Attachment 1991Exhibit I-E oct

1991Exhibit I-E oct

SUBMISSION FOR THE RECORD submitted by Leslie Taylor Associates

Oct 29 1991 Letter

1991-10-29

This document pretains to SAT-LOA-19900731-00044 for Application to Launch and Operate on a Satellite Space Stations filing.

IBFS_SATLOA1990073100044_1061261

um ““ m] Telecommunications Consulta Il nts Leslie Taylor Associates October RECEIVED OC1 9 Federal Communications 199 Office of the Secr 20. 199 1 etar | Comimission y 6800 Carlynn Court Bethesda, Maryland, 20817—4302 Tel: (301) 229—9341 Fax: (301) 229—3148 Ms. Donna Searcy Secretary Federal Communications Commission Room 222 Washington, D.C. 20054 Re: Application of Norris Satellite Communications to Construct two, and launch and operate a Ka—band Communications Satellite, File Nos. 54—DSS—P/L—90 and 55—DSS—P—90. Dear Ms. Searcy: The purpose of this letter is to ask the Commission to proceed with the processing of the above—referenced application, limiting the Commission‘s consideration to the applicant‘s request, within its application, "to the fixed—satellite service, subject to revision of the authorization at a later date." Application, p. 1—9. The Applicant, in including this statement, considered the possibility that "the Commission [might] require additional time to evaluate Norris‘s frequency reallocation proposal."] The applicant is ready, willing and able to proceed with the construction and operation of Ka—band communications satellites providing services permitted in the domestic fixed—satellite service and further, believes it is in the public interest for the Commission to enable the commercial introduction of satellite communications in this frequency band by acting expeditiously on the application. In support of this request, the Applicant is submitting as an attachment to this letter, a revised Exhibit I—E, Income Statement, which demonstrates that the Applicant can obtain the needed revenue from services it would be permitted to provide with a domestic fixed— satellite authorization. This revised Income Statement supports the assertion, at page 1—30 of the application, that "Revenues from lease reservations and the sale of transponders on the proposed NorStar | are projected to reach a total of $630 million for the life of the satellite." The Applicant is confident that it can achieve the necessary revenues through the offering of services permitted in the domestic fixed—satellite service. In addition, the Applicant is submitting an interference analysis which demonstrates the feasibility of operating the proposed spacecraft two degrees from adjacent spacecraft with similar technical characteristics operating in the Ka—band. As the spacecraft design in the application is of the "bent—pipe" variety, no change is required to the technical description of the facility to enable it to provide fixed—satellite service from the entire communications capacity. This interference analysis should assure the Commission that

Leslie Taylor Associates — page 2 satellites operating in the Ka—band can operate in such a manner as to accommodate numerous other Ka—band satellites in the orbital arc, thus promoting the Commission‘s goals of open entry and competition. Finally, the Applicant requests that, upon the Commission‘s acting on its request to provide domestic fixed—satellite services, that the remainder of its application, addressing the provision of any services that may be authorized in the "General Satellite Service," be held pending the Commission‘s action pursuant to its rulemaking request, RM—7511, to create a General Satellite Service. The Applicant notes that the Commission adopted its proposal for a General Satellite Service in the 19.5—20.2 GHz and 29.5—30.0 GHz bands within its proceedings developing United States‘ positions for the 1992 World Administrative Radio Conference. See, in the Matter of an Inquiry Relating to Preparation for the International Telecommunication Union World Administrative Radio Conference for Dealing with Frequency Allocations in Certain Parts of the Spectrum, 6 FCC Red 3900, released June 20, 1991. This proposal was included in the United States proposals for the Conference. See, United States Proposals for the 1992 World Administrative Radio Conference for Dealing with Freqguency Allocations in Certain Parts of the Spectrum, U.S. Department of State, Washington, D.C., July, 1991. Thus, after the Commission concludes a rulemaking on the subject of the General Satellite Service, it should revisit the requests for authorization to operate in that service contained in Applicant‘s application. The Applicant believes that the above, together with the attachments to this letter, provide sufficient information for the Commission to act on its application to construct and operate satellites in the domestic fixed—satellite service. Norris Satellite Communications, Inc. respectfully requests the Commission to move forward expeditiously in the processing of this portion of its application. If there any questions with respect to this matter, or as to the application, please contact the undersigned. Sincerely yours, flce Q. Leslie A. Taylor Attachments cc: Fern Jarmulnek, Esq., Satellite Radio Branch Chris Kendall, Esq., Satellite Radio Branch Harry Ng, Satellite Radio Branch

Exhibit |—E NORSTAR Income Statement (in millions) Revenues 1991 1992 1993 1994 1995 1996 1997 1998 1999 Total Video Distribution 0.00 0.00 20.00 30.00 40.00 40.00 45.00 40.00 25.00 240.00 Data Networks 0.00 0.00 10.00 20.00 35.00 35.00 40.00 40.00 45.00 225.00 Government 0.00 0.00 15.00 20.00 30.00 20.00 25.00 25.00 30.00 165.00 Total Revenues 0.00 _ 0.00 45.00 70.00 105.00 95.00 110.00 105.00 100.00 630.00 OperatingExpenses ACTS Experiments 1.00 1.00 1.00 0.00 0.00 0.00 0.00 0.00 0.00 3.00 Development 0.80 1.30 1.80 2.00 0.00 0.00 0.00 0.00 0.00 5.90 Marketing 1.00 1.80 2.00 2.60 3.50 4.20 5.00 6.00 7.20 33.30 Operations 0.50 1.20 3 .50 7.00 8.50 10.00 1i1.20 13.00 14.50 69.40 Administration 0.50 1.00 1.30 1.60 2.00 2.50 2.80 3.30 4.00 19.00 TT&C Services 0.00 0.00 3 .50 1.50 1.50 1.60 1.75 1.90 2.20 13.95 Depreciation 0.00 0.00 11.20 19.70 19.70 19.70 19.70 19.70 8.51 118.21 Total Expenses 2.80 5.30 23.30 34.40 35.20 38.00 40.45 43.90 36.41 259.76 EBIT —~2.80 —5.30 21.70 35.60 69.80 57.00 69.55 61.10 63.59 370.24 interest expense 0.98 8.61 15.70 15.21 11.96 8.06 2.86 0.00 0.00 63.38 _ Income taxes 0.00 —6.19 7.60 12.46 24.43 19.95 24.34 21.39 22.26 125.23 Tolal Interest & taxes 0.98 2.42 23.29 27.67 36.39 28.01 27.20 21.39 22.26 189.60 Ne! Income —~8.78 —7.72 —1.59 7.93 33.41 28B8.99 42.35 39.72 41.33 1800.64

