Attachment pages 32 thru 62.pdf

This document pretains to SAT-MOD-20011130-00118 for Modification on a Satellite Space Stations filing.

IBFS_SATMOD2001113000118_1162767

1.1 Introduction The currently authorized Loral CyberStar replacement satellite at 37.5°W.L. would operate in the Ku—Band in the 14.0—14.5 GHz uplink frequency range and in the 11.45— 11.7 GHz, 11.7—12.2 GHz and the 12.5—2.75 GHz downlink frequency ranges. The current authorization also includes four regional beams covering Europe (EU), Africa (AF), North America (NA), and South America (SA). This Exhibit describes the changes to the satellite design and the consequences thereof of adding the 13.75—14.0 GHz uplink frequency band as well as the 10.95—11.2 GHz downlink frequency band. 1.2 Revised Channelization Plan The revised Ku—band payload for the four regional beam coverage areas provides a total of 44 transponders with 54 MHz usable bandwidth instead of the 32transponders in the original design. The majority of the transponders are dedicated to intra—beam traffic, with the remaining transponders being switchable between beams. Eight transponders are dedicated to the North America (NA) beam, eight transponders are dedicated to the South America (SA) beam, twelve transponders are dedicated to the Europe (EU) beam, and four transponders are dedicated to the Africa (AF) beam. The remaining transponders are individually switchable among the beams in the following fashion. Four of the transponders are switchable between the NA and the SA beams; four are switchable between the EU and the AF beams; and four are switchable between the SA and the EU beams. The switching is performed individually. Table 1.2—1 summarizes how the transponders are distributed among the beams. Table 1.2—1. Transponder Summary Maximum # of # of Switchable Beam Dedicated Transponders Transponders| (Total constrained to 12 across all beams) North America (NA¥) 8 4 South America (SA) 8 8 Europe (EU) 12 8 Africa (AF) 4 4 Table 1.2—2 indicates how the uplink and downlink spectrum is distributed among the beams. Spatial isolation is used to obtain uplink frequency re—use between the NA and EU beams as well as between the SA and AF beams. Orthogonal polarization is used to obtain additional frequency re—use in all the beams.

Table 1.2—2. Uplink and Downlink Frequency Ranges Uplink Downlink Frequency Frequency Beam Range (GHz) Range (GHz) North America 13.75—14.50 11.70—12.20 . 10.95—11.20, South America] 14.00—14.50 11.70—12.20 10.95—11.20, Europe 13.75—14.50 11.45—11.70, 12.50—12.75 . 11.45—11.70, Africa 14.00—14.50 12.50—12.75 For the spacecraft uplinks, the 13.75—14.50 GHz band, which includes both standard and extended Ku—band, is available to the North America and Europe beams. The 14.00— 14.50 GHz band, standard Ku—band, is available to the South America and Africa uplink beams. The North America downlinks occupy only 11.70—12.20 GHz; the South America downlinks occupy 10.95—11.20 GHz and 11.70—12.20 GHz; the Europe downlinks occupy 10.95—11.20 GHz, 11.45—11.70 GHz, and 12.50—12.75 GHz; and the Africa downlinks occupy 11.45—11.70 GHz and 12.50—12.75 GHz. Figures 1.2—1 through 1.2—4 depict the uplink and downlink frequency plans for the beams. The figures show the center frequency and polarization for each uplink and downlink channel. All transponders have a usable bandwidth of 54 MHz. Four of the transponders are switchable between the North and South America beams; four are switchable between the Europe and Africa beams; and four are switchable between South America and Europe beams. The switching is performed individually. The satellite payload is designed to provide full uplink—downlink connectivity among the four beams, and Table 1.2—3 provides the connectivity possibilities for each transponder.

Uplinks 13750 14000 14500 13779 13840 13901 13962 14028 14091 14154 14217 14278 14341 14404 14467 V—Pol 4 2 3 4 | . H—Pol 4 2 || 30 4 To Europe or South America H—PO! Downlink Beams V—Pol §® 11728 11791 11854 11917 11978 12041 12104 12167 11700 12200 \\\\\\\ Indicates transponder is switchable between North and South America beams Figure 1.2—1. Frequency Plan for North America Beam

Uplinks 14250 13750 14000 14500 13779 123840 13901 13962 14028 140911 14154 14217 14278 14341 14404 14467 V—Pol :4 2 3. 4 ann7 1omns| 11m9] |12720 H—Pol 4 2 | 3 4 an17 moms| 11m9] |12720 H—Pol 4 9 | 3 4 17 18 19 20 V—Pol K K N P# s \A 10979 11040 11101 11162 11483 11546 11609 11672 12528 12591 12654 12717 10950 11200 11450 11700 12500 12750 Y Indicates transponder is switchable between Europe and South America beams \\\\\ Indicates transponder is switchable between Europe and Africa beams Figure 1.2—2. Frequency Plan for Europe Beam

Uplinks 14000 14250 14500 V—Pol | H—Pol From North America or Europe Uplink Beams H—Pol 4 9 k 4 V—Pol //A//fi/% gg Sao ts W 10979 11040 11101 11162 11728 11791 11854 11917 11978 12041 12104 12167 10950 11200 11700 12200 Indicates transponder is switchable between Europe and South America beams \\\§ Indicates transponder is switchable between North and South America beams Figure 1.2—3. Frequency Plan for South America Beam

Uplinks 14000 14250 14500 14028 14091 14154 14217 V—Polll:gj17 momg| |11/19) |12/20 _ H—Poi|| 917| 1oms] |1179] |12720 H—Pol yY S 11483 11546 11609 11672 12528 12591 12654 12717 11450 11700 12500 12750 C Indicates transponder is switchable between Europe and Africa beams Figurel. 2—4. Frequency Plan for Africa Beam

Table 1.2—3. Connectivity Summary For the Spacecraft Chan Xpndr & D/L NA

1.3. Power Flux Density and Energy Dispersal Considerations The original analysis of power flux density (PFD) levels for the transponders showed that the spacecraft emissions will be compliant with the ITU requirements with ample margin, and this compliance will be maintained, since the expected operation of this group of transponders has not changed. The additional 54—MHz transponders in the Europe and South America beams, which operate in the 10.95—11.20 GHz frequency range, will also be compliant with the ITU requirements (and of CFR 47 § 25.208) with ample margin. Tables 1.3—1 through 1.3—4 provide the maximum expected PFD levels of FM TV and digital carriers at the beam peak and the 5° elevation angle, for the EU and the SA beams. In addition, Loral CyberStar will take the necessary steps, including operating transponders at appropriate levels of backoff, to ensure that the spacecraft emissions are compliant with all applicable ITU and FCC regulations. Table 1.3—1. PFD Levels for the Europe Beam at the Beam Peak PFD for Elev Angle >= 25° (Beam Peak) for the EUROPE BEAM Wideband |Mu Narrowband FM TV‘ Digital Digital Digital 0. Table 1.3—2. PFD Levels for the Europe Beam at the 5° Elevation Angle PFD for Elev Angle <= 5° (—2 dB Contour) for the EUROPE BEAM 1 Wideband |{Multi—Carrier| Narrowband FM TV Digital Digital Digital

Table 1.3—3. PFD Levels for the South America Beam at the Beam Peak PFD for Elev Angle >= 25° (Beam Peak) for the SOUTH AMERICA BEAM 2 Wideband |Multi—Carrier| Narrowband FM TV Digital Digital Digital Table 1.3—4. PFD Levels for the South America Beam at the 5° Elevation Angle PFD for Elev Angle <= 5° (—6 dB Contour) for the SOUTH AMERICA BEAM 2 Wideband |Multi—Carrier| Narrowband FM TV Digital Digital Digital 1.4. Spacecraft Characteristics The major characteristics of the spacecraft are given in Table 1.4—1 below. The characteristics reflect the increase in the number of Ku—band transponders from 32 to 44 and the removal of the C—band payload.

