Attachment Schedule S Tech Data

This document pretains to SAT-PPL-20071113-00159 for Permitted List on a Satellite Space Stations filing.

IBFS_SATPPL2007111300159_605997

FCC 312 FEDERAL COMMUNICATIONS COMMISSION Page 1: General, Schedule S SATELLITE SPACE STATION AUTHORIZATIONS Frequency Bands, (Technical and Operational Description) and GSO Orbit S1. GENERAL INFORMATION Complete for all satellite applications. a. Space Station or Satellite Network Name: e. Estimated Date of Placement into Service: i Will the space station(s) operate on a Common Carrier Basis: STAR ONE C5 N b. Construction Commencement Date: f. Estimated Lifetime of Satellite(s): j. Number of transponders offered on a common carrier basis: 15 Years 0 c. Construction Completion Date: g. Total Number of Transponders: k. Total Common Carrier Transponder Bandwidth: 76 0 MHz d1. Est Launch Date Begin: d2. Est Launch Date End: h. Total Transponder Bandwidth (no. transponders x Bandwidth) l. Orbit Type: Mark all boxes that apply: 2733 MHz GSO NGSO X S2. OPERATING FREQUENCY BANDS Identify the frequency range and transmit/receive mode for all frequency bands in which this station will oper Also indicate the nature of service(s) for each frequency band. Frequency Band Limits Lower Frequency (_Hz) Upper Frequency (_Hz) e. T/R Mode f. Nature of Service(s): List all that apply to this band a. Numeric b. Unit c. Numeric d. Unit (K/M/G) (K/M/G) 5850 M 6425 M R Fixed Satellite Service 3625 M 4200 M T Fixed Satellite Service 13750 M 14000 M R Fixed Satellite Service 14000 M 14500 M R Fixed Satellite Service 10950 M 11200 M T Fixed Satellite Service 11450 M 11700 M T Fixed Satellite Service 11700 M 12200 M T Fixed Satellite Service S3. ORBITAL INFORMATION FOR GEOSTATIONARY SATELLITES ONLY: a. Nominal Orbital Longitude (Degrees E/W): b. Alternate Orbital Longitude (Degrees E/W): c. Reason for orbital location selection: 68 W The Brazilian telecommunications authority has Longitudinal Tolerance or E/W Station-Keeping: f. Inclination Excursion or Range of orbital are in which adequate service can be authorized Star One to operate the Star One C5 N/S Station-Keeping provided (Optional): satellite at 68° W.L. d. Toward West: Degrees E/W 0.05 Degrees Tolerance: g. Westernmost: e. Toward East: 0.05 Degrees 0.1 Degrees h. Easternmost: i. Reason for service are selection (Optional):

FEDERAL COMMUNICATIONS COMMISSION Page 2: NGSO Orbits SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S4. ORBITAL INFORMATION FOR NON-GEOSTATIONARY SATELLITES ONLY S4a. Total Number of Satellites in Network or System: S4c. Celestial Reference Body (Earth, Sun, Moon, etc.): S4b. Total Number of Orbital Planes in Network or System: S4d. Orbit Epoch Date: For each Orbital Plane Provide: (e) Orbital (f) No. of (g) Inclination (h) Orbital (i) Apogee (km) (j) Perigee (km) (k) Right Ascension (l) Argument of Active Service Arc Range (Degrees) Plane No. Satellites in Angle (degrees) Period of the Ascending Perigee (m) Begin (n) End (o) Other Plane (Seconds) Node (Deg.) (Degrees) Angle Angle S5. INITIAL SATELLITE PHASE ANGLE For each satellite in each orbital plane, provide the intital phase angle. (a) Orbital (b) Satellite (c) Initial Plane No. Number Phase Angle (Degrees) NO NGSO DATA FILED