INTERFERENCE ANALYSIS FOR THE NORSTAR SATELLITE Submitted to Federal Communications Commission Satellite Radio Branch ATTN: Mr. Henry Ng or Mr. George Sharp, Room 6120B 1919 M Street, N.W. Washington, DC 20554 in behalf of Norris Communication Corporation‘s application for license Analysis performed by M. Belzer Mentor Technologies, Inc. 12750 Twinbrook Parkway, Suite 101 Rockville, MD 20852 (301)881—0881 October 04, 1991

1.0 Introduction Being one of the first Ka—Band satellite‘s proposed to the FCC (the other being the ACTS satellite, 10 degrees away), the model used for interference into the NorStar satellite assumes that 1 "almost" identical satellite exists at a 2 degree spacing. Thus, the identical satellite is the only source of interference. Table A lists the traffic characteristics for NorStar in the format used by the G. Sharp adjacent satellite interference evaluation program. These characteristics were based upon the Application*, except for the last 4 signal types which were taken from a comparable Ku—band (12/14 GHz) RCA satellite (see Table B). The single entry interference objective was set to "program determination". In this mode, criteria used are those recommended by the Reduced Orbital Spacings Advisory Committee in its Phase I Report dated September 1985. In addition, the following sequence of choices were made during the interactive part of the program: 1,y,2,3,1,2.4,2.,20.,.norstar.par,1,8 Table C presents an essential part of the output of the G. Sharp interference evaluation program for the above input (the entire output as it appears in files summary.dom and detail.dom is provided in the Appendix). In all cases, the adjacent satellite is assumed to be cross—polarized with the nominal one (7th choice in above sequence), and this is the only source of disparity between the two. The values listed in the table are the margin by which the interference from the "almost" identical NorStar is below the "program determined" objectives. The traffic types shown numerically are as listed in Table A. 2.0 Results As can be seen from these tables, only 17.9% of the combinations show a negative margin. For these cases, if necessary, Norris will further coordinate between these systems. If, after the awarding of this Application, the neighbors of NorStar are different from that assumed here, the above analysis will be updated to include the traffic modes and characteristics of the actual Ka—Band neighboring systems. * Uplink transmit power (dBw) = 8 (clear sky) or 23 (rain), with rain chosen. Satellite receive antenna gain (dBi) = 30 (Conus reception) or 45 (spot beam), with CONUS chosen. A small amount of power from 1 or 2 beams will be used to feed spot beams to Alaska & Hawaii. No additional spot beams to earth are proposed in the Application.

(_ Aoplicather_"~ iD & norstar.par from RCA (which was from newdom12.dat) NRSc 0 54.000 1 3800 .4508 0.012 16.516—15. —11.3 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 00000000 0 NRSw 1 24.000 0 1 2.538 0.025 4.200 47. 12.8 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSw 1 24.000 0 1 2.538 0.025 4.200 45. 12.8 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 1 24.000 0 1 2.538 0.025 4.200 47. 12.8 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 1 24.000 0 1 2.538 0.025 4.200 45. 12.8 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSc 1 30.000 0 1 2.619 0.025 4.200 57. 12.8 0 0. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 1 24.000 0 1 2.538 0.025 4.200 47. 12.8 0 Q. 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 1 26.000 0 2 2.438 0.025 4.200 53. 12.8 0 0. 26.000 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 1 26.000 0 2 2.438 0.025 4.200 53. 12.8 0 0. 26.000 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSc 2 45.714 0 1 0.875 0. 0. 11.8 0. 4 80.000 0. 29.650 19.850 01 23.0 4.0 60.0 30.1 2000 §5§5.1 .9 43.2 400 NRSc 2 1.029 0 20 0.750 0. 0. 7.5 0. 4 1.544 1.529.650 19.850 01 —4.4 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 3 0.064 0 100 0.875 0. 0. 10.1 0. 2 0.056 0.500 29.650 19.850 01 —4.4 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 3 0.064 0 400 0.875 0. 0. 10.1 0. 2 0.056 0.125 29.650 19.850 01—10.4 4.0 60.0 30.1 2000 55.1 .9 43.2 400 NRSe 4 0.037 0 500 4.412 0. 0.0031 —9.3 25.8 0 0. 0.100 29.650 19.850 01—16.3 4.0 60.0 30.1 2000 55.1 .9 43.2 400 Table A