Table 1.4—1 Spacecraft Characteristics Parameter Characteristics Spacecraft stabilization: Transfer Orbit 3—axis stabilized On—station 3—axis stabilized Mission life 15 years Reliability: 75% of achieving full performance at end oflife Station keeping accuracy +0.05° E—W and N—S Antenna pointing accuracy +0.05° normal +0.1° during station keeping maneuver Eclipse capability 100% Mass summary: Spacecraft dry mass 1850 kg Propellant 2450 kg Launch mass 4330 kg Power summary: Spacecraft requirement 9630 W Solar Array at EOL 10200 W Solar Array at BOL 11950 W Dimension: Spacecraft platform Approx. 2.2 m x 2.2 m x 2.4 m Solar array wing span Approx. 26 m

A detailed breakdown of the satellite‘s mass and power budgets are given in Tables 1.4—2 and 1.4—3 below. Table 1.4—2Spacecraft Mass Budget Summary Parameter Mass Spacecraft dry mass: 1880 kg Communications payload 400 kg TT&C 50 kg AOCS 130 kg Structure 290 kg Mechanism 50 kg Propulsion 140 kg Power (Solar array and 540 kg batteries Thermal 180 kg Others 100 kg Propellant and pressurant 2450 kg Total mass: 4330 kg 1.4—3 Spacecraft Power Budget Summary Parameter Power Subsystem: Communication payload 7600 W TT&C 230 W Attitude & orbit control 50 W Thermal (Equinox) 720 W Battery charging 830 W Other 370 W Total requirement: 9800 W Solar array power capability: Beginning—of—life (BOL) 11950 W End—of—life (EOL) 10200 W Margin at EOL: 400 W

Exhibit 2

C‘Vcomac syniet Henry Yablonski, Jr. Principal Engineer, Satellite and Spectrum Development P.0. Box 7018 500 Hills Drive Room 3B12 Bedminster, NJ 07921 Telephone: +1 908 470—2328 Facsimile: +1 908 470—2455 EMAIL: hy@loralskynet.com November 20, 2001 Subject: Appendix S4/VI and Appendix S4/II information for USASAT—26A (37.5° WL) This letter and the enclosures provides the Appendix S4/VI and Appendix S4/II information for the USASAT—26A Satellite Network (37.5° WL) to be sent to the ITU in connection with the Telstar 11R Modification Application. The Appendix S4/VI provides the Advanced Publication Information for additional frequency ranges from 13.75 to 14.0 GHz and 10.95 to 11.2 GHz, to modify the Special Section AR11/A/563. Two paper copies of the Appendix S4/VI Space Capture file printout are enclosed with this letter, There is also an electronic copy of the Space Capture file and a WORD document of the Appendix S4/VI file printout on a diskette enclosed with this letter. December 9, 2001 was used as the anticipated Date of Receipt at the ITU. The Appendix $4/II provides the Request for Coordination Information for a modification of the Special Section AR11/C/2456. Included is a new Beam: KGR for transmitting and receiving. The frequency ranges used in this Beam are from the original AR11/A/563 and the new Appendix S4/VI, described above. This is marked as AR11/C/2456 MOD—2, since an earlier modification to Special Section AR11/C/2456; MOD—1 has already been submitted to the ITU and was received by them on August 28, 2000. Two paper copies of the Appendix $4/VI Space Capture file printout are enclosed with this letter. There is also an electronic copy of the Space Capture file, a WORD document of the Appendix S4/VI file printout and a WORD document of the Space Program Validation Output file on a diskette enclosed with this letter. December 9, 2001 was also used as the anticipated Date of Receipt of this Appendix S4/II at the ITU.

Please contact me, if there are any questions. Thank you, Ce (Cover Letter Only): Sundaram Moorthy Richard Currier George Wazeter John Stern Larry Atlas Kasey Chappelle Stephen Bell Enclosures: 1. Two diskettes — one copy for the FCC and one for the ITU, each containing: A. The Space Capture mdb files for the Appendix S4/VI (USAZ6AAPImdb) and the Appendix $4/II (USASAT—26A_MOD—2.mdb). B. The Appendix S4/VI (USASAT—26A_AR11—A—563_MOD—1.doc) and Appendix S$4/II (26AMOD2.doc) printouts as WORD documents. . The associated Beam Diagrams for the Appendix S$4/II in GXT format (KUGR.gxt and KUGRGSO.gxt). . The Space Validation File (USASAT—26A_Validation_Output.doc) for the Appendix S4/II showing zero (0) Fatal Errors and 16 Warnings (which are related to values outside the nominal range deemed appropriate by the ITU Space Validation Program. 2. Two paper copies of the Appendix S4/VI and the Appendix $4/II, including the Beam Diagrams and associated Notes by the Administration on the steerable KGR Beams and the method to ensure compliance with the PFD limits in ITU Radio Regulations $21.16. (Page 16 of the Appendix S$4/II. Page 2 of 2

UNION INTERNATIONALE DES TELECOMMUNICATIONS INTERNATIONAL TELECOMMUNICATION UNION UNION INTERNACIONAL DE TELECOMUNICACIONES BUREAU DES RADIOCOMMUNICATIONS RADIOCOMMUNICATION BUREAU OFICINA DE RADIOCOMUNICACIONES IFIC / DATE SECTION SPECIALE NO IFIC / DATE SPECIAL SECTION No. API/A/ IFIC / FECHA SECCION ESPECIAL N.O RESEAU(X) A SATELLITE ADMINISTRATION RESPONSABLE SATELLITE NETWORK(S) USASAT—26A RESPONSIBLE ADMINISTRATION USA RED(ES) DE SATELITE ADMINISTRACION RESPONSABLE RENSEIGNEMENTS REGUS PAR LE BUREAU LE INFORMATION RECEIVED BY THE BUREAU ON 09.12.2001 INFORMACION RECIBIDA POR LA OFICINA EL Ces renseignements concernant les réseaux A satellite régis par This information on satellite networks covered under Article $9, Sub— Esta informacion relativa a las redes de satélite regidas por el Farticle $9, sous—section1B, sont publiés par le Bureau des Section 1B, is published by the Radiocommunication Bureau in Articulo $9, sub—seccion 18B, se publica por la Oficina de radiocommunications en application du No. $9.2B. His font Fobjet de accordance with No. $9.2B. It is subject to the procedure(s) indicated Radiocomunicaciones en virtud del No. $9.2B. Esta sujeta al (los) la(les) procédure(s) suivante(s), indiquée(s) ci—dessous par un X dans below by an X in the relevant box. procedimiento(s) siguiente(s), senalado(s) con una X en la casilla la case pertinente. apropriada. (voir les commentaires du Bureau des radiocommunications) (see comments of the Radiocommunication Bureau) (véanse las observaciones de Ia Oficina de Radiocomunicaciones) X I Les renseignements ont été regus conformément au No. $9.1 The information has been received pursuant to No. $9.1 La informacion ha sido recibida de conformidad con No. $9.1 I Les renseignements ont été regus conformément au No. $9.2 The information has been received pursuant to No. $9.2 La informacion ha sido recibida de conformidad con No. $9.2 Toute administration estimant que ses réseaux a satellite, ses Any administration which considers that its existing or planned satellite Cualquier administracion que considere que sus sistemas o redes des systemes a satellites ou ses stations de terre, selon le cas, existants systems or networks or terrestrial stations, as appropriate, are affected, may satélites 0 estaciones terrenales, segun el caso, existentes o planificados ou en projet, sont affectés, peut envoyer ses observations a send its comments to the administration which has requested publication of se veran afectados, podra comunicar sus comentarios a la administracién Fadministration qui a demandé la publication des renseignements, the information, with a copy of such comments to the Radiocommunication que haya solicitado la publicacion de la informacion, enviando una copia avec copie au Bureau des radiocommunications. Bureau. de dichos comentarios a la Oficina de Radiocommunicaciones. Information aussi disponible sur le / Information also available on the / Informacion también disponible en: Space Network Systems Online Service : http://www—br/sns/advpub.htm! © £T.V. Page / pagina 1