FEDERAL COMMUNICATIONS COMMISSION Page 3: Service Areas SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S6. SERVICE AREA CHARACTERISTICS for each service area provide: (a) Service Area (b) Type of Associated (c) Service Area Diagram (d) Service Area Description. Provide list of geographic areas (state postal codes or ITU 3-ltr codes), satellites or Figure No. of ID Station (Earth or File Name (GXT File) Service Area Diagram. Space) SA1 S -6 dB contour of beam R2CUH SA2 S -6 dB contour of beam R2CUV SA3 S -6 dB contour of beam R2KUH SA4 S -6 dB contour of beam R2KUV SA5 S -6 dB contour of beam NAUH SA6 S -6 dB contour of beam NAUV SA7 S -6 dB contour of beam SAUH SA8 S -6 dB contour of beam SAUV SA9 S -6 dB contour of beam R2CDH SA10 S -6 dB contour of beam R2CDV SA11 S -6 dB contour of beam R2KDH SA12 S -6 dB contour of beam R2KDV SA13 S -6 dB contour of beam NADH SA14 S -6 dB contour of beam NADV SA15 S -6 dB contour of beam SADH SA16 S -6 dB contour of beam SADV SA17 S Visible Earth

FEDERAL COMMUNICATIONS COMMISSION Page 4: Antenna Beams SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S7. SPACE STATION ANTENNA BEAM CHARACTERISTICS For each antenna beam provide: (a) (b) Isotropic Antenna (e) (f) (g) Min. (h) Polar- (i) Polarization (j) Service Transmit Receive Beam T/R Gain Pointing Rotational Cross- ization Alignment Rel. Area ID (k) (l) Effective (m) (n) (o) G/T (p) Min. Input Attenuator (dB) ID Mode (c) Peak (d) Edge Error Error Polar Iso- Switch- Equatorial Input Output Max. System Max. Saturation (Degrees) (Degrees) lation (dB) able? Plane (Degrees) (q) Max. (r) Step (dBi) (dBi) Losses Power (W) EIRP Noice Gain Pt. Flux Density (Y/N) Value Size (dB) (dBW) Temp (k) (db/K) (dBW/m2) R2C R 29 23 0.09 0.02 27 N 0 SA1 631 1 -96 18 0.5 R2C R 29 23 0.09 0.02 27 N 90 SA2 631 1 -96 18 0.5 R2K R 32 26 0.09 0.02 27 N 0 SA3 635 4 -93 18 1 R2K R 32 26 0.09 0.02 27 N 90 SA4 635 4 -93 18 1 NAU R 36 30 0.09 0.02 27 N 0 SA5 625 8 -93 18 1 NAU R 36 30 0.09 0.02 27 N 90 SA6 625 8 -93 18 1 SAU R 36 30 0.09 0.02 27 N 0 SA7 625 8 -93 18 1 SAU R 36 30 0.09 0.02 27 N 90 SA8 625 8 -93 18 1 R2C T 29 23 0.09 0.02 27 N 0 SA9 2.8 15.8 41 R2C T 29 23 0.09 0.02 27 N 90 SA10 2.8 15.8 41 R2K T 32 26 0.09 0.02 27 N 0 SA11 2.8 79.4 51 R2K T 32 26 0.09 0.02 27 N 90 SA12 2.8 79.4 51 NAD T 36 30 0.09 0.02 27 N 0 SA13 2.5 50.1 53 NAD T 36 30 0.09 0.02 27 N 90 SA14 2.5 50.1 53 SAD T 36 30 0.09 0.02 27 N 0 SA15 2.5 50.1 53 SAD T 36 30 0.09 0.02 27 N 90 SA16 2.5 50.1 53 OMN R 0 -4 0.09 0.02 30 N SA17 9240 -39.7 -87 OMN R 0 -4 0.09 0.02 30 N SA17 9240 -39.7 -87 OMN T 0 -4 0.09 0.02 30 N SA17 4.3 20 13 OMN T 0 -4 0.09 0.02 30 N SA17 4.3 20 13