RCA from newdom12.dat RCAc 0 54.000 1 3800 .4508 0.012 16.516— 15. ~11.3 0. 14.250 11.950 01 19.6 0. —» NNN\ C ~ o0 0 0N NNN NN\ O un un un un un un un un On SUunmEeESSIESSESS2 Un 060 onnarnoo0o000 000 U o o on oo un in Un un un in un un on 7 RCAw 1 24.000 0 1 2.538 6.025 4.200 47. 12.8 0. 14.250 11.950 01 21.7 0. O RCAw 1 24.000 0 1 2.538 0.025 4.200 45. 12.8 0. 14.250 11.950 01 21.7 0. Ond RCAe 1 24.000 0 1 2.538 0.025 4.200 47. 12.8 0. 14.250 11.950 01 21.7 OA 86880666000 s 0+ «0+ 0 RCAe 1 24.000 0 1 2.538 0.025 4,.200 45. 12.8 0. ©14.250 11.950 01 21.7 0. Cl RCAc 1 30.000 0 1 2.619 0.025 4.200 57. 12.8 0. 14.250 11.950 01 21.7 0. NN NN l RCAc 1 24.000 0 1 2.538 0.025 4.200 47. 12.8 0 14.250 11.950 01 21.7 0. Lnl 26.000 14.250 & * hi $ +s RCAc 1 26.000 0 2 2.438 0.025 4.200 53. 12.8 11.950 01 16.7 Oal 26.000 x0 20 P0 O «08 RCAc 1 26.000 0 2 2.438 0.025 4.200 53. 14.263 11.963 01 16.7 0. _a Lal w oo o 0 NJ to RCAc 2 45.714 0 1 0.875 0. 0. 11.8 0 14.250 11.950 01 19.6 6. La 2e Un k s RCAc 2 1.029 0 20 0.750 0. 0. 7.5 1.5 14.250 11.950 01 ~4 .4 0. O habdibde RCAc 3 0.064 0 100 0.875 0. 10.1 0.500 14 .250 11.950 01 ~4.4 0. a~uu ui un in OA «0k RCAc 3 0.064 0 400 0.875 0. 0. 10.1 0.125 14,250 11.950 01— 10.4 0. O «0s RCAc 4 0.037 0 500 4.412 0. 0.0031 ~9.3 0.100 14.250 11.950 01— 16.3 0. L 8 NJ o # & Table B

3—0CT—91 17 45:28 82222025571223 14 20808707791111 U m d en d en &n en im e — &— <— voa a roua a r a 83333035571218 13 19797696682112 £oa en d &7 en e— «o o &— . + £0 609 83333135573199 12 53131030027101 6064 a «m a & & e «— & <— - 1 i t a 83333437&754185 e A = Geocentric Angle 11 81313513361213 106 0& NNN SINGLE ENTRY MARGIN (dB) ( 2.00 DEGREE SPACING) 17777372249707 10 44646849965728 & & & &— «— NN & in in in in hn m M O sp N un t «0e e k e w ce 6 k 0@ k k «— O «— O — m O M sti0 OR «— «— «— N N & 25555753394252 191..91.39 3/*607 & NOA & 4 86666963344252 36868 66664607 «— N N e Antenna Patterns as given 86666963344252 m O c o co 6666/4607 «— d N & 86666963344252 36868 66664607 «— NU & « kok a ce oc M iO c0 0 co 0 0 d d w o O h *— NOX & INTERFERING 86666963344252 36868 66664607 *— O N e 86666963344252 C 36868 6666/4607 &=~ NO e— Table 0 0 0 0 o m O N Nt M M e— k e k ce k k 0k k06 k k 0+ o

APPENDIX

SUMMARY.DOM

Table 1: Domestic Satellite R.F. Carrier Listing — 30/18 GHz Carrier Signal Type Bandwidth E.S. Antennas EIRP (dBW) Number & (channels) (MHKZ) (m) up/down up/down 1: NRSc CFDM/FM (3800) 54.000 4.0/ .9 83.0/55.1 2: NRSw TV/FM (1) 24.000 4.0/ .9 83.0/55.1 3: NRSw TV/FM (1) 24.000 4.0/ .9 83.0/55.1 4: NRSe TV/FM (1) 24.000 4.0/ .9 83.0/55.1 5; NRSe TV/FM (1) 24.000 4.0/ .9 83.0/55.1 6: NRSc TV/FM (1) 30.000 4.0/ .9 83.0/55.1 7: NRSe TV/FM (1) 24.000 4.0/ .9 83.0/55.1 8: NRSc TV/FM (2) 26.000 4.0/ .9 83.0/55.1 9: NRSe TV/FM (2) 26.000 4.0/ .9 83.0/55.1 10: NRSe QPSK/ 80 MBPS 45.714 4.0/ .9 83.0/55.1 11: NRSe QPSK/ 1.544 MBPS ( 20) 1.029 4.0/ .9 55.6/55.1 12: NRSc BPSK/ 56 KBPS ( 100) .064 4.0/ .9 55.6/55.1 13: NRSe BPSK/ 56 KBPS ( 400) .064 4.0/ .9 49.6/55.1 14: NRSe SCPC/FM ( 500) .037 4.0/ .9 43.7/55.1

