Attachment Sched S Tech Report

This document pretains to SAT-AMD-20170301-00029 for Amended Filing on a Satellite Space Stations filing.

IBFS_SATAMD2017030100029_1200236

Approved by OMB 3060-0678 Estimated Burden: up to 80 hours April 2016 312 File Number: SATAMD2017030100029 Filing Description Question Response Description Theia Satellite Network - V-Band Modification

Satellite Question Response Information Select Orbit Type NGSO Space Station or Satellite Network Name USASAT NGSO- 4MOD Estimated Lifetime of Satellite(s) From Date of Launch 12 Years Will the space station(s) operate on a Common Carrier No basis?

Operating Mode Frequency Nature of service Description Frequency Band(s) Type Bands (4) Fixed-Satellite 37500.0 MHz -42000.0 Transmit Service MHz Fixed-Satellite 42000.0 MHz -42500.0 Transmit Service MHz Fixed-Satellite 47200.0 MHz -50200.0 Receive Service MHz Fixed-Satellite 50400.0 MHz -51400.0 Receive Service MHz

Orbital Question Response Information For Non- Total Number of Satellites in the active constellation 120 Geostationary Satellites Orbit Epoch Date 01/01/2018 Celestrial Reference Body Earth

Orbital Plane 1: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 203.806 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 4.392 2 30.106 3 338.677 4 312.963 5 287.249 6 261.535 7 235.82 8 210.106 9 184.392 10 55.82 11 81.535

12 107.249 13 132.963 14 158.677 Orbital Plane 2: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 15.299 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 3: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 350.8 degrees Argument of Perigee 90.0 degrees

Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 4: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 326.301 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0

Orbital Plane 5: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 301.802 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 6: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 277.303 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km

Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 7: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 252.804 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 8: Question Response Number of Satellites in Plane 1

Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 228.305 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 9: Question Response Number of Satellites in Plane 1 Inclination Angle 98.3985 degrees Right Ascension of Ascending Node 203.806 degrees Argument of Perigee 90.0 degrees Orbital Period 5989.0 seconds Apogee 750.0 km Perigee 750.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 0.0 degrees

Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 0.0 Orbital Plane 10: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 15.299 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 69.144 2 94.858 3 120.573 4 146.287 5 172.001 6 197.715 7 223.43 8 249.144

9 274.858 10 300.573 11 326.287 12 352.001 13 17.715 14 43.43 Orbital Plane 11: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 350.8 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 52.558 2 78.272 3 103.987 4 129.701 5 155.415

6 181.129 7 206.844 8 232.558 9 258.272 10 283.987 11 309.701 12 335.415 13 1.129 14 26.844 Orbital Plane 12: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 326.301 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 61.663 2 87.377

3 113.092 4 138.806 5 164.52 6 190.234 7 215.949 8 241.663 9 267.377 10 293.092 11 318.806 12 344.52 13 10.234 14 35.949 Orbital Plane 13: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 301.802 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite

Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 45.075 2 70.789 3 96.504 4 122.218 5 147.932 6 173.646 7 199.361 8 225.075 9 250.789 10 276.504 11 302.218 12 327.932 13 353.646 14 19.361 Orbital Plane 14: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 277.303 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node

Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 54.181 2 79.895 3 105.61 4 131.324 5 157.038 6 182.752 7 208.467 8 234.181 9 259.895 10 285.61 11 311.324 12 337.038 13 2.752 14 28.467 Orbital Plane 15: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees Right Ascension of Ascending Node 252.804 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds

Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 37.591 2 63.305 3 89.02 4 114.734 5 140.448 6 166.162 7 191.877 8 217.591 9 243.305 10 269.02 11 294.734 12 320.448 13 346.162 14 11.877 Orbital Plane 16: Question Response Number of Satellites in Plane 14 Inclination Angle 98.6047 degrees