FEDERAL COMMUNICATIONS COMMISSION Page 5: Beam Diagrams SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S8. ANTENNA BEAM DIAGRAMS For each beam pattern provide the reference to the graphic image and numerical data: Also provide the power flux density levels in each beam that result from the emission with the highest power flux density. (a) (b) (c) Co-or (d) GSO (e) NGSO Antenna Gain (f) GSO Antenna Max. Power Flux Density (dBW/M2/Hz) Beam T/R Cross Ref. Contour Description Gain Contour Data At Angle of Arrival above horizontal (for emission with highest PFD) ID Mode Polar Orbital (Figure/Table/ Exhibit) (GXT File) (g) 5 Deg (h) 10 Deg (i) 15 Deg (j) 20 Deg (k) 25 Deg Mode ("C" Longitude or" X") (Deg. E/W) R2C R C -68 R2CUH.gxt R2C R C -68 R2CUV.gxt R2K R C -68 R2KUH.gxt R2K R C -68 R2KUV.gxt NAU R C -68 NAUH.gxt NAU R C -68 NAUV.gxt SAU R C -68 SAUH.gxt SAU R C -68 SAUV.gxt R2C T C -68 R2CDH.gxt -164.8 -164.4 -164 -163.6 -163.3 R2C T C -68 R2CDV.gxt -164.8 -164.4 -164 -163.6 -163.3 R2K T C -68 R2KDH.gxt -160.3 -159.7 -156.6 -155.2 -154.6 R2K T C -68 R2KDV.gxt -160.3 -159.7 -156.6 -155.2 -154.6 NAD T C -68 NADH.gxt -150.9 -150.8 -150.7 -150.6 -150.4 NAD T C -68 NADV.gxt -150.9 -150.8 -150.7 -150.6 -150.4 SAD T C -68 SADH.gxt -169.8 -169.7 -169.6 -168.5 -163.6 SAD T C -68 SADV.gxt -169.8 -169.7 -169.6 -168.5 -163.6 OMN T C -68 -166 -166 -166 -166 -166 OMN T C -68 -166 -166 -166 -166 -166

FEDERAL COMMUNICATIONS COMMISSION Page 6: Channels and SATELLITE SPACE STATION AUTHORIZATIONS Transponders FCC Form 312 - Schedule S: (Technical and Operational Description) S9. SPACE STATION CHANNELS For each frequency channel provide: S10. SPACE STATION TRANSPONDERS For each transponder provide: (a) (B) Assigned (c) (d) Center (e) (f) TTC (a) (b) Receive Band Transmit Band Channel Bandwidth T/R Frequency Polarization or Comm Transponder Transponder (c) Channel (d) Beam (e) Channel (f) Beam ID No. (kHz) Mode (MHz) (H, V, L, R) Channel ID Gain (dB) No. ID No. (T or C) CU001 33000 R 5866.5 V C TK055 125 KU019 R2KUH KD031 R2KDV CU002 36000 R 5885 H C TK057 125 KU021 R2KUH KD033 R2KDV CU004 36000 R 5925 H C TK059 125 KU023 R2KUH KD035 R2KDV CU006 36000 R 5965 H C TK061 125 KU025 R2KUH KD037 R2KDV CU008 36000 R 6005 H C TK063 125 KU027 R2KUH KD039 R2KDV CU010 36000 R 6045 H C TK065 125 KU029 R2KUH KD041 R2KDV CU012 36000 R 6085 H C TK067 125 KU031 R2KUH KD043 R2KDV CU014 36000 R 6125 H C TK069 125 KU033 R2KUH KD045 R2KDV CU016 36000 R 6165 H C TK071 125 KU035 R2KUH KD047 R2KDV CU018 36000 R 6205 H C TK050 125 KU014 R2KUV KD026 R2KDH CU020 36000 R 6245 H C TK052 125 KU016 R2KUV KD028 R2KDH CU022 36000 R 6285 H C TK054 125 KU018 R2KUV KD030 R2KDH CU024 36000 R 6325 H C TK056 125 KU020 R2KUV KD032 R2KDH CU026 36000 R 6365 H C TK058 125 KU022 R2KUV KD034 R2KDH CU028 36000 R 6405 H C TK060 125 KU024 R2KUV KD036 R2KDH CU003 36000 R 5905 V C TK062 125 KU026 R2KUV KD038 R2KDH CU005 36000 R 5945 V C TK064 125 KU028 R2KUV KD040 R2KDH CU007 36000 R 5985 V C TK066 125 KU030 R2KUV KD042 R2KDH CU009 36000 R 6025 V C TK068 125 KU032 R2KUV KD044 R2KDH CU011 36000 R 6065 V C TK070 125 KU034 R2KUV KD046 R2KDH CU013 36000 R 6105 V C TK072 125 KU036 R2KUV KD048 R2KDH CU015 36000 R 6145 V C CM01 CMD01 R2CUV CU017 36000 R 6185 V C CM02 CMD02 R2CUH CU019 36000 R 6225 V C CM03 CMD03 OMNUL CU021 36000 R 6265 V C CM04 CMD04 OMNUR CU023 36000 R 6305 V C TM01 TLM01 R2CDH CU025 36000 R 6345 V C TM02 TLM02 R2CDV CU027 36000 R 6385 V C TM03 TLM03 OMNDL KU001 36000 R 13775 H C TM04 TLM04 OMNDR KU003 36000 R 13815 H C BN01 BCN01 R2KDH

KU005 36000 R 13855 H C BN02 BCN02 R2KDV KU007 36000 R 13895 H C TC001 116 CU001 R2CUV CD001 R2CDH KU009 36000 R 13935 H C TC003 116 CU003 R2CUV CD003 R2CDH KU011 36000 R 13975 H C TC005 116 CU005 R2CUV CD005 R2CDH KU002 36000 R 13779 V C TC007 116 CU007 R2CUV CD007 R2CDH KU004 36000 R 13819 V C TC009 116 CU009 R2CUV CD009 R2CDH KU006 36000 R 13859 V C TC011 116 CU011 R2CUV CD011 R2CDH KU008 36000 R 13899 V C TC013 116 CU013 R2CUV CD013 R2CDH KU010 36000 R 13939 V C TC015 116 CU015 R2CUV CD015 R2CDH KU012 36000 R 13979 V C TC017 116 CU017 R2CUV CD017 R2CDH KU013 36000 R 14020 H C TC019 116 CU019 R2CUV CD019 R2CDH KU015 36000 R 14060 H C TC021 116 CU021 R2CUV CD021 R2CDH KU017 36000 R 14100 H C TC023 116 CU023 R2CUV CD023 R2CDH KU019 36000 R 14140 H C TC025 116 CU025 R2CUV CD025 R2CDH KU021 36000 R 14180 H C TC027 116 CU027 R2CUV CD027 R2CDH KU023 36000 R 14220 H C TC002 116 CU002 R2CUH CD002 R2CDV KU025 36000 R 14260 H C TC004 116 CU004 R2CUH CD004 R2CDV KU027 36000 R 14300 H C TC006 116 CU006 R2CUH CD006 R2CDV KU029 36000 R 14340 H C TC008 116 CU008 R2CUH CD008 R2CDV KU031 36000 R 14380 H C TC010 116 CU010 R2CUH CD010 R2CDV KU033 36000 R 14420 H C TC012 116 CU012 R2CUH CD012 R2CDV KU035 36000 R 14460 H C TC014 116 CU014 R2CUH CD014 R2CDV KU014 36000 R 14040 V C TC016 116 CU016 R2CUH CD016 R2CDV KU016 36000 R 14080 V C TC018 116 CU018 R2CUH CD018 R2CDV KU018 36000 R 14120 V C TC020 116 CU020 R2CUH CD020 R2CDV KU020 36000 R 14160 V C TC022 116 CU022 R2CUH CD022 R2CDV KU022 36000 R 14200 V C TC024 116 CU024 R2CUH CD024 R2CDV KU024 36000 R 14240 V C TC026 116 CU026 R2CUH CD026 R2CDV KU026 36000 R 14280 V C TC028 116 CU028 R2CUH CD028 R2CDV KU028 36000 R 14320 V C TK001 118 KU001 NAUH KD001 NADV KU030 36000 R 14360 V C TK003 118 KU003 NAUH KD003 NADV KU032 36000 R 14400 V C TK005 118 KU005 NAUH KD005 NADV KU034 36000 R 14440 V C TK007 118 KU007 NAUH KD007 NADV KU036 36000 R 14480 V C TK009 118 KU009 NAUH KD009 NADV CD001 33000 T 3641.5 H C TK011 118 KU011 NAUH KD011 NADV CD002 36000 T 3660 V C TK002 118 KU002 NAUV KD002 NADH CD004 36000 T 3700 V C TK004 118 KU004 NAUV KD004 NADH CD006 36000 T 3740 V C TK006 118 KU006 NAUV KD006 NADH CD008 36000 T 3780 V C TK008 118 KU008 NAUV KD008 NADH