LoOI N K P A R A M E T E R S 17:45:28 3—0CT—91 CPAND P T RF CODE BOT ° TOP AVE. PREMP H TRANSPONDER POL EARTH STATION ——SATELLITE——— —EARTH STATION Y BAND— NO. RATE/ MOD. MOD. TALKER NOISE A DATA CHAN. FREQUENCY TRANSMITTER RECEIVER XMTR RECEIVER CAR COM— P WIDTH OF MOD. FREQ. FREQ. LEVEL WEIGH $ RATE SPACE UP DN U D POWR DIAM GAIN GAIN TEMP EIRP DIAM GAIN TEMP IER PANY E (MHz) CHAN INDEX (MHz) (MHz) (dBm0) (dB) E (MBPS) (MHz) (GHz) (GHz) P N (dBW) (m) (dB) (dB) (K) (dBW) (m) (dB) (K) 1 NRSe 0 54.000 3800 .451 .012 16.516 —15.0—11.3 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 2 NRSw 1 24.000 1 2.538 .025 4.200 .0 12.8 0~ .000 .000 29.650 19.850 0 1 23.0 4.0 860.0 30.1 2000. 55.1 .9 43.2 400 3 NRSw 1 24.000 1 2.538 .025 4.200 .0 12.8 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 4 NRSe 1 24.000 1 2.538 .025 4.200 .0 12.8 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 5 NRSe 1 24.000 1 2.538 .025 4.200 .0 12.8 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 6 NRSe 1 30.000 1 2.619 .025 4.200 .0 12.8 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 7 NRSe 1 24.000 1 2.538 .025 4.200 .0 12.8 0 .000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 8 NRSe 1 26.000 2 2.438 .025 4.200 .0 12.8 0 .00026.000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 9 NRSc 1 26.000 2 2.438 .025 4.200 .0 12.8 0 .00026.000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 10 NRSe 2 45.714 1 .875 .000 .000 .0 .0 4 80.000 .000 29.650 19.850 0 1 23.0 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 11 NRSe 2 1.029 20 .750 .000 .000 .0 .0 4 1.544 1.500*29.650 19.850 0 1 —4.4 4.0 60.0 30.1 2000. §55.1 .9 43.2 400 12 NRSc 3 .064 100 .875 .000 .000 .0 .0 2 .056 .500*29.650 19.850 0 1 —4.4 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 13 NRSc 3 .064 400 .875 .000 .000 .0 .0 2 .056 .125*29.650 19.850 0 1—10.4 4.0 60.0 30.1 2000. 55.1 .9 43.2 400 14 NRSc 4 .037 500 4.412 .000 .003 .0 25.8 0 @000 .100*29.650 19.850 0 1—16.3 4.0 60.0 30.1 2000. 55.1 .9 43.2 400

T H E R M A L N O I S E0 S U M M A R Y 17:45:28 3—OCT—91 EARTH—TO— SHACE SPACE— TO—EARTH SINGLE ENTRY INTERFERENCE OBJ+ . PATH RCV PATH RCV C/No — (dB—Hz) C/N — (dB) LINK THERMAL NOLSE IMPAIR— CAR— COM— EIRP LOSS* G/T EIRP LOSS* G/T S/N Eb/No S/I C/In C/Itv MENT RIER PANY (dBW) (dB) (dB/K) (dBW) (dB) (dB/K) UP DN TOTAL UP DN TOTAL (pWOp) (dB) (dB) (pWOp) (dB) (dB) (dB) GRADE 1 NRSc 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 23.1 17.5 16.4 12902. 48.9 1000. 60.0 2 NRSw 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 9%4.8 93.7 26.6 21.0 19.9 57.1 56.1 =18.9 =25.0<4.43> 3 NRSw 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 26.6 21.0 19.9 57.1 54.1 =16.9 =23.0<%4.36> 4 NRSe 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 26.6 21.0 19.9 57.1 56.1 =18.9 =25.0<%4.43> 5 NRSe 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 26.6 21.0 19.9 57.1 54.1 =16.9 =23.0<4.36> 6 NRSc 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 9%4.8 93.7 25.6 20.0 19.0 56.5 62.1 =24.6 =30.7<4.60> 7 NRSe 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 26.6 21.0 19.9 57.1 56.1 =18.9 =25.0<4.43> 8 NRSc 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 9%4.8 93.7 26.2 20.6 19.6 56.3 62.1 =25.4 =31.4<4.60> 9 NRSe 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 26.2 20.6 19.6 56.3 62.1 =25.4 =31.4<4.60> 10 NRSe 83.0 208.3 —2.9 55.1 206.1 17.2 100.4 94.8 93.7 23.8 18.2 17.1 14.7 25.2 11 NRSe 55.6 208.3 —2.9 55.1 206.1 17.2 73.0 9%4.8 73.0 12.9 34.7 12.8 11.1 20.3 12 NRSe 55.6 208.3 —2.9 55.1 206.1 17.2 73.0 9%4.8 73.0 24.9 46.7 24.9 25.5 20.5 13 NRSe 49.6 208.3 —2.9 55.1 206.1 17.2 67.0 9%4.8 67.0 18.9 46.7 18.9 19.5 20.5 14 NRSe 43.7 208.3 —2.9 55.1 206.1 17.2 61.1 94.8 61.1 15.4 49.1 15.4 217. 66.6 20.3