Right Ascension of Ascending Node 228.305 degrees Argument of Perigee 90.0 degrees Orbital Period 6053.0 seconds Apogee 809.0 km Perigee 791.0 km Active Service Arc Begin Angle with respect to Ascending 0.0 degrees Node Active Service Arc End Angle with respect to Ascending Node 360.0 degrees Mean Anomaly For Each Satellite Satellite Number Mean Anomaly (degrees) at the Orbit Epoch Date 1 46.698 2 72.412 3 98.127 4 123.841 5 149.555 6 175.269 7 200.984 8 226.698 9 252.412 10 278.127 11 303.841 12 329.555 13 355.269 14 20.984

Receiving Question Response Beams 1: Beam ID GUL4 Receive Beam Frequency 47200.0 MHz -50200.0 MHz Beam Type Steerable Polarization LHCP Peak Gain 40.72 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane G/T at Max. Gain Point 12.59 dB/K Min. Saturation Flux Density -81.76 dBW/m2 Max. Saturation Flux Density -72.22 dBW/m2 Co- or Cross Polar Mode C Service Area Description XAX Receiving Question Response Beams 2: Beam ID GUL5 Receive Beam Frequency 50400.0 MHz -51400.0 MHz Beam Type Steerable Polarization LHCP Peak Gain 41.1 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees

Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane G/T at Max. Gain Point 12.98 dB/K Min. Saturation Flux Density -86.38 dBW/m2 Max. Saturation Flux Density -76.84 dBW/m2 Co- or Cross Polar Mode C Service Area Description XAX Receiving Question Response Beams 3: Beam ID GUR4 Receive Beam Frequency 47200.0 MHz -50200.0 MHz Beam Type Steerable Polarization RHCP Peak Gain 40.72 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane G/T at Max. Gain Point 12.59 dB/K Min. Saturation Flux Density -81.76 dBW/m2 Max. Saturation Flux Density -72.22 dBW/m2 Co- or Cross Polar Mode C Service Area Description XAX Receiving

Beams 4: Question Response Beam ID GUR5 Receive Beam Frequency 50400.0 MHz -51400.0 MHz Beam Type Steerable Polarization RHCP Peak Gain 41.1 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane G/T at Max. Gain Point 12.98 dB/K Min. Saturation Flux Density -86.38 dBW/m2 Max. Saturation Flux Density -76.84 dBW/m2 Co- or Cross Polar Mode C Service Area Description XAX

Receiving Center Channels (3) Channel Channel Frequency s Feeder Link, Service ID Bandwidth (MHz) (MHz) Link or TT&C GU5 1500.0 49450.0 Feeder Link GU6 1000.0 50900.0 Feeder Link GU4 1500.0 47950.0 Feeder Link

Transmitting Question Response Beams 1: Beam ID GTR7 Transmit Beam Frequency 37500.0 MHz -42000.0 MHz Beam Type Steerable Polarization RHCP Peak Gain 38.79 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane Max. Transmit EIRP Density -46.14 dBW/Hz Max. Transmit EIRP 50.06 dBW Co- or Cross Polar Mode C Service Area Description XAX Max. Power Flux Density * 10° - * 15° - * 20° - * 25° - * 0° - 5° * 5° - 10° 15° 20° 25° 90° * (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 BW: /BW): /BW): /BW): /BW): /BW): /BW): 1.0 -139.4 -126.4 -123.3 -122.1 -121.0 -115.2 MHz Transmitting Question Response Beams 2: Beam ID GTR8 Transmit Beam Frequency 42000.0 MHz -42500.0 MHz

Beam Type Steerable Polarization RHCP Peak Gain 38.79 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane Max. Transmit EIRP Density -46.14 dBW/Hz Max. Transmit EIRP 50.06 dBW Co- or Cross Polar Mode C Service Area Description XAX Max. Power Flux Density * 10° - * 15° - * 20° - * 25° - * 0° - 5° * 5° - 10° 15° 20° 25° 90° * (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 BW: /BW): /BW): /BW): /BW): /BW): /BW): 1.0 -139.4 -126.4 -123.3 -122.1 -121.0 -115.2 MHz Transmitting Question Response Beams 3: Beam ID GTL7 Transmit Beam Frequency 37500.0 MHz -42000.0 MHz Beam Type Steerable Polarization LHCP Peak Gain 38.79 dBi Antenna Pointing Error 0.1 degrees

Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane Max. Transmit EIRP Density -46.14 dBW/Hz Max. Transmit EIRP 50.06 dBW Co- or Cross Polar Mode C Service Area Description XAX Max. Power Flux Density * 10° - * 15° - * 20° - * 25° - * 0° - 5° * 5° - 10° 15° 20° 25° 90° * (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 BW: /BW): /BW): /BW): /BW): /BW): /BW): 1.0 -139.4 -126.4 -123.3 -122.1 -121.0 -115.2 MHz Transmitting Question Response Beams 4: Beam ID GTL8 Transmit Beam Frequency 42000.0 MHz -42500.0 MHz Beam Type Steerable Polarization LHCP Peak Gain 38.79 dBi Antenna Pointing Error 0.1 degrees Antenna Rotational Error 0.1 degrees Polarization Switchable Polarization Alignment Relative to the Equatorial 45.0 degrees Plane Max. Transmit EIRP Density -46.14 dBW/Hz

Max. Transmit EIRP 50.06 dBW Co- or Cross Polar Mode C Service Area Description XAX Max. Power Flux Density * 10° - * 15° - * 20° - * 25° - * 0° - 5° * 5° - 10° 15° 20° 25° 90° * (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 (dbW/m2 BW: /BW): /BW): /BW): /BW): /BW): /BW): 1.0 -139.4 -126.4 -123.3 -122.1 -121.0 -115.2 MHz

Transmitting Center Channels (3) Channel Channel Frequency s Feeder Link, Service ID Bandwidth (MHz) (MHz) Link or TT&C GD7 2500.0 38750.0 Feeder Link GD9 500.0 42250.0 Feeder Link GD8 2000.0 41000.0 Feeder Link

Certification Question Response Questions Are the applicable service area Yes coverage requirements of 25.143(b)(2) (ii) and (iii), or 25.144(a)(3)(i), or 25.145 (c)(1) and (2), or 25.146(i)(1) and (2), or 25.148(c), or 25.225 met? Are the applicable frequency Yes tolerances of 25.202(e) and out-of- band emission limits of 25.202(f)(1),(2), and (3) met? Are the cessation of emissions Yes requirements of 25.207 met? Are the applicable power-flux-density Yes limits of 25.208 met, and is the appropriate technical showing provided within the application? For NGSO applications, are the Yes applicable equivalent-power-flux- density limits of 25.208 met, and is the appropriate technical showing provided within the application? Are the applicable full-frequency-reuse Yes requirements of 25.210 met? If the application is for a 17/24 GHz BSS space station, will it be operated at an offset location with full power and interference protection in accordance with 25.262(b)?

Attachments File Attachment Name Beam Field Type Description GTL7- GTL7 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GTL8- GTL8 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GTR7- GTR7 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GTR8- GTR8 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GUL4- GUL4 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GUL5- GUL5 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GUR4- GUR4 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GUR5- GUR5 NGSO GXT file (*. Beam contour projection for Contour. Antenna gxt) beam pointing in the nadir gxt Gain direction. Data GTL7- GTL7 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees.

GTL8- GTL8 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GTR7- GTR7 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GTR8- GTR8 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GUL4- GUL4 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GUL5- GUL5 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GUR5- GUR5 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees. GUR4- GUR4 NGSO GXT file (*. Coverage map of beam Coverage. Antenna gxt) scanned to all possible locations gxt Gain with a minimum elevation angle Data of 12 degrees.


Document Created: 2017-03-10 10:17:04
Document Modified: 2017-03-10 10:17:04
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC