NTIA satellite and GS parameters

1288-EX-ST-2015 Text Documents

Cornell University

2016-01-21ELS_171825

Our  Spectrum  Coordination  Branch  requires  the  following  additional  information  for  satellite   applications  that  are  not  STAs.    Please  review  the  information  below  and  submit  an  exhibit  that  contains   the  data.    Reference  to  the  specific  data  descriptions  can  be  found  by  Googling  the  NTIA  Red  Book  under   Chapter  9.   PLEASE  SUBMIT  THE  FOLLOWING  INFORMATION:   1.)  THE  TYPE  OF  SATELLITE,  GEOSTATIONARY  OR  NONGEOSTATIONARY,  (XAL  AND/OR  RAL).   A.)  IF  ANY  SATELLITES  ARE  GEOSTATIONARY,  REPORT  ITS  LATITUDE  AS  000000N  (XLA  AND/OR   RLA)  AND  REPORT  ITS  LONGITUDE  (XLG  AND/OR  RLG).   B.)  IF  ANY  SATELLITES  ARE  NONGEOSTATIONARY,  REPORT  ITS  INCLINATION  ANGLE,  APOGEE   IN  KILOMETERS,  PERIGEE  IN  KILOMETERS,  ORBITAL  PERIOD  IN  HOURS  AND  FRACTIONS  OF   HOURS  IN  DECIMAL,  THE  NUMBER  OF  SATELLITES  IN  THE  SYSTEM,  THEN  T01,  EXAMPLE,   REM04  *ORB,98.0IN00510AP00510PE001.58H01NRT01,  AND  FOR  SPACE-­‐TO-­‐SPACE   COMMUNICATIONS  WITH  ANOTHER  NONGEOSTATIONARY  SATELLITE  ADD  AN  ADDITIONAL   *ORB  FOR  IT  ENDING  IN  R01,  EXAMPLE,  REM05  *ORB,72.9IN03209AP00655PE013.46H01NRR01   2.)  THE  SATELLITE  TRANSMITTER  ANTENNA  GAIN  AND  BEAMWIDTH  (XAD),  EXAMPLE,  XAD01   16G030B   3.)  THE  SATELLITE  TRANSMITTER  ANTENNA  AZIMUTH  (XAZ),  NARROWBEAM,  NB,  EARTH   COVERAGE,  EC,  EXAMPLE,  XAZ01  EC  OR  LEAVE  BLANK  FOR  SPACE-­‐TO-­‐SPACE  OPERATIONS.   4.)  THE  EARTH  STATION  RECEIVER  ANTENNA  GAIN,  BEAMWIDTH,  AZIMUTHAL  RANGE,  THE  SITE   ELEVATION  ABOVE  MEAN  SEA  LEVEL  IN  METERS  AND  THE  ANTENNA  HEIGHT  ABOVE  TERRAIN   IN  METERS  (RAD),  EXAMPLE  ASSUMING  NONGEOSTATIONARY,  RAD01   16G030B000-­‐360A00357H006   5.)  THE  EARTH  STATION  RECEIVER  ANTENNA  AZIMUTH  (RAZ),  THE  MINIMUM  ANGLE  OF   ELEVATION,  V00  TO  V90,  EXAMPLE,  RAZ01  V00   6.)  For  Cubesat  or  Nanosat  satellites  use  S945.    The  reference  name  shall  be  added  in  the  circuit  remarks     THE  S  NOTE  (ASSUMING  NONGEOSTATIONARY,  USE  S945-­‐-­‐THIS  ASSIGNMENT  SUPPORTS   OF  THE  NON-­‐GEOSTATIONARY  CUBESAT  TEST  BED  (CSTB)  SATELLITE).   7.)  THE  TRANSMITTER  ANTENNA  ORIENTATION  (XAP),  EXAMPLE  XAP01  J  ,  AND  THE  RECEIVER   ANTENNA  ORIENTATION  (RAP),  EXAMPLE  RAP01  J  ,  WHERE  J  REPRESENTS  LINEAR  

POLARIZATION.  OTHER  POLARIZATIONS  INCLUDE  H  FOR  HORIZONTAL,  V  FOR  VERTICAL,  S   FOR  HORIZONTAL  AND  VERTICAL,  L  FOR  LEFT  HAND  CIRCULAR,  R  FOR  RIGHT  HAND   CIRCULAR,  T  FOR  RIGHT  AND  LEFT  HAND  CIRCULAR,  E  FOR  ELLIPTICAL  AND  O  FOR  OBLIQUE   ANGLED  CROSSED.     REM01  *ORB,51.6IN00410AP00400PE001.50H01NRT01   XAD01  01G091B   XAZ01  EC   RAD01  17G030B000-­‐360A00280H006   RAZ01  V00   *AGN,  Cubesat,  KickSat-­‐2   XAP01  J   RAP01  R  


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Document Modified: 0250-04-24 00:00:00
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