*** F 0 0 T N 0 T Es *** LOI N K P A RA M E T E R s POLARIZATION ISOLATION MATRIX (dB) SIGNAL POLARIZATION TYPE INDEX TYPE INTERFERING SENSE INDEX 0 1 2 3 4 5 = FDM/FM 0 = HORLIZONTAL 0 10.0 10.0 10.0 10.0 10.0 10.0 O D W ND — O = TV/FM 1 = VERTICAL = DIGITAL D 1 10.0 10.0 10.0 10.0 10.0 10.0 = SCPC/PSK 2 = 20 DEG CANTED HORIZONTAL E = SCPC/FM 3 = 20 DEG CANTED VERTICAL s 2 10.0 10.0 10.0 10.0 10.0 10.0 = CSSB/AM I = SS/PSK 4 = LEFT—HAND CIRCULAR R 3 10.0 10.0 10.0 10.0 10.0 10.0 5 = RIGHT—HAND CIRCULAR E D 4 10.0 10.0 10.0 10.0 10.0 10.0 5 10.0 10.0 10.0 10.0 10.0 10.0 SPECTRA ASSUMMED FOR INTERFERENCE INTO SCPC & PSK TV/FM: FLAT YELLOW SPECTRAL MASKS FDM/FM: GAUSSIAN, EXCEPT FOR THOSE MARKED WITH "+"* UNDER SIGNAL TYPE # INDICATES SCPC AND SMALL FDMA CARRIERS WHOSE TRANSPONDER FREQUENCY PLANS AVOID +— 2.0 MHz AT THE TRANSPONDER CENTER. "PLAN" UNDER CHANNEL SPACING INDICATES A FIXED FREQUENCY PLAN. T H E R M A L N O I S E S U M M A R Y PATH LOSSES INCLUDE FREE SPACE LOSS FOR A 20 DEGREE ELEVATION ANGLE, CLEAR SKY ATMOSPHERIC LOSSES, AND ANTENNA POINTING LOSSES IN THE RANGE OF 0.0—0.5 dB. POINTING LOSSES ARE INCLUDED ONLY FOR THE THERMAL NOISE C/N, NOT IN INTERFERENCE CALCULATIONS. UPLINK LOSSES 207.6 + .2 dB + Pointing Loss DOWNLINK LOSSES 205.9 + .2 dB + Pointing Loss THE TV/FM INTERFERENCE OBJECTIVE IS EITHER THE S/I OR C/I VALUE(S) WITHOUT THE "=". THE VALUE(S) WITH THE "=" ARE FOR COMPARISON ONLY. IF THE S/1 HAS THE "=", THEN THE C/I OBJECTIVE IS USED AND THE S/I IS THE EQUIVALENT LEVEL FROM A CO—CHANNEL TV/FM INTERFERER. IF THE C/Is HAVE "=", THEN THE S/I OBJECTIVE IS USED AND THE C/Is INDICATE THE EQUIVALENT SINGLE ENTRY LEVELS IN FOR A NOISE—LIKE INTERFERER (C/In) AND FOR A CO—CHANNEL TV/FM

INTERFERER (C/Itv). CCIR Rec. 500—1 IMPAIRMENT GRADES ARE GIVEN FOR THE AGGREGATE TV/FM C/1 = C/ltvy — 4 dB INTO A "REASONABLELY CRITICAL STILL SCENE". THE IMPAIRMENT GRADES ARE: IMPERCEPTIBLE (Never achieved) 0 0 0 0w o o t JUST PERCEPTIBLE OR YUST UNPERCEPTIBLE (Highest achievable grade) — ND U D J P db APPROXIMATE GRADE FOR CATV AGGREGATE OBJECTIVE OF 18 dB ob PERCEPTIBLE, BUT NOT ANNOYING db db SLIGHTLY ANNOYING ANNOY ING db VERY ANNOYING an

COMBINATIONS FAILING TO MEET SINGLE ENTRY INTERFERENCE OBJECTIVES (dB) 17:45:28 3—0CT—91 ( 2.00 DEGREE SPACING) Antenna Patterns as given ; A = Geocentric Angle INTERFERING LINK ——> WANTED 11 14151 LINK }1 2 3 4 5 6 7 8 9 0 1 2 3 4 + + + 1 1 1 1 + + i + 1 + + a + a + + 1 1 1 a + a + + + 1 1 a a a a 1 + 1 1 NRSc 1 g x * * NRSw 2 3 9 * NRSw 3 1 7 8 NRSe 4 3 9 * NRSe 5 1 7 8 NRSc 6 5 * * * NRSc 7 3 9 * NRSe 8 4 x * * NRSe 9 4 x * * NRSe 10 7 * * * NRSe 11 NRSe 12 NRSe 13 NRSe 14

LOWEST C/1 RATIO IN: "U"=Uplink, "D‘"=Downlink, "0O"=Equatl 17:45:28 3—0CT—91 ( 2.00 DEGREE SPACING) Antenna Patterns as given; A = Geocentric Angle INTERFERING LINK ——> WANTED 11111 LINK }1 2 3 4 5 6 7 8 9 0 1 23 4 -------- +------_.---------._-—n----._- NRSe 1 D D D D NRSw 2 D D D NRSw 3 D D D NRSe 4 D D D NRSe 5 D D D NRSe 6 D D D D NRSe 7 D D D NRSC 8 D D D D NRSc 9 D D D D NRSc 10 D D D D NRSe 11 NRSe 12 NRSe 13 NRSc 14

17:45:28 3—0CT—91 FAILURE SUMMARY* (NUMBER) S A T EL L I T E S P A C I N 6 2.00 .00 .00 .00 .00 DEG DEG DEG DEG DEG TOTAL COMBINATIONS 196 196 196 196 196 TOTAL FAILURES 35 0 0 0 0 FAILS BY; .0 — 1.5 dB 2 1.5 — 2.5 dB 0 2.5 — 3.5 dB 3 3.5 — 4.5 dB 2 4.5 — 5.5 dB 1 5.5 — 6.5 dB 0 6.5 — 7.5 dB 3 7.5 — 8.5 dB 2 8.5 — 9.5 dB 4 MORE THAN 9.5 dB 18 (PERCENT) $ A T EL L I T E S P A C I N G 2.00 .00 .00 .00 .00 DEG DEG DEG DEG DEG TOTAL FAILURES 17.9 % .0 % .0 % .0 % .0 % FAILS BY: .0 — 1.5 dB 1.0 % 1.5 — 2.5 dB .0 % 2.5 — 3.5 dB 1.5 % 3.5 — 4.5 dB 1.0 % 4.5 — 5.5 dB 15 % 5.5 — 6.5 dB .0 % 6.5 — 7.5 dB 1.5 % 7.5 — 8.5 dB 1.0 % 8.5 — 9.5 dB 2.0 % MORE THAN 9.5 dB 9.2 % * Antenna Patterns as given ; A = Geocentric Angle

