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Cebreros Station: Difference between revisions

Coordinates: 40°27′10″N 4°22′03″W / 40.4528°N 4.3676°W / 40.4528; -4.3676
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Until 2002, ESA lacked its own means to communicate with ships destined to other planets, or in very distant orbits and depended on NASA's network of listeners to receive the data collected by them.
Until 2002, ESA lacked its own means to communicate with ships destined to other planets, or in very distant orbits and depended on NASA's network of listeners to receive the data collected by them.

Description

The mobile dish of the antenna is 35 meters in diameter. The entire structure measures 40 meters in height and weighs 620 tons. The foundations begin at 20 meters deep. Much of the machinery responsible for moving the antenna is underground.

It has more data acquisition capacity than the New Norcia antenna, since it receives and transmits information in the Ka band (31.8 - 32.3 GHz) as well as reception in the X band. Its target has an error of only six milligrams (which is ten times more accurate than the usual monitoring antennas of 15 meters in diameter). It has 250 temperature sensors distributed throughout the structure, so that it can auto-adjust automatically in case of expansion and contraction of the material due to meteorological changes. With respect to the New Norcia antenna, it is also faster in azimuth and elevation, and is able to withstand a more intense wind.

Usually, the antenna is operated remotely from the European Space Operations Center (ESOC) located in Darmstadt (Germany).


==References==
==References==

Revision as of 08:38, 17 November 2018

Cebreros Station
ESTRACK station at Cebreros, Spain
Alternative namesDSA 2 Edit this on Wikidata
Part ofESTRACK Edit this on Wikidata
Location(s)Cebreros, Province of Ávila, Castile and León, Spain
Coordinates40°27′10″N 4°22′03″W / 40.4528°N 4.3676°W / 40.4528; -4.3676 Edit this at Wikidata
OrganizationEuropean Space Operations Centre Edit this on Wikidata
Altitude794 m (2,605 ft) Edit this at Wikidata
Telescope styleground station Edit this on Wikidata
Diameter35 m (114 ft 10 in) Edit this at Wikidata
Websitewww.esa.int/Our_Activities/Operations/Estrack/Cebreros_-_DSA_2 Edit this at Wikidata
Cebreros Station is located in Spain
Cebreros Station
Location of Cebreros Station
  Related media on Commons

Cebreros Station (also known as DSA 2 or Deep Space Antenna 2) is a European Space Agency, ESTRACK radio antenna station for communication with spacecraft, located about 10 km east of Cebreros and 90 km from Madrid, Spain, operated by the European Space Operations Centre and INTA. A 35-metre diameter antenna that receives and transmit in X- and Ka-bands is located at the site. Station code is "CEB". 20kW CW High Power Amplifier (HPA) it was created by Rheinmetall Italia SpA (Italy). The monitoring and control system was implemented by Microsis srl (Italy).

It provides daily support to Lisa Pathfinder, Mars Express and Gaia.[1]

It also provided support for Rosetta.

Two sister stations are New Norcia Station in Australia, and Malargüe Station in Argentina.

DSA 2 Cebreros

Until 2002, ESA lacked its own means to communicate with ships destined to other planets, or in very distant orbits and depended on NASA's network of listeners to receive the data collected by them.

Description

The mobile dish of the antenna is 35 meters in diameter. The entire structure measures 40 meters in height and weighs 620 tons. The foundations begin at 20 meters deep. Much of the machinery responsible for moving the antenna is underground.

It has more data acquisition capacity than the New Norcia antenna, since it receives and transmits information in the Ka band (31.8 - 32.3 GHz) as well as reception in the X band. Its target has an error of only six milligrams (which is ten times more accurate than the usual monitoring antennas of 15 meters in diameter). It has 250 temperature sensors distributed throughout the structure, so that it can auto-adjust automatically in case of expansion and contraction of the material due to meteorological changes. With respect to the New Norcia antenna, it is also faster in azimuth and elevation, and is able to withstand a more intense wind.

Usually, the antenna is operated remotely from the European Space Operations Center (ESOC) located in Darmstadt (Germany).

References