Items Description Description Descripcién Ma Name of the space station Nom de la station spatiale Nombre de la estacion espacial Aif Notifying administration Administration notificatrice Administracion notificante Aza Date of bringing into use Date de mise en service Fecha de puesta en servicio A2b Period of validity (year) Période de validité (année} Periodo de validez (ano) A4al Nominal longitude of a geostationary space station (degree) Longitude nominale d‘une station spatiale géostationnaire (degré) Longitud nominal de una estacion espacial geoestacionaria (grado}) A4b1 Angle of inclination of the orbit (degree) Inclinaison de l‘orbite (degré) Angulo de inclinacién de la érbita (grado) A4b2 Period (ddd/hh/mm) Période (fi/hh/mm) Periodo (ddd/hh/mm}) A4b3a Altitude of the apogee (km) Altitude de lapogée (km) Altitud def apogeo (km) A4b3b Altitude of the perigee (km) Altitude du périgée (km) Altitud del perigeo (km) A4b4a Number of satellites Nombre de satellites Nomero de satélites A4b4b Reference body Corps de référence Cuerpo de referencia Ad4bSa Number of orbital planes Nombre de plans orbitaux Numero de planos orbitales C1 Frequency Range Gamme de fréquences Gama de frecuencias C4a Class of station Classe de station Clase de estacion C4b Nature of service Nature du service Naturaleza del servicio Ci1a4 Narrative description of the service area Description détailiée de la zone de service Descripcion detallada de la zona de servicio BR1 Date of receipt Date de réception Fecha de recepcion BR3a Provision reference code Code de référence de la disposition Codigo de referencia de la disposicion BR6a Identification number of the network Numéro d‘identification du réseau a satellite Ndmero de identificacion de la red BR6b Old identification number of the network Ancien numéro d‘identification du réseau a satellite Ndmero anterior de la identificacion de la red BR20 IFIC number Numéro de ta IFIC Numero de la IFIC BR22 Administration remarks Remarques de ‘Administration Observaciones de la Administracion BR23 Radiocommunication Bureau comments Observations du Bureau des radiocommunications Comentarios de la Oficina de Radiocomunicaciones Page / pagina 2

| SECTION SPECIALE / SPECIAL SECTION / SECCION ESPECIAL ~ g To APVA/ | A1fa Space station [USASAT—2 6A ] A1f Notifying adm. BR1 Date of receipt BR20 IFIG no. [________|: | |__BR6a/BR6b id. no. [ 101520094 | | BR3a Provision reference [59.1/1B ] | A4a1 Orbital long. AZa Date of bringing into use A2b Period of valid. C1 Frequency range: From oHz To cHz C4a Class of station C4b Nature of service C11a4 Service area [REG1I, REG 2 ] AZa Date of bringing into use AZb Period of valid. C1 Frequency range: From GHz To cHz C4a Class of station C4b Nature of service C11a4 Service area |REGL, REG 2 BR22 Administration remarks This notice adds new frequency ranges to the Special Section AR11/A/563 for the USASAT—26A Satellite Network BR23 Radiocommunication Bureau comments [ Page / pagina 3

COMMENTAIRES DU BUREAU DES COMMENTS OF RADIOCOMMUNICATION COMENTARIOS DE LA OFICINA DE RADIOCOMMUNICATIONS CONCERNANT LE BUREAU RELATING TO THE SPECIAL SECTION RADIOCOMUNICACIONES RELATIVOS A LA NUMEROTAGE DE LA SECTION SPECIALE NUMBERING NUMERACION DE LA SECCION ESPECIAL 1. La date limite pour la réception des . Expiry date for the receipt of comments indicated 1. La fecha limite para la recepcion de los commentaires indiquée sur la page de couverture on the cover page applies only to the following comentarios indicada en la portada de la Seccion s‘applique uniquement aux bandes de additional frequency bands: Especial solo se aplica a las siguientes bandas fréquences additionnelles suivantes: de frecuencias adicionales: La présente Section spéciale est aussi publiée . This Special Section is also published in La presente Seccion Especial se publica también conformément au_ paragraphe 7.1.3 de accordance with paragraph 7.1.3 of en virtud del parrafo 7.1.3 del apéndice 30/$830 ‘Appendice 30/530 pour les gammes de Appendix 30/S530 with respect to the following para las siguientes gamas de frecuencias: fréquences suivantes: frequency bands: . 3. Sections spéciales déja publiées/ IFIC/ date: . Previously published Special Sections/ IFIC/Date: Secciones Especiales ya publicadas/ IFIC/ fecha: & APVA/ page / pagina 4