DETAIL.DOM

T R A N S P O N D ER FR OE Q U E N C Y P L A N S 17:45:28 3—0CT—91 TRANSPONDER CENTER FREQUENCY CARRIER FREQUENCIES RELATIVE TO TRANSPONDER CENTER FREQUENCY CAR— COM— UP DN RIER PANY (MHZ) (MHZ) (MHZ) NRSc 29650. 19850. .000 — 0C C \ O uh W h: — NRSw 29650. 19850. .000 NRSw 29650. 19850. .000 NRSe 29650. 19850. .000 NRSe 29650. 19850. .000 NRSC 29650. 19850. .000 NRSc 29650. 19850. .000 NRSc 29650. 19850. ~13.000 13.000 NRSC 29650. 19850. ~13.000 13.000 NRSc 29650. 19850. .000 _a —a NRSc 29650. 19850. —15.500 ~14.000 ~12.500 ~11.000 —9.500 —8.000 —6.500 —5.000 —3.500 ~2.000 2.000 3.500 5.000 6.500 8.000 9.500 11.000 12.500 14.000 15.500 NRSc 29650. 19850. —26.500 ~26.000 ~25.500 —25.000 ~24,500 ~24.000 —23.500 ~23.000 ~22.500 ~22.000 ~21.500 +21.000 ~20.500 sa No —20.000 ~19.500 ~19.000 ~18.500 ~18.000 —17.500 ~17.000 —16.500 ~16.000 ~15.500 ~15.000 ~14.500 ~14.000 —13.500 —~13.000 ~12.500 —12.000 ~11.500 —11.000 ~10.500 —10.000 —9.500 ~9.000 —8.500 —8.000 ~7.500 —7,000 —6.500 —6.000 +5.500 —5.000 ~4.500 —4.000 —3.500 ~3.000 ~2.500 —2.000 2.000 2.500 3.000 3.500 4.000 4.500 5.000 5.500 6.000 6.500 7.000 7.500 8.000 8.500 9.000 9.500 10.000 10.500 11.000 11.500 12.000 12.500 13.000 13.500 14.000 14.500 15.000 15.500 16.000 16.500 17.000 17.500 18.000 18.500 19.000 19.500 20.000 20.500 21.000 21.500 22.000 22.500 23.000 23.500 24.000 24.500 25.000 25.500 26.000 26.500 13 NRSc 29650. 19850. ~26.875 ~26.750 —26.625 —26.500 ~26.375 —26.250 ~26.125 —~26.000 —25.875 ~25.750 ~25.625 ~25 .500 =25.375 —25.250 ~25.125 ~25.000 —~24.875 ~24.750 —24.625 ~24.500 —24 .375 ~24.250 ~24 .125 ~24.000 ~23.875 ~23.750 ~23.625 —23.500 —23.375 ~23.250 —23.125 —23.000 —22.875 ~22.750 ~22.625 ~22.500 ~22.375 ~22.250 ~22.125 —22.000 ~21.875 ~21.750 —+21.625 ~21.500 —21.375 —21.250 —21.125 ~21.000 —20.875 —20.750 —20.625 ~20.500 —20.375 —20.250 —+20.125 ~20.000 ~19.875 —19.750 —19.625 —19.500 —19.375 ~19.250 ~19.125 ~19.0080 ~18.875 —18.750 ~18.625 ~18.500 —18.375 ~18.250 —18.125 —18.000 —17.875 ~17.750 ~17.625 —17.500 ~17.375 —~17.250 ~17.125 —17.000 —16.875 —16.750 —~16.625 =16.500 —~16.375 ~16.250 ~16.125 ~16.000 ~15.875 ~15.750 —15.625 —15.500 —15.375 ~15.250 ~15.125 ~15.000 ~14.875 —14.750 —14.625 ~14.500 ~14.375 —14.250 ~14.125 —14.000 —~13.875 —13.750 —13.625 ~13.500 —13.375 —13.250 ~13.125 ~13.000 —~12.875 ~12.750 —~12.625 ~12.500 —~12.375 —12.250 ~12.125 —12.000 ~11.875 ~11.750 —11.625 ~11.500 ~11.375 —11.250 —~11.125 ~11.000 ~10.875 —10.750 —10.625 ~10.500 ~10.375 —~10.250 ~10.125 —10.000 —9.875 —~9.750 —9.625 ~9.500 —9.375 ~9.250 ~9.125 ~9.000 ~8.875 ~8.750 —8.625 ~8.500 ~8.375 —8.250 —8.125 ~8.000 —7.875 ~7.750 —7.625 ~7.500 —7.375 —7.250 —7.125 —7.000 —6.875 —6.750 —6.625 ~6.500 —6.375 ~6.250 —6.125 ~6.000 —5.875 —5.750 —5.625 ~5.500 ~5.375 ~5.250 —5.125 —5.000 ~4.875 —4.750 ~4.625 ~4.500 ~4.375 ~4.250 ~4.125 ~4.000 —3.875 —~3.750 ~3.625 ~3.500 —3.375 —3.250 ~3.125 —3.000 —2.875 ~2.750 ~2.625 —2.500 —~2.375 ~2.250 —2.125 ~2.000 2.000 2.125 2.250 2.375 2.500 2.625 2.750 2.875 3.000 3.125 3.250 3.375 3.500 3.625 3.750 3.875 4.000 4.125 4.250 4.375 4.500 4.625 4.750 4.875 5.000 5.125 5.250 5.375 5.500 5.625 5.750 5.875 6.000 6.125 6.250 6.375 6.500 6.625 6.750 6.875 7.000 7.125 7.250 7.375 7.500 7.625 7.750 7.875 8.000 8.125 8.250 8.375 8.500 8.625 8.750 8.875 9.000 9.125 9.250 9.375 9.500 9.625 9.750 9.875 10.000 10.125 10.250 10.375 10.500 10.625 10.750 10.875 11.000 11.125 11.250 11.375 11.500 11.625 11.750 11.875 12.000 12.125 12.250 12.375 12.500 12.625 12.750 12.875 13.000 13.125 13.250 13.375 13.500 13.625 13.750 13.875 14.000 14.125 14.250 14.375 14.500 14.625 14.750 14.875 15.000 15.125 15.250 15.375 15.500 15.625 15.750 15.875