CD010 36000 T 3820 V C TK010 118 KU010 NAUV KD010 NADH CD012 36000 T 3860 V C TK012 118 KU012 NAUV KD012 NADH CD014 36000 T 3900 V C TK013 120 KU001 NAUH KD001 R2KDV CD016 36000 T 3940 V C TK015 120 KU003 NAUH KD003 R2KDV CD018 36000 T 3980 V C TK017 120 KU005 NAUH KD005 R2KDV CD020 36000 T 4020 V C TK019 120 KU007 NAUH KD007 R2KDV CD022 36000 T 4060 V C TK021 120 KU009 NAUH KD009 R2KDV CD024 36000 T 4100 V C TK023 120 KU011 NAUH KD011 R2KDV CD026 36000 T 4140 V C TK014 120 KU002 NAUV KD002 R2KDH CD028 36000 T 4180 V C TK016 120 KU004 NAUV KD004 R2KDH CD003 36000 T 3680 H C TK018 120 KU006 NAUV KD006 R2KDH CD005 36000 T 3720 H C TK020 120 KU008 NAUV KD008 R2KDH CD007 36000 T 3760 H C TK022 120 KU010 NAUV KD010 R2KDH CD009 36000 T 3800 H C TK024 120 KU012 NAUV KD012 R2KDH CD011 36000 T 3840 H C TK025 118 KU001 SAUH KD013 SADV CD013 36000 T 3880 H C TK027 118 KU003 SAUH KD015 SADV CD015 36000 T 3920 H C TK029 118 KU005 SAUH KD017 SADV CD017 36000 T 3960 H C TK031 118 KU007 SAUH KD019 SADV CD019 36000 T 4000 H C TK033 118 KU009 SAUH KD021 SADV CD021 36000 T 4040 H C TK035 118 KU011 SAUH KD023 SADV CD023 36000 T 4080 H C TK026 118 KU002 SAUV KD014 SADH CD025 36000 T 4120 H C TK028 118 KU004 SAUV KD016 SADH CD027 36000 T 4160 H C TK030 118 KU006 SAUV KD018 SADH KD001 36000 T 10970 V C TK032 118 KU008 SAUV KD020 SADH KD003 36000 T 11010 V C TK034 118 KU010 SAUV KD022 SADH KD005 36000 T 11050 V C TK036 118 KU012 SAUV KD024 SADH KD007 36000 T 11090 V C TK037 120 KU001 SAUH KD013 R2KDV KD009 36000 T 11130 V C TK039 120 KU003 SAUH KD015 R2KDV KD011 36000 T 11170 V C TK041 120 KU005 SAUH KD017 R2KDV KD002 36000 T 10974 H C TK043 120 KU007 SAUH KD019 R2KDV KD004 36000 T 11014 H C TK045 120 KU009 SAUH KD021 R2KDV KD006 36000 T 11054 H C TK047 120 KU011 SAUH KD023 R2KDV KD008 36000 T 11094 H C TK038 120 KU002 SAUV KD014 R2KDH KD010 36000 T 11134 H C TK040 120 KU004 SAUV KD016 R2KDH KD012 36000 T 11174 H C TK042 120 KU006 SAUV KD018 R2KDH KD013 36000 T 11470 V C TK044 120 KU008 SAUV KD020 R2KDH KD015 36000 T 11510 V C TK046 120 KU010 SAUV KD022 R2KDH KD017 36000 T 11550 V C TK048 120 KU012 SAUV KD024 R2KDH KD019 36000 T 11590 V C TK049 125 KU013 R2KUH KD025 R2KDV

