nr. 4 VME controller SIS3153 USB-0 USB3.0-VME Interface with 1 Gbps SFP Tranceiver |
| VME hardware | Standard Apple DEVILs (364-5-6-7), HP DVM+MUX |
| Hardware | Bergotz modules for BPM signal acquisition |
Programming languages
| Language | Required Add ons/Plugins/Extensions/Libraries |
|---|---|
| LabVIEW 12.0.1f5 (32-bit) | liblv2vmechaos.lvlib (for SIS3153 usage) |
Description
Due to safety reasons, the development of the new DEVIL204 takes place on the virtual machine vldantedev038 that temporarily mounts a copy of the dcs_lv12/source_linx actual directory.
All the VIs modified/added/removed are supposed to be contained in the directory .../0_classes/GOD/. Any derogation from this assumption will be highlighted below.
A LabVIEW project (GOD.lvprog) keeps track of all the DEVIL204 VIs.