16.000 16.125 16.250 16.375 16.500 16.625 16.750 16.875 17.000 17.125 17.250 17.375 17.500 17.625 17.750 17.875 18.000 18.125 18.250 18.375 18.500 18.625 18.750 18.875 19.000 19.125 19.250 19.375 19.500 19.625 19.750 19.875 20.000 20.125 20.250 20.375 20.500 20.625 20 .750 20.875 21.000 21.125 21.250 21.375 21.500 21.625 21.750 21.875 22.000 22.125 22.250 22.375 22.500 22.625 22.750 22.875 23,000 23.125 23.250 23.375 23.500 23.625 23.750 23.875 24.000 24.125 24.250 24.375 24.500 24,625 24 .750 24.875 25.000 25.125 25.250 25 .375 25.500 25.625 25.750 25.875 26.000 26.125 26.250 26.375 26.500 26.625 26.750 26.875 14 NRSe 29650. 19850. ~26.900 ~26.800 ~26.700 ~26.600 ~26.500 —26.400 ~26,300 —26.200 ~26.100 ~26.000 ~25.900 ~—25.800 «25 .700 ~25.600 —25.500 ~25.400 —25.300 —25.200 ~25.100 —25.000 —24.900 —24.800 ~24.700 —24.600 ~24.500 24400 —24.300 —24.200 ~24.100 ~24.000 —23.900 ~23.800 —23.700 —23.600 —23.500 —23.400 —23,.300 ~23.200 ~23.100 —23.000 —22.900 —22.800 ~22.700 ~22.600 ~22.500 —22.400 ~22.300 —22.200 ~22.100 ~22.000 ~21.900 —21.800 —21.700 —21.600 ~21.500 ~21.400 ~21.300 ~21.200 —21.100 ~21.000 ~20.900 ~20.800 —20.700 —20.600 —20.500 ~20.400 —20.300 ~20.200 —20.100 ~20.000 ~19.900 —19.800 —19.700 ~19.600 ~19.500 —19.400 —~19.300 ~19.200 ~19.100 ©19.000 ~18.900 ~18.800 —18.700 —18.600 —18.500 ~18.400 —~18.300 —18.200 ~18.100 —18.000 ~17.900 —17.800 —17.700 17600 —17.500 —~17.400 —17.300 —+17.200 —~17.100 —~17.000 ~16.900 ~16.800 ~16.700 ~16.600 —16.500 —16.400 —16.300 ~16.200 —16.100 —16.000 —15.900 ~15.800 —~15.700 —15,.600 ~15.500 —15.400 —15.300 ~15.200 —15.100 —15.000 —14.900 —14.800 —14.700 ~14.600 ~14.500 —14.400 ~14,300 —14.200 —14 .100 ~14.000 —13.900 —13.800 —13.700 —13.600 —13.500 —~13.400 —13.300 —13.200 ~13.100 ~13.000 ~12.900 —12.800 ~12.700 —~12.600 —12.500 ~12.400 —12.300 —~12.200 —12.100 —~12.000 ~11.900 —11.800 ~11.700 —11.600 ~11.500 —11.400 ~11.300 ~11.200 ~11.100 ~11.000 ~10.900 —10.800 —10.700 ~10.600 ~10.500 ~10.400 ~10.300 ~10.200 —10.100 —10.000 ~9.900 —9.800 —9.700 —9.600 —9.500 ~9.400 —9.300 ~9.200 ~9.100 —9,.000 —8.900 ~8.800 —8.700 ~8.600 ~8.500 —8.400 —8.300 —8.200 ~8.100 ~8.000 ~7.900 —7,800 ~7.700 —7.600 ~7.500 —7.400 ~7.300 ~7.200 ~7.100 ~7.000 —6.900 ~6.800 ~6.700 ~6.600 —6.500 —6.400 +6.300 —6.200 —6.100 ~6.000 —5.900 ~5.800 ~5.700 —5.600 —~5.500 —5.400 —5.300 —5.200 —5.100 —5.000 ~4.900 ~4.800 ~4.700 ~4.600 ~4.500 —4.400 —4.300 ~4.200 ~4.100 —4.000 ~3.900 ~3.800 —3.700 ~3.600 —3.500 —3.400 —3.300 —3.200 —3.100 —3.000 ~2.900 —2.800 ~2.700 —2.600 ~2.500 ~2.400 ~2.300 —2.200 ~2.100 —2.000 2.000 2.100 2.200 2.300 2.400 2.500 2.600 2.700 2.800 2.900 3.000 3.100 3.200 3.300 3.400 3.500 3.600 3.700 3.800 3.900 4.000 4.100 4 .200 4.300 4.400 4.500 4.600 4.700 4.800 4.900 5.000 5.100 5.200 5.300 5.400 5.500 5.600 5.700 5.800 5.900 6.000 6.100 6.200 6.300 6.400 6,500 6.600 6.700 6.800 6.900 7.000 7.100 7.200 7.300 7.400 7.500 7.600 7.700 7,800 7.900 8.000 8.100 8.200 8.300 8.400 8.500 8.600 8.700 8.800 8.900 9.000 9.100 9.200 9.300 9.400 9.500 9.600 9.700 9.800 9.900 10.000 10.100 10.200 10.300 10.400 10.500 10.600 10.700 10.800 10.900 11.000 11.100 11.200 11.300 11.400 11.500 11.600 11.700 11.800 11.900 12.000 12.100 12.200 12.300 12.400 12.500 12.600 12.700 12.800 12.900 13.000 13. 100 13.200 13.300 13.400 13.500 13.600 13.700 13.800 13.900 14.000 14.100 14.200 14.300 14.400 14.500 14.600 14.700 14.800 14.900 15.000 15. 100 15.200 15.300 15.400 15.500 15.600 15.700 15.800 15.900 16.000 16.100 16.200 16.300 16.400 16.500 16.600 16.700 16.800 16.900 17.000 17.100 17.200 17.300 17.400 17.500 17.600 17.700 17.800 17.900 18.000 18.100 18.200 18.300 18.400 18.500 18.600 18.700 18.800 18.900 19.000 19.100 19.200 19.300 19.400 19.500 19.600 19.700 19.800 19.900 20,.000 20.100 20.200 20 .300 20.400 20.500 20.600 20.700 20.800 20.900 21.000 21 .100 21.200 21.300 21.400 21.500 21.600 21.700 21.800 21.900 22.000 22.100 22.200 22.300 22.400 22.500 22.600 22.700 22.800 22.900 23.000 23.100 23.200 23.300 23.400 23.500 23.600 23.700 23.800 23.900 24.000 24.100 24.200 24 .300 24.400 24.500 24 .600 24 .700 24 .800 24 .900 25.000 25.100 25 .200 25.300 25.400 25.500 25.600 25.700 25.800 25.900 26.000 26.100 26.200 26.300 26.400 26.500 26.600 26.700 26.800 26.900