KD021 36000 T 11630 V C TK051 125 KU015 R2KUH KD027 R2KDV KD023 36000 T 11670 V C TK053 125 KU017 R2KUH KD029 R2KDV KD014 36000 T 11474 H C KD016 36000 T 11514 H C KD018 36000 T 11554 H C KD020 36000 T 11594 H C KD022 36000 T 11634 H C KD024 36000 T 11674 H C KD025 36000 T 11720 V C KD027 36000 T 11760 V C KD029 36000 T 11800 V C KD031 36000 T 11840 V C KD033 36000 T 11880 V C KD035 36000 T 11920 V C KD037 36000 T 11960 V C KD039 36000 T 12000 V C KD041 36000 T 12040 V C KD043 36000 T 12080 V C KD045 36000 T 12120 V C KD047 36000 T 12160 V C KD026 36000 T 11740 H C KD028 36000 T 11780 H C KD030 36000 T 11820 H C KD032 36000 T 11860 H C KD034 36000 T 11900 H C KD036 36000 T 11940 H C KD038 36000 T 11980 H C KD040 36000 T 12020 H C KD042 36000 T 12060 H C KD044 36000 T 12100 H C KD046 36000 T 12140 H C KD048 36000 T 12180 H C CMD01 820 R 6424.5 V T CMD02 820 R 6424.5 H T CMD03 820 R 6424.5 L T CMD04 820 R 6424.5 R T TLM01 200 T 4199 H T TLM02 200 T 4199.5 V T TLM03 200 T 4199 L T

TLM04 200 T 4199.5 R T BCN01 25 T 11700.5 H T BCN02 25 T 12198.8 V T

FEDERAL COMMUNICATIONS COMMISSION Page 7: Digital Modulation SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S11. DIGITAL MODULATION PARAMETERS For each digital emission provide: (a) Digital (b) Emission (c) Assigned (d) No. of (e)Uncoded (f) FEC Error (g) CDMA (h) Total C/N (i) Single Entry Mod. ID Designator Bandwidth Phases Data Rate Correction Processing Performance C/I Objective (kHz) (kbps) Coding Rate Gain (dB) Objective (dB) (dB) D1 614KG7W 614 4 512 0.5 5.7 17.9 D2 1M64G7W 1640 4 2048 0.75 8.5 20.7 D3 5M50G7W 5500 8 8448 0.614 9.4 21.6 D4 17M9G7W 17900 8 34368 0.768 12.4 24.6 D5 36M0G7W 36000 4 48400 0.806 7.8 20

FEDERAL COMMUNICATIONS COMMISSION Page 8: Analog Modulation SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S12. ANALOG MODULATION PARAMETERS For each analog emission provide: (a) (b) Emission (c) (d) Signal (e) Multi-channel Telephony (j) Video (k) Video (l) Video (m) SCPC/FM (n) Total C/N (o) Single Analog Designator Assigned Type Channels Standard Noise- and Compander, Performance Entry C/I (f) Ave. (g) Bottom (h) Top (i) RMS Mod. ID Bandwidth per Carrier NTSC, Weighting SCPC/FM Preemphasis, Objective Objective Companded Baseband Baseband Modulation (kHz) PAL, etc. (dB) Modulation and Noise (dB) (dB) Talker Level Freq. (MHz) Freq. (MHz) Index Index Weighting (dB) (dBm0) A1 820KF2D 820 10 22.2 A2 200KG2D 200 9 21.2 A3 25K0N0N 25 10 22.2