UNION INTERNATIONALE DES TELECOMMUNICATIONS INTERNATIONAL TELECOMMUNICATION UNION UNION INTERNACIONAL DE TELECOMUNICACIONES BUREAU DES RADIOCOMMUNICATIONS RADIOCOMMUNICATION BUREAU OFICINA DE RADIOCOMUNICACIONES IFIC / DATE SECTION SPECIALE NO IFIC / DATE SPECIAL SECTION No. AR11/C/2456 MOD—2 IFIC/ FECHA SECCION ESPECIAL N.O STATION SPATIALE STATION(S) TERRIENNE(S) SPACE STATION USASAT—26A o EARTH STATION(S) TYPE/TYPICAL/ITIPO ESTACION ESPACIAL o ESTACION(ES) TERRENA(S) ADMINISTRATION RESPONSABLE RENSEIGNEMENTS REGUS PAR LE BUREAU LE RESPONSIBLE ADMINISTRATION USA INFORMATION RECEIVED BY THE BUREAU ON 09.12.2001 ADMINISTRACION RESPONSABLE INFORMACION RECIBIDA POR LA OFICINA EL Ces renseignements ont été regus par le Bureau des radiocommunications en This information has been received by the Radiocommunication Bureau Esta informacion ha sido recibida por la Oficina de Radiocomunicaciones de vertu du RR1074 et son publiés en application du RR1078. !is font I‘objet de pursuant to RR1074 and is published in accordance with RR1078. it is subject conformidad con RR1074 y se publica en virtud de RR1078. Estd sujeta a uno F‘une des deux procédures suivantes, indiquées ci—dessous par un X dans la to one of two procedures, indicated below by an X in the relevant box. de los dos procedimientos siguientes, sefalado con una X en la casilla case pertinente. apropriada. Une demande de coordination a été envoyée conformément au RR1073 aux A request for coordination has been sent in accordance with RR1073 to the De conformidad con RR1073, se ha enviado una solicitud de coordinacion a las administrations indiquées ci—dessous. En application du RR1078, le Bureau a ajouté, administrations indicated below. in conformity with RR1078, the Bureau has added, administraciones indicadas mas abajo. Conforme a RR1078, la Oficina ha afadido le cas échéant, le symbole des autres administrations (identifiées par *) dont les as appropriate, the symbols of any other administrations (identified by *) whose adecuadamente el simbolo de las demas administraciones (identificadas por un *) services sont susceptibles d‘étre affectés. ' services are likely to be affected. cuyos servicios pueden resultar afectados. Toute administration dont ie symbole apparait dans la présente Section Spéciale Any administration whose symbol appears in the present Special Section shall Las administraciones cuyo simbolo aparece en la presente Seccion Especial accuse immédiatement réception, par télégramme, des données concernant la acknowledge receipt of the coordination data immediately by telegram (RR1082). deberan acusar recibo inmediatamente por telegrama de la informacion referente a coordination (RR1082), la coordinacion (RR1082). DEMANDE DE COORDINATION (RR1060) ADRESSEE A REQUEST FOR COORDINATION (RR1060) ADDRESSED TO SOLICITUD DE COORDINACION (RR1060) DIRIGIDA A DATE LIMITE POUR LA DECISION (RR1084) : EXPIRY DATE FOR DECISION (RR1084): FECHA LIMITE PARA LA DECISION (RR1084): Les dispositions du RR1066 s‘appliquent & ces assignations qui sont publiées The provisions of RR1066 apply to these assignments, which are published for Las disposiciones de RR1066 se aplican a estas asignaciones, que se publican a titulo de uniquement pour information. information only. informacion unicamente. © i1T.uV. Page / pagina 1

+ C10a5 Designation of the antenna beam of the associated space station Désignation du faisceau de l‘antenne de la station spatiale Designacion del haz de la antena de la estacion espacial 73 associée asociada ~C10b1 Name of the associated earth station Nom de la station terrienne associée Nombre de fa estacion terrena asociada 59 C10b2 Previous name of the associated earth station Ancien nom de fa station terrienne Nombre anterior de la estacion terrena C10b3 Type of associated earth station Type de station terrienne associée Tipo de la estacion terrena asociada 62 C10b4 Country symbol Symbole de pays Simbolo de pais 61 C10b5 Geographical coordinates Coordonnées géographiques Coordenadas geograficas 63 C10cia Class of station of the associated earth station Classe de station de la station terrienne associée Clase de estacion de la estacion terrena asociada 65 C10cib Nature of service of the associated earth station Nature du service de la station terrienne associée Naturaleza del servicio de la estacion terrena asociada 66 C10c2 Isotropic gain of the antenna (dBi) Gain isotrope de l‘antenne (dBi) Ganancia isotropa de la antenna (dBi) 67 C10c3 Beamwidth (degree) Ouverture du faisceau (degré) Abertura del haz (grado) 68 C10cd4a Reference radiation pattern Diagramme de rayonnement de référence Diagrama de radiacion de referencia 70 C10c4b Radiation pattern diagram of the associated earth station Diagramme de rayonnement Diagrama de radiacién 69 C10c4c1 Radiation pattern diagram coefficient A Coefficient A du diagramme de rayonnement Coeficiente A del diagrama de radiacion C10c4c2 Radiation pattern diagram coefficient B Coefficient B du diagramme de rayonnement Coeficiente B del diagrama de radiacion C10c4c3 Radiation pattern diagram coefficient C Coefficient C du diagramme de rayonnement Coeficiente C del diagrama de radiacion C10c4cd4 Radiation pattern diagram coefficient D Coefficient D du diagramme de rayonnement Coeficiente D del diagrama de radiacion C10c4c§ Radiation pattern diagram angle Angle du diagramme de rayonnement Angulo del diagrama de radiacién C10c5 Receiving system noise temperature (Kelvin) of the associated Température de bruit du systéme de réception (Kelvin) de la Temperatura de ruido del sistema receptor (Kelvin) de la estacion 64 earth station station terrienne associée terrena asociada C1ai Service area no. (GIMS) Numéro de zone de service (GIMS) Numero de zona de servicio (GIMS) 43—44 C11a2 Service area symbol! Symbole de la zone de service Simbolo de la zona de servicio 43.44 C1a3 Service area diagram attachment Diagramme de zone de service annexe Diagrama de la zona de servicio anexo 43—44 Dia Serial number of the strap Numéro de série de la connexion Numero de serie de la conexion 75 Dib Uplink beam designation Désignation du faisceau de réception Designacion del haz de recepcion 76 Dic Downlink beam designation Désignation du faisceau d‘émission Designacion del haz de transmision 77 D1d Uplink assigned frequency Assignation de fréquence sur les liaisons montantes Asignacione de frecuencia de enlace ascendente 78 Die Downlink assigned frequency Assignation de fréquence sur les liaisons descendantes Asignacione de frecuencia de enlace descendente 79 D2ai Lowest equivalent satellite link noise temperature Température de bruit équivalente la plus faible de la liaison par Temperatura de ruido equivalente mas baja det enlace por 80 satellite satélite D2a2 Associated transmitting gain (lowest) Gain de transmission associé (plus faible) Ganancia de transmision asociada (mas baja) 81 D2b1 Satellite link noise temperature for highest ratio of gain/noise Température de bruit équivalente de liaison par satellite pour le Temperatura de ruido equivalente del enlace por satélite para la 82 rapport gain/température bruit le plus élevé relacion mas elevada ganancia/ruido D2b2 Associated transmitting gain (highest) Gain de transmission associé (plus élevé) Ganancia de transmision asociada ({mas elevada) 83 D2c Line number for a given set of equivalent satellite link noise Numéro de ligne pour un groupe donné températures de bruit Nuimero de serie para un grupo dado de temperaturas de ruido 88 temperatures and transmission gain values équivalente de la liaison par satellite et les gains de transmission equivalente del enlace por satélite y las ganancias de transmision D2d Associated receiving earth station name Nom de la station terrienne réceptrice associée Nombre de ta estacion terrena receptora asociada 84 2D Findings: Date from which an assignment is taken into account Conclusions: Date a partir de laquelle une assignation est prise Conclusiones: Fecha a partir de la cual una asignacion es according to RR1061—1065 or 2.5 of the procedure in Annex 1 to en compte en accord avec les RR1061—1065 ou 2.5 de la tomada en cuenta de acuerdo con RR1061—1065 6 2.5 del Resolution 46 procédure dans FAnnex 1 a la Résolution 46 procedimiento del Anexo 1 a la Resolucion 46 13A Findings: Conformity with Radio Regulations; Table No. 13A of Conclusions: En conformité avec le Réglement des Conclusiones: En conformidad con los Reglamentos de the preface to the IFL radiocommunications; Tableau No. 13A de la Préface a la Liste radiocomunicaciones; Tabla No.13A del Prefacio a la Lista Internationale des Fréquences Internacional de frecuencias 13B1 Findings: Reference to a provision, appendix or resolution Conclusions: Référence & une disposition, appendice ou Conclusiones: Referencia a una disposicion, apéndice 0 résolution resolucion 13B2 Findings: Remarks concerning the findings entered in column Conclusions: Remarques concernant les conclusions inscrites a Conclusiones: Comentarios correspondientes a las conclusiones 13A; Table No.13B of the preface to the IFL la colonne 13A; Tableau No.13B de la Préface & la Liste inscritas en la columna 13A; Tabla No.13B del Prefacio a la Lista Internationale des Fréquences Internacional de frecuencias 13B3 Findings: Date relating to the review of the findings Conclusions: Date relative a un réexamen des conclusions Conclusiones: Fecha relativa a una revision de las conclusiones 13C Remarks Observations Observaciones 47 BR1 Date of receipt Date de réception Fecha de recepcion BR2 Administration serial number Numéro de série de l‘administration Nimero de serie de la administracion Page / pagina 3

