Detection bench electronic racks (January 2016)

Detection bench electronic racks (January 2016)

Detection bench electronic racks (January 2016)

Three racks hosting the electronics to control the superattenuator where a bench used to acquire the interference pattern is suspended and the electronics to control the optical elements installed on this bench.
On the background, vacuum enclosure of superattenuators are visible.

Credits: The Virgo collaboration/LAPP

Album: Instruments – Computing/Electronics

Tags: #Electronics #rack #superattenuator #Virgo

Read More

Mechanical filter of a superattenuator (January 2016)

Mechanical filter of a superattenuator (January 2016)

Superattenuators are used to suspend the main interferometer mirrors and benches to isolate them from the seismic ground vibrations. Here, a mechanical attenuator, part of a superattenuator, is being installed. The attenuator is then enclose in a vacuum tower.

Credits: Cyril Frésillon/Virgo/Photothèque CNRS

Album: Instruments – Payloads/Suspensions/Mirrors

Tags: #mechanical filter #superattenuator #suspension #Virgo

Read More

Installation of a mirror superattenuator (January 2016)

Installation of a mirror superattenuator (January 2016)

Superattenuators are used to suspend the main interferometer mirrors and benches to isolate them from the seismic ground vibrations. Here, a superattenuator, surrounded by a scaffolding, is being installed. The attenuator is then enclose in a vacuum tower.

Credits: Cyril Frésillon/Virgo/Photothèque CNRS

Album: Instruments – Payloads/Suspensions/Mirrors

Tags: #Virgo #superattenuator #scaffolding #installation

Read More