FEDERAL COMMUNICATIONS COMMISSION Page 9: Typical Emissions SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S13. TYPICAL EMISSIONS For each planned type of emission provide: Associated Modulation ID (e) Carriers (f) Carrier (g)Noise Budget (h) Energy Receive Band (Assoc. Transmit Stn) Transmit Band (This Space Station) Transponder ID Range per Spacing Reference (Table Dispersal (c) Digital (d) Analog (i)Assoc. Assoc. Station Transmit EIRP (dBW) (n) Max. (o)Assoc. Transponder (kHz) No.) Bandwidth (Table (Table S12) Stn. Max. Power (dBW) Power Flux Stn (a) Start (b) End (kHz) S11) Antenna Density Rec. G/T Gain (dBi) (j) Min. (k) Max. (l) Min. (m) Max. (dBW/m2/Hz) (dB/K) TC001 TC028 D1 48 750 R2C-R2C 614K 47.5 1.2 7.2 15.4 21.4 -162.6 22.4 TC001 TC028 D2 18 1975 R2C-R2C 1M64 51.3 2.5 8.5 20.2 26.2 -162.1 23.5 TC001 TC028 D3 5 6875 R2C-R2C 5M50 47.5 11.5 17.5 25.6 31.6 -161.9 26.7 TC001 TC028 D4 2 18000 R2C-R2C 17M9 53.5 11 17 30.5 36.5 -162.2 27.9 TC001 TC028 D5 1 R2C-R2C 36M0 53.5 18.6 24.6 35 41 -160.8 23.5 TK001 TK012 D1 48 750 NA-NA 614K.do 54.5 -3.9 2.1 26.5 32.5 -151.8 24.4 TK001 TK012 D2 18 1975 NA-NA 1M64.d 54.5 1 7 31.3 37.3 -151.3 28 TK001 TK012 D3 5 6875 NA-NA 5M50.d 58.3 3.8 9.8 37.6 43.6 -150.2 34.5 TK001 TK012 D4 2 18000 NA-NA 17M9.d 58.3 9.3 15.3 42.5 48.5 -150.5 32.6 TK001 TK012 D5 1 NA-NA 36M0.d 60.5 15.5 21.5 47 53 -149 26.7 TK013 TK024 D1 48 750 NA-R2K 614K.d 54.5 -1.8 4.2 26 32 -152.4 24.4 TK013 TK024 D2 18 1975 NA-R2K 1M64. 54.5 2.4 8.4 30.2 36.2 -152.4 28 TK013 TK024 D3 5 6875 NA-R2K 5M50. 58.3 4.4 10.4 36 42 -151.9 34.5 TK013 TK024 D4 2 18000 NA-R2K 17M9. 58.3 9.3 15.3 40.5 46.5 -152.5 32.6 TK013 TK024 D5 1 NA-R2K 36M0. 60.5 15.5 21.5 45 51 -151.1 26.7 TK025 TK036 D1 48 750 SA-SA 614K.do 54.5 -3.9 2.1 26.5 32.5 -151.4 24.7 TK025 TK036 D2 18 1975 SA-SA 1M64.d 54.5 1 7 31.3 37.3 -151 28.4 TK025 TK036 D3 5 6875 SA-SA 5M50.d 58.3 3.8 9.8 37.6 43.6 -149.8 34.9 TK025 TK036 D4 2 18000 SA-SA 17M9.d 58.3 9.3 15.3 42.5 48.5 -150.1 33 TK025 TK036 D5 1 SA-SA 36M0.d 60.5 15.5 21.5 47 53 -148.6 27 TK037 TK048 D1 48 750 SA-R2K 614K.d 54.5 -1.8 4.2 26 32 -152.4 24.7 TK037 TK048 D2 18 1975 SA-R2K 1M64. 54.5 2.4 8.4 30.2 36.2 -152.4 28.4 TK037 TK048 D3 5 6875 SA-R2K 5M50. 58.3 4.4 10.4 36 42 -151.9 34.9 TK037 TK048 D4 2 18000 SA-R2K 17M9. 58.3 9.3 15.3 40.5 46.5 -152.5 33 TK037 TK048 D5 1 SA-R2K 36M0. 60.5 15.5 21.5 45 51 -151.1 27 TK049 TK072 D1 48 750 R2K-R2K 614K. 54.7 -2 4 26 32 -152.4 25 TK049 TK072 D2 18 1975 R2K-R2K 1M64 53 3.9 9.9 30.2 36.2 -152.4 28.7 TK049 TK072 D3 5 6875 R2K-R2K 5M50 59.1 3.6 9.6 36 42 -151.9 35.2 TK049 TK072 D4 2 18000 R2K-R2K 17M9 57.2 14.4 20.4 40.5 46.5 -152.5 35.2