[ SECTION SPECIALE / SPECIALSECTION/SECCIONESPECIAL . _: _ Ala Space station [DSASAT—2 6A ] A1f Notifying adm.[US& ____| _ BR1f Date ofreceipt[09.12.2001_| _ BR20/BR21 IFIG noJpart [ | [ __BR6@a/BR6b id. no.[| 101520094 | 94520094 ] BR3a/BR3b Provision reference [$9.6 _ _C | BR2 Adm. serial no. | | [_~~KGR : [ R] Ad4a1 Orbital long. Ada2a Long. tolerance 0.1 Ad4a?b Inclination excursion Ad4a3 Visibility arc A4a4 Service arc 36 Ad4aS5 Reason for are diff. [______] B1a/bib Beam designation [ KGR Clull B2EmirRep [R o0 o opsatrpab1/bsb2aMax. ant. gain| 44|‘ B3dPointingaccuracy[____0.1]. . B3a?/B3b2b Ant. gain cont. diag. B3f Ant. gain vs orbit long. diag. B3e1 Rad.diag. [____] B3e2 Ref. pat. [____________________] B3e3 Coef. A[______] B3e4 Coef. B[______] l:l BRT7&/BR7b Group id. [ 201 | | BR14 Special Section | | C4a Class of station C3a Assigned freq. band CSa Noise temperature C4b Nature of service Céa Polarization type C6b Polarization angle[________] C8d/C8g Max. pwr [__________] C11a1 Service area no. C11a2 Service area E:] C11a3 Service area diagram [ASWASG _Coordination [ 1060 [r__| | AzZa Date of bringing into use A2Zb Period of valid. Asa Op. agency A3b Adm. resp. BR16 Value of type C8b[___] BR17 Reason for C8c/CBe absent [___] CZa Assigned frequency 14.025 G 14 .125 G 14.225 G 14.325 G 14.425 G 14.075 G 14.175 G 14.275 G 14.375 G 14 .475 G A13 C7a C8a1/CB8b1 C8a2/C8b2 CBc1 C8cZ Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| AR11/A 563 1| 36MO0FIW—— 27 —36 7.1 =55.9 30 2 |ARLL/C 2456 2 18MOFIW—— 27 —36 4 .1 ~58 .9 30 3| SOMOGTW——. 33 —44 3.5 ~73.4 25 4 36MOGTW—— 31.6 —44 2.1 —73.4 25 5 2M00G67W—— 19 —44 —10 .4 —73.4 25 6| 44KOG1D—— 2 .4 —44 —27 —73.4 25 C10b1 C10b4 C10b3 C10b5 C10cta/C10c1b C10c2 C1003 C10c4a C10c4b . C10cd4c Assoc. earth station name Ctry Type Geographical coord. Cis. / Nat. Max. iso. Bmwdth Ref. pattern Rad. diag. Coef Coef Coef Coef Phii gain A B C D | TYPICAL K8.0 METER T | 1[re [CP 59. 4 0.18| REC—580 2D Date[__________] 134 Conformity with RR[__________] 1381 Provision[____________________J] 13B2 Remarks [____________|] 13B3 Date of Review [__________] 13C Remarks | | [3] BRra¥eRTe Group aL T BRi2 Special Section _ C4a Class of station C3a Assigned freq. band CSa Noise temperature C4b Nature of service C6a Polarization type C6b Polarization angle [________|] C8d4/C8g Max. pwr[__________] C11a1 Service area no. C11a2 Service area [________] C11a3 Service area diagram [AW/A6 Coordination [1060 [R ]| | AZa Date of bringing into use AZb Period of valid. AJa Op. agency A3b Adm. resp. BR16 Value of type CBbE BR17 Reason for C8c/CBe absentI:_] Page / pagina 5

[ SECTIONSPECIALE /SPECIAL SECTIONYSECCIONESPECIAL _ ____ _ _ _ sn oosisoselo oo setnl sls <Tses| Afa Space station |USASAT—26A | A1f Notifying adm. USA BR1 Date of receipt ~ BR20/BR21 IFIC no./part ___] [Z | |___BR6éa/BR6b Id. no. [ 101520094 | 94520094] BR3a/BR3b Provision reference|S$9.6 __C ] BR2_Adm. serial no. $ KGR: [_] BR7a¥BR7Tb Group id. [ 204 ] BR14 Special Section | | C4a Class of station C3a Assigned freq. band CSa Noise temperature C4b Nature of service Céa Polarization type _________] C6b Polarization angle[________] C8&/C8g Max. pwr[__________] C11a1 Service area no. C11a2 Service area [:] C11a3 Service area diagram [ASWA6 Coordination |1060 [r ]| | Aza Date of bringing into use AZ2b Period of valid. Asa Op. agency A3b Adm. resp. BR16 Value of type CBb[___] BR17 Reason for CBe/C8e absent [___] CZ2a Assigned frequency 14.025 G 14.125 G 14,225 G 14 .325 G 14 .425 G 14.075 G 14.175 G 14 .275 G 14.375 G 14 .475 G A13 C7a C8a1/CB8b1 C8a2/C8b2 CBc1 CBc2 CBe Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min., pwr dens. C/N ratio 1| ARL1/A 563 1 5OMOGTW—— 33 —44 24 —52.9 25 2|AR11/C 2456 2 36MOGTW—— 31.6 —44 22. 6 —52.9 25 3 2M00G67W—~— 19 —44 10 —52.9 25 4 44KOGID—— 2 .4 —44 —6.5 —52 .9 25 C10b1 C10b4 C10b3 C10b5 C10c1ta/C10c1b C10c2 C1003 C10c4a C10c4b C10c4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat. Max. iso. Bmwdth Ref. pattern Rad. diag. Coef Coef Coef Coef Phii gain A B C D [TYPICAL K0.75 METER T [ 1|Tc [CP 38 .9 1.87| REC—580 2D Date[ __________] 134 Conformity with RR[___________] 13B1 Provision[___________________] 13B2 Remarks [_____________] 1383 Date of Review __________] 13C Remarks | | [3] ~BRFaBRTb Greup ia 3051 BR13 Special Section __——_] C4a Class of station C3a Assigned freq. band CSa Noise temperature C4b Nature of service Cbéa Polarization type C6b Polarization angle _______] C80#/C8g Max. pwr[__________] C11a1 Service area no. C11a2 Service area [:::] C11a3 Service area diagram [AS§/A6 Coordination |1060 [R ]| | Az?a Date of bringing into use A2b Period of valid. Asa Op. agency A3b Adm. resp. BR16 Value of type CSb __] BR17Z Reason for C8c/CBe absent [___] CZa Assigned frequency i13.s25 |s | 13.875 |s_ | 13.925 |s | 13.975 [s | | [ | I | | | A13 C7a C8a1/CBb1 C8a2/CBdb2 CBci C8ac2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio © 1|ARLIl/A 563 1 36M0FIW—— 25 .6 —37 .4 8 .6 —54 .4 30 2|ARL1/C 2456 2| 18MOFIW—— 25 .6 —37 .4 8 .6 —54 .5 30 3| 5OMOG7TW—— 25 .6 —51.3 8 .6 —68 .3 25 4 36MOGTW—— 24 .2 —51.3 8 .6 —66.9 25 5| 2M00G67W—— 11.6 —51.3 8 .6 —54 .4 25 Page / pagina 7

| SECTION:SPECIALE /:SPECIAL—SECTION:/.SECCION.ESPECIAL:: ue — — sls lne a l ooo c oo e | [n] Afa Space station |USASAT—26A | A1f Notifying adm.| USA BR1 Date of receipt BR20/BR21 IFIC no.Jpart | |___BR6a/BR6b Id. no. [ 101520094 | 94520094] BR3a@/BR3b_Provision reference [89 .6 __C BR2 Adm. serial no. [ | ie A13 C7a C8a1/C8b1 Céa2/C8b2 CBci CB8c2 Cée Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| ARI1/A 563 1 |18M0FIW—— 25. 6 —37 .4 8 .6 =54 .4 30 2| ARLLZ/C 2456 2 22M0G7W—— 25 .6 —47.8 8 .6 —64.8 25 3| 2M00G67W—— 15 .2 —47.8 8 .6 —54.4 25 C10b1 C10b4 C10b3 C10b5 C10c1#/C10ctb C10c2 C10c3 C10c4a C10c4b C10cd4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat. Max. iso. Bmwdth Ref. pattern Rad. diag. Coef Coef Coef Coef Phi gain A B C D [TYPICAL K8.0 METER T | 1[Te [CP 59 .4 0.18| REC—580 13C Remarks 2D Date [________] | 13A Conformity with RR __________] o 1382 Remarks [_______] 13B3 Date of Review __________] J BRTaBRTh Group id BR14 Special Section [__________________] C4a Class of station CJ3a Assigned freq. band C5a Noise temperature C4b Nature of service CbBa Polarization type C6b Polarization angle [________] C8d/C8qg Max. pwr I:::] C11fa1 Service area no. C11a2 Service area [:::] C11a3 Service area diagram [AS/A6 Coordination |1060 |R | | AZa Date of bringing into use AZ2b Period of valid. A3a Op. agency A3b Adm. resp. BR16 Value of type CSb |:] BR17 Reason for C8c/C8e absent |:] C2a Assigned frequency i3.761 |[s | 13.789 [s J [ [ | | L _1 | ) | A13 CTa C8éa1/CB8b1 Céa?/C8b2 Céc1 C8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| ARL1/A 563 1| 18M0F9w—— 27 —36 13 .6 —49.4 30 2| AR11/C 2456 2 22M0G7W—— 30 .6 —42.8 13 .6 —59.8 25 3 2M00G67W—— 27 —36 13.6 ~49.4 25 C10b1 C10b4 C10b3 C10b5 C10c1a/C10c1b C10c2 C10c3 C10c4a C10c4b C10c4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat. Max. iso. Bmuwath Ref. pattern Rad. diag. Coef Coef Coef Coef Phii gain A B C D [TYPICAL K4.5 METER T | 1|Te [CP 54.4 0.31| REC—580 2D Date[_________] 13A Conformity with RR[_________] 1381 Provision[__________] 1382 Remarks [__________] 13B3 Date of Review [:::j 13C Remarks | I [T] BRrsbR7b Groupia[_________] BR14 Special Section E::: C4a Class of station C3a Assigned freq. band CSa Noise temperature P C4b Nature of service C6a Polarization type C6b Polarization angle [::] C8d/C8g Max. pwr I:::_____—___] C11a1 Service area no. C11a2 Service area [________] C11a3 Service area diagram [AS/A6 Coordination [1060 [® _] ] AZa Date of bringing into use AZ2b Period of valid. ASa Op. agency [_99] A3b Adm. resp. BR16 Value of type CSb [___] BR17 Reason for CSc/CBe absent [___] Page / pagina 9

SECTION.SPECIALE / SPECIAL SECTION:/SECCIONESPEGIAL> aszeo ue Pss ce ce oen ie e e e en | [1] A1ta Space station [USASAT—2 6A ] A1f Notifying adm. BR1 Date of receipt BR20/BR21 IFIC no./part | |___BR6a/BR6b Id. no. [ 101520094 | 94520094 ] BR3a/BR3b Provision reference [S9 .6 __C BR2 Adm. serial no. HESLR: CZa Assigned frequency 13.752 |es | 13.939s [ss ] 14.002 |6 | 14.498 |c | | [ [ I | [ | A13 CTa C8a1/C8b1 C8a2/C8b2 CBct CB8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| ARLL/A 563 1!1MOOF9D-— —18 ~78 —18 —78 13.8 2| AR1IL1/C 2456 C10b1 C10b4 C10b3 C10b5 C10c1ta/C10ctb C10c2 C10c3 C10c4a C10c4b C10cd4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat. Max. iso. Bmwdth Ref. pattern Rad. diag. Coef Coef Coef Coef Phi gain A B C D TT&C K4.5 METER T 1| TK |OT 54.4 0.31| REC—580 2|TD |of 2D Date[___________|] 134 Conformitywith RR[__________] 1381 Provision[____________________|] 1382 Remarks [___________] 13B3 Date of Review[_________] 13C Remarks | | B1a/B1b: Beamdesignation[ Kcr _| BP9 EmiRep[® _] . i ‘psa7/o3b1/63b2aMax.ant:gain 44].. . BadPointingaccuracy[___0.1}]— B3a2/83b2b Ant. gain cont. diag. B3f Ant. gain vs orbit long. diag. B3e1 Rad.diag. [____] B3e2 Ref. pat.[____________________] B3e3 Coef. A [______|] B3e4 Coef. B[______] [_] BR7aBRZb Group id. 8o1]_ BR14 Special Section | C4a Class of station C3a Assigned freq. band C4b Nature of service CBa Polarization type C6b Polarization angle[________] C84/C8q Max. pwr C11a1 Service area no. C11a2 Service area [________] C11a3 Service area diagram [AWAG Coordination [ 1060 [r _| | AZa Date of bringing into use AZ2b Period of valid. A3a Op. agency A3b Adm. resp. BR16 Value of type CSb D BR17 Reason for C8c/C8e absent D CZ2a Assigned frequency 10 .975 G 11.075 G 11.175 G 11.525 G 11.625 G 11.025 C 11.125 G 11.475 G 11.575 C 11.675 G A13 CZa C8a1/C8b1 C8a2/C8b2 CBcit CB8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| AR11/A 563 1 36M0FIW—— 5.5 —57.5 —13.9 ~76.9 15 2| AR11/C 2456 2 18MOFIW—— 5.5 —57.5 —16.9 —79.9 15 3 SOMOGTW—— 19.5 —57.5 —17.5 —94 .5 10 4 36MOGTW—— 18 .1 —57.5 —18 .9 ~94 .5 10 5 22M0G7TW—— 15.9 ~57.5 —21.1 =—94 .5 10 6| eMo0G7w—— 10.3 —57.5 —21.2 =94 .5 10 7| 2M0067W—— 5.5 —57.5 —31.5 —94 .5 10 8 44KOG1D—— —11 —57.5 —48 .1 —94 .5 10 Page / pagina 11

