Mitel GPS Orion-S/-HD Receiver GPS Receiver User Manual


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Document Title: 50
User’s Manual for the GPS Orion-S/-HD Receiver
Document No. Issue 1.0
GTN-MAN-0110 June 22, 2003
DLR/GSOCNo part of this document shall be reproduced in any form or disclosed to third parties without prior authorization.
References
[1] GPS Orion 12 Channel GPS Receiver Design; DS4808; Mitel Semiconductor; Issue 1.3, August 1997.
[2] GPS Orion - GP2000 Series Demonstrator Board User’s Guide; DM4922; Mitel Semiconductor; Issue 4,
March 1998.
[3] GP2000 GPS Chipset - Designer’s Guide; MS4395; Mitel Semiconductor; Issue 2.3, April 1998.
[4] GP2000 GPS Receiver Hardware Design; AN4855; Mitel Semiconductor; Issue 1.4, February 1999.
[5] GPS Architect Software Design Manual; DM000066; Issue 2, April 1999.
[6] Montenbruck O., Markgraf M., Leung S.; Space Adaptation of the GPS Orion Firmware; DLR-GSOC TN 01-
08; Deutsches Zentrum für Luft- und Raumfahrt, Oberpfaffenhofen (2001).
[7] GP2015 GPS Receiver RF Front End; DS4374; Mitel Semiconductor; Issue 2.4, October 1996.
[8] DW9255 35.42MHz SAW Filter for GPS Receivers; Mitel Semiconductor; DS3861, Issue 3.1 November
1997.
[9] GP2021 GPS 12 channel Correlator; DS4077; Mitel Semiconductor; Issue 2.6, July 1996.
[10] ARM60 Data Sheet; DS3533; Mitel Semiconductor.
[11] Unwin M.J., Oldfield M.K., Underwood C.I., Harboe-Sorensen R.; The Use of Commercial Technology for
Spaceborne GPS Receiver Design; ION-GPS-1998, pp. 1983, Nashville, Sep. 15-18 (1998).
[12] Montenbruck O., Enderle W., Schesny M., Gabosch V., Ricken S., Turner P.; Position-Velocity Aiding of a
Mitel ORION Receiver for Sounding-Rocket Tracking; C5-5; ION GPS 2000 Conference, Salt Lake City, 19-
22 Sept. 2000 (2000).
[13] Montenbruck O., Markgraf M., Jung W., Bull B., Engler W.; GPS Based Prediction of the Instantaneous Im-
pact Point for Sounding Rockets; Aerospace Science and Technology 6, 283-294 (2002).
[14] Hoots F. R., Roehrich R. L.; Models for propagation of NORAD element sets; Project Spacecraft Report No.
3; Aerospace Defense Command, United States Air Force; Dec. (1980).
[15] Montenbruck O., Ebinuma T., Lightsey E.G., Leung S.; A Real-Time Kinematic GPS Sensor for Spacecraft
Relative Navigation; submitted to: Aerospace Science and Technology (2002).
[16] Montenbruck O., Holt G.; Spaceborne GPS Receiver Performance Testing; DLR-GSOC TN 02-04; Deut-
sches Zentrum für Luft- und Raumfahrt, Oberpfaffenhofen (2002).
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