TK049 TK072 D5 1 R2K-R2K 36M0 60.7 15.3 21.3 45 51 -151.1 27.3 CM01 CM02 A1 1 CMD1 LB.doc 53.8 -2.9 1.1 CM03 CM04 A1 1 CMD2 LB.doc 53.8 24.6 29.6 TM01 TM02 A2 1 TLM1 LB.doc 15 18 -161.2 26.2 TM03 TM04 A2 1 TLM2 LB.doc 9 13 -166 28 BN01 BN02 A3 1 BCN LB.doc 3 9 -153.2 29.4

FEDERAL COMMUNICATIONS COMMISSION Page 10: TT and C SATELLITE SPACE STATION AUTHORIZATIONS FCC Form 312 - Schedule S: (Technical and Operational Description) S14. Is the space station(s) controlled and monitored remotely? If Yes, provide the location and telephone number of the TT and C control point(s): Yes Remote Control (TT C) Location(s): S14a: Street Address: Estação de Guaratiba S14b. City: S14c. County: S14d. State/Country S14e. Zip Code: Guaratiba Rio de Janeiro 23.020-715 S14f. Telephone Number: S14g. Call Sign of Control Station (if appropriate): +552121214400

FEDERAL COMMUNICATIONS COMMISSION Page 11: SATELLITE SPACE STATION AUTHORIZATIONS Characteristics and FCC Form 312 - Schedule S: (Technical and Operational Description) Certifications S15. SPACECRAFT PHYSICAL CHARACTERISTICS: S15a: Mass of spacecraft without fuel (kg): Spacecraft Dimensions Probability of Survival to 2250 (meters) End of Life (0.0 - 1.0) S15b. Mass of fuel and disposables at launch (kg): 2430 S15c. Mass of spacecraft and fuel at launch (kg): S15f. Length (m): S15i. Payload: 4680 40.7 0.815 S15d. Mass of fuel, in orbit, at beginning of life (kg): S15g. Width (m): S15j. Bus: 1200 7.5 0.866 S15e. Deployed Area of Solar Array (square meters): S15h. Height (m): S15k. Total: 79.7 6.2 0.706 S16. SPACECRAFT ELECTRICAL CHARACTERISTICS: Spacecraft Electrical Power (Watts) At Electrical Power (Watts) At Subsystem Beginning of Life End of Life At Equinox At Solstice At Equinox At Solstice Payload (Watts): (a): (f): (k): (p): 10759 10759 10759 10759 Bus (Watts): (b): (g): (l): (q): 1756 970 1756 970 Total (Watts): (c): (h): (m): (r): 12505 11729 12505 11729 Solar Array (Watts): (d): (i): (n): (s): 14350 13030 13202 12671 Depth of Battery (e) (j) (o) (t) Discharge (%): 75 % 75 % 75 % 75 % S17. CERTIFICATIONS: a. Are the power flux density limits of § 25.208 met?: X YES NO N/A b. Are the appropriate service area coverage requirements of § 25.143(b)(ii) and (iii), or § 25.145(c)(1) and (2) met? YES NO X N/A c. Are the frequency tolerances of § 25.202(e) and the out-of-band emission limits of § 25.202(f)(1), (2) and (3) met? X YES NO N/A In addition to the information required in this Form, the space station applicant is required to provide all the information specified in Section 25.114 of the Commission's rules, 47 C.F.R § 25.114.


Document Created: 2007-11-15 16:03:08
Document Modified: 2007-11-15 16:03:08
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