[ SECTION SPECIALE / SPECIAL.SECTIONY/SECCION ESPECIAL is sls e . se o oo is | [1] A1fa Space station |USASAT—26A | A1f Notifying adm. | USA BR1 Date of receipt BR20/BR21 IFIC no./part | | BR6a/BR6b Id. no. [ 101520094 [ 94520094 ] BR3a/BR3b Provision reference |$9.6 __C BR2_Adm. serial no. | ~—LCKGR__]| E CZa Assigned frequency 10 .975 G 11.075 G 11.175 G 11.525 G 11.625 G 11.025 G 11.125 G 11.475 G 11.575 G 11.675 G A13 CTa C8at/C8b1 C8a2/C8b2 Cact C8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak owr Min. pwr dens. _.{ C/N ratio 1| ARLI1/A 563 1| 36M0FOW—— 5.5 =~57.5 2.4 —60 .5 15 2| ARLIL/C 2456 2 18MOFIW—— 5.5 —57.5 —0 .5 —63.5 15 3 5OMOG7TW—— 19.5 —57.5 —1.1 —78.1 10 4 36MOG7TW—— 18 .1 —57.5 —2,5 —18 .1 10 5| 22M0G7W—— 15.9 —57.5 —4 .7 —78 .1 10 6| emooG7w—— 10.3 —57.5 ~10 .3 —78 .1 10 7| 2M00G7W—— §.5 —57.5 —15.1 —78 .1 10 8| 44KOGID—— —11 —57.5 —31.7 —78 .1 10 C10b1 C10b4 C10b3 C10b5 C10cta/C10ctb C102 C1003 C10cd4a C10o4b C10c5 C10c4c Assoc. earth station name Ctry Type Geographical coord. Cis. / Nat. Max. iso. Bmwdth Ref. pattern Rad. diag. Noise Coef Coef Coef Coef Phif gain temp. A B C D | TYPICAL K1.2 METER T [ 1|TC [CP 41 .5 1.39| REC—580 150 2D Date[ _________] 134 Conformity with RR[__________] 13B1 Provision ____________________] 1382 Remarks [____________] 1383 Date of Review [__________] 13C Remarks [ | [_] BRTa/BR7b Group id. 804| BR14 Special Section | C4a Class of station C3a Assigned freq. band C4b Nature of service C6a Polarization type C6b Polarization angle [_______| C8d/C8g Max. pwr C11a1 Service area no. C11a2 Service area E:] C11a3 Service area diagram [AWAG Coordination [1060 [R _| ] AZa Date of bringing into use AZb Period of valid. A3a Op. agency A3b Adm. resp. BR16 Value of type CSb [::l BR17 Reason for C8c/C8e absent [:] CZa Assigned frequency 10 .975 G 11.075 G 11.175 G 11,525 G 11.625 G 11.025 G 11.125 G 11.475 G 11.575 G 11.675 G A13 C7a CBat/C8b1 C8a2/C8b2 CBci C8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwt dens. Min, peak pwr Min. pwr dens. C/N ratio 1| ARL1/A 563 1 36MOFIW—— 5.5 ~57.5 5.5 —57.5 14.5 2| AR1l/C 2456 2 18M0FIW—— 5.5 ~57.5 3 —59.9 15 3 5OMOG7TW—~— 19.5 ~57.5 2.5 —74.5 10 4 36M0G7W—— 18 .1 —57.5 1 —74.5 10 5 22M0G7W—— 15.9 —57.5 —1.1 —74 .5 10 6 6MOOG7W—— 10.3 —57.5 —6.7 —74 .5 10 7| 2M00G7W—— 5.5 —57.5 ~11.5 —74.5 10 8| 44KOGID—— —11 ~57.5 —28 .1 —74.5 10 Page / pagina 13

[SECTION SPECIALE/ SPECIAL SECTION7SECCIONESPECAL _ _ — CC td t t ee | Afa Space station | USASAT—26A | A1f Notifying adm. BR1 Date of receipt BR20/BR21 IFIC no./part [ [_ BR6a/BR6b Id. no.| 101520094 |__94520094] BR3&/BR3b _Provision reference [ S9 .6 __C ] BR2 Adm. serial no. | | [(T—KGR: 1|(E | CZa Assigned frequency 10.952 |6 | 11.1ig9s8 [ss | 11.452 |6 ] 11.698 _|G [ | [ | [ | A13 C7a CBa1/CSb1 C8a2/Cdb2 CBcit C8c2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1| ARLIL/A 563 1|144KGID—— —10 —61.6 —10 —61.6 36 .9 2| ARL1L/C 2456 2| 200KGB8X—— —10 —63 —10 —63 35 .4 3 |200KGID—— —10 —63 —10 —63 35.4 C10b1 C10b4 C10b3 C10b5 C10c1a/C10ctbh C10c2 C10c3 C10c4a C10c4b C10cé C10c4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat, Max. iso. Bmuwdth Ref. pattern Rad. diag. Noise Coef Coef Coef Coef Phil gain temp. A C D TT&C K4.5 METER T 1 TR OT 52.9 0.37| REC—580 150 2| TK |OT 2D Date[__________] 134 Conformity with RR[__________] 13B1 Provision[___________________] 13B2 Remarks [_____________] 138B3 Date of Review [___________] 13C Remarks | | J BrraAR7h Goup td —___] BRid Speciel Seaton ______———_] C4a Class of station C3a Assigned freq. band C4b Nature of service Céa Polarization type C6€b Polarization angle [________] C8d/C8g Max. pwr C11a1 Service area no. C11a2 Service area [________] C11a3 Service area diagram [A/AG Coordination [ 1060 [r _| | AZa Date of bringing into use AZb Period of valid. AJa Op. agency A3b Adm. resp. BR16 Value of type CSb |:| BR17 Reason for C8c/CBe absent |:| C2a Assigned frequency i0.952 [ss | i1i.igs [ss | i1.4s2 |s | 1i1.698 |c | | | | | | [ | A13 ore C8a1/CB8b1 C8a2/C8b2 Céci CBc2 Cde Ref. to Special Sections Design. of emission Max. peak pwr Max. pwr dens. Min. peak pwr Min. pwr dens. C/N ratio 1 ARL1/A 563 1| 144KG9D—— —10 —61 .6 —10 —61.6 41.9 2| AR11/C 2456 2| 200KGID—— —10 —63 —10 —63 40 .4 3| 25KONON—— —10 —54 —10 —54 49.5 C10b1 C10b4 C10b3 C10b5 C10cta/C10c1bh C10c2 C10c3 C10cd4a C10c4b C10c5 C10c4c Assoc. earth station name Ctry Type Geographical coord. Cls. / Nat. Max. iso. Bmuwdth Ref. pattern Rad. diag. Noise Coef Coef Coef Coef Phil gain temp. A B C D [TYPICAL K8.0 METER T [ 1|Tk [CP 57 .9 0.21| REC—580 150 2D Date[___________] 13A Conformity with RR[__________] 13B1 Provision[____________________| 13B2 Remarks ____________] 13B3 Date of Review[_________] 13C Remarks | | Page / pagina 15

