The automatic control of the interferometric Virgo antenna for gravitational wave detection requires a digital control system characterized by high-speed and low-noise. We have designed and are now testing a prototype for the real-time control of the various degrees of freedom, which is based on VME architecture. Its characteristics are general enough to make it able to satisfy the different and stringent specifications of many physical and engineering applications.
High-speed low noise digital control system / Barone, F.; Calloni, Enrico; DE ROSA, Rosario; DI FIORE, L.; Milano, L.; Russo, Guido. - Volume: 41 , Issue: 1:Issue: 1(1994), pp. 194-199. (Intervento presentato al convegno IEEE 8th Conference on Real-Time Computer Applications in Nuclear, Particle and Plasma Physics nel 1993) [10.1109/23.281488].
High-speed low noise digital control system
CALLONI, ENRICO;DE ROSA, ROSARIO;RUSSO, GUIDO
Writing – Review & Editing
1994
Abstract
The automatic control of the interferometric Virgo antenna for gravitational wave detection requires a digital control system characterized by high-speed and low-noise. We have designed and are now testing a prototype for the real-time control of the various degrees of freedom, which is based on VME architecture. Its characteristics are general enough to make it able to satisfy the different and stringent specifications of many physical and engineering applications.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