NOTES DE L‘ADMINISTRATION NOTES BY THE ADMINISTRATION NOTAS DE LA ADMINISTRACcION NOTE 1 NOTE 1 NOTE 1 Faisceau KGR Beam KGR Hace KGR La couverture de l‘antenne est en fait The antenna coverage actually consists En realidad, la cobertura de la antena assurée par plusieurs faisceaux orientables of multiple steerable beams that can be consiste en una serie de haces pouvant étre pointés vers un point visible pointed to any part of the visible Earth. orientables que pueden ser dirigidos a quelconque de la Terre. cualquier lugar visible de la Tierra. NOTE 2 NOTE 2 NOTE 2 Pour faire en sorte que toutes les émissions All Space—to—Earth transmissions will Las transmisiones Espacio—Tierra deben Espace—vers—Terre satisfassent aux limites comply with the PFD limits in Article $21 satisfacer los limites de densidad de flujo de puissance surfacique indiquées dans of the Radio Regulations using the de potencia que figuran en el Articulo $21 l‘Article S$21 du Réglement des technique in the Radio Regulations Board del Reglamento de Radiocomunicaciones Radiocommunications, on procédera Rule of Procedure and its annex utilizando la técnica en la Regla de comme suit sur la Réegle de Procédure du concerning No. $21.16 (1998 edition). procedimiento de la Junta del Reglamento Comité du Réglement des de Radiocomunicaciones y su anexo con radiocommunications et son annexe respecto al numero S$21.16 (edicion concernant le numéro S$21.16 (édition 1998). 1998). Page / pagina 16

Figure / Figura 1 ZONE DE SERVICE ET CONTOURS DE GAIN DE L‘ANTENNE DE RECEPTION DE LA STATION SPATIALE SPACE STATION TRANSMITTING AND RECEIVING ANTENNA GAIN CONTOURS AND SERVICE AREA ZONA DE SERVICIO Y CONTORNOS DE GANANCIA DE LA ANTENA RECEPTORA DE LA ESTACION ESPACIAL USASAT—26A (37.5° W) FaisceauBeam/Haz: KGR Gmax: 44.0 dBi Zone de service/Service area/Zona de servicio: GLOBAL (No. 01) Page / pagina 17

Figure / Figura 2 GAIN ESTIME DE L‘ANTENNE DE RECEPTION DE LA STATION SPATIALE DANS LA DIRECTION DE LORBITE DES SATELLITES GEOSTATIONNAIRES ESTIMATED GAIN OF THE SPACE STATION TRANSMITTING AND RECEIVING ANTENNA IN THE DIRECTION OF THE GEOSTATIONARY SATELLITE ORBIT GANANCIA ESTIMADA DE LA ANTENA RECEPTORA DE LA ESTACION ESPACIAL EN EL SENTIDO DE LA ORBITA DE LOS SATELITES GEOESTACIONARIOS USASAT—26A (37.5° W) FaisceauwBeam/Haz: KGR Obstructed Zone Zone Occultée Zona Ocultada 35— Gain / Ganancia (dBi) 307 25— 207 157 10— t t ¥ T 1 1 0 30 60 90 120 150 180 210 240 270 300 330 360 Long. (Deg. / Grados) Page / pagina 18

OBSERVATIONS DU BUREAU DES RADIOCOMMUNICATION BUREAU OBSERVACIONES DE LA OFICINA DE RADIOCOMMUNICATIONS COMMENTS RADIOCOMUNICACIONES Relatives aux modifications figurant dans la Relating to the modifications contained in Relativas a las modificaciones contenidas présente publication this publication en esta publicacion Cette demande de coordination concerne This request for coordination concerns the Esta solicitud de coordinacién concierne la la modification suivante aux following modification to the satellite modificacion siguiente a las caracteristicas caractéristiques du réseau a satellite : network‘s characteristics: de la red de satélite: Faisceaux supplémentaires : KGR Additional beams : KGR Haces adicionales : KGR Notes: Notes: Notas: 1) Veuillez vous reporter a la Lettre circulaire 1) Please refer to Circular—Letter No. 902 of 25 1) En la carta circular N° 902 del 25 de mayo No. 902 du 25 mai 1992 pour une May 1992 for a description of the Space de 1992 figura una descripcion del Sistema description du_ Systéeme de Réseaux Network System (SNS). de Redes Espaciales (SNS). Spatiaux (SNS). 2) Pour un faisceau modifié, fFindicateur "M" 2) For a modified beam, indicator "M" 2) En el caso de un haz modificado, el précéde le point B1. precedes item B1. indicador "M" precede al punto B1. 3) Pour un groupe modifié, lindicateur "M" 3) For a modified group, indicator "M" 3) En el caso de un grupo modificado, el précéde le point C4a. precedes item C4a. indicador "M" precede al punto C4a., 4) Pour un faisceau ou un groupe de 4) For an additional beam or group of 4) En el caso de un haz o grupo de faisceaux supplémentaire(s), f‘indicateur frequency assignments, indicator "A" asignaciones de frecuencia adicional, el "A" précéede le point correspondant precedes the corresponding item indicador "A" precede al punto mentionné aux notes 2 et 3 ci—dessus. mentioned in notes 2 and 3 above. correspondiente mencionado en las notas 2 y 3. 5) Afin de permettre de visualiser pleinement 5) To permit complete visualization of the 5) Para poder visualizar completamente el haz le ou les faisceau(x) modifié(s), tous les modified beam(s), all the groups of o los haces modificados, todos los grupos groupes d‘assignations de fréquence (y frequency assignments (including de asignaciones de frecuencia (incluidos los compris les groupes non—modifiés qui ont previously published unmodified groups of grupos no modificados publicados fait Tobjet de publications antérieures) frequency assignments) pertaining to the anteriormente) pertenecientes al haz o los relatifs a ce faisceau sont publiés dans la beam are published in this Special Section. haces se publican en esta Seccion Especial. présente Section spéciale. 6) Les lettres—circulaires CR/58 (21.10.96) et 6) Circular—Letters CR/58 (21.10.96) and 6) Las cartas circulares CR/58 (21.10.96) y CR/65 (22.11.96) fournissent des CR/65 (22.11.96) provide detailed CR/65 (22.11.96) dan informaciones explications détaillées concernant les explanations regarding the information detailadas relativas a las informaciones del renseignements relatifs a l‘Appendice S4 requirements of Appendix S$4 to the Radio Apéndice S$4 del Reglamento de Regulations. Radiocomunicaciones. Page / pagina 19

Relatives aux observations des Relating to comments _administrations Relativas a las observaciones de las administrations concernant cette may have on this coordination request administraciones sobre esta solicitud de demande de coordination coordinacion Toute la correspondance relative a cette All correspondence regarding this request Toda la correspondencia relativa a la demande de coordination doit étre for coordination is to be addressed (with presente solicitud de coordinacion debe adressée (avec copie au Bureau des copy to the Radiocommunication Bureau) ser enviada (con copia a la Oficina de radiocommunications) a: to: Radiocomunicaciones) a: FEDERAL COMMUNICATIONS COMMISSION INTERNATIONAL BUREAU ATTENTION: MR. RICHARD B. ENGELMAN 445, 12TH STREET, S.W. WASHINGTON, DC 20554 UNITED STATES OF AMERICA TELEFAX: +1 202 418 1208/ 418 0398 TELEX: 025 VIA TWX 7108220160 Page / pagina 21


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