W UPLINK RECEIVER TRANSFER CHARACTERISTICS (dB) 17:45:28 3—0OCT—91 A N T INTERFERING E 1 2 3 4 5 6 7 8 9 10 11 12 13 14 D 1 32.99 32.20 32.20 32.20 32.20 32.20 32.20 29.53 29.53 32.49 32.49 32.49 32.49 32.49 2 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 3 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 4 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 5 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 6 36.76 31.36 31.36 31.36 31.36 31.36 31.36 34.16 34.16 37.54 37.54 37.54 37.54 37.54 7 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 8 36.69 36.79 36.79 36.79 36.79 36.75 36.79 30.74 30.74 36.70 36.70 36.70 36.70 36.70 9 36.69 36.179 36.79 36.79 36.79 36.75 36.79 30.74 30.74 36.70 36.70 36.70 36.70 36.70 10 .00 .00 .00 .00 .00 .00 .00.00 .00 .00 .00 .00 .00 .00 11 .00 .00 .00 .00 .00 .00 .00.00 .00 .00 .00 .00 .00 .00 12 .00 .00 .00 .00 .00 .00 .00.00 .00 .00 .00 .00 .00 .00 13 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 14 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22

W DOWNLINK RECEIVER TRANSFER CHARACTERISTICS (dB) 17:45:28 3—OCT—91 A N T INTERFERING E 1 2 3 4 5 6 T 8 9 10 11 12 13 14 D 1 32.99 32.20 32.20 32.20 32.20 32.20 32.20 29.53 29.53 32.49 32.49 32.49 32.49 32.49 2 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 3717 3717 3717 3 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 4 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 5 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 37.17 37.17 37.17 6 36.76 31.36 31.36 31.36 31.36 31.36 31.36 34.16 34.16 37.54 37.54 37.54 37.54 37.54 7 36.49 31.09 31.09 31.09 31.09 31.09 31.09 34.01 34.01 37.17 37.17 3717 3717 3717 8 36.69 36.79 36.79 36.79 36.79 36.75 36.79 30.74 30.74 36.70 36.70 36.70 36.70 36.70 9 36.69 36.79 36.79 36.79 36.79 36.75 36.79 30.74 30.74 36.70 36.70 36.70 36.70 36.70 10 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 11 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 12 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 13 .00 .00 .00 .00 .00 .00 .00 .00 00 .00 .00 .00 .00 .00 14 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22 51.22

UPLINK Q FACTOR: No. of carriers in passband (dB) 17145128 3—OCT—91 0 c n o uns w n > O M 4 Z > 3t INTERFERING 1 2 3 4 5 6 7 8 9 10 11 12 13 14 .00 .00 .00 .00.00.00 .00 .00 .00 .00 13.01 20.00 26.02 26.99 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 o = & .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —1.21 12.56 17.24 23.20 24.17 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —3.01 10.00 16.86 22.84 23.81 .00 .00 .00 .00 .00 .00 .00 .00 .00 —3.01 10.00 16.86 22.84 23.81 10 —.01 .00 .00 .00 .00 .00 .00 2.52 2.52 .00 13.01 19.24 25.24 26.21 11—12.75—13.88—13.88—13.88—13.88—13.88—13.88—13.88—13.88—15.39 .00 4.09 9.33 10.36 12— 24.81—25.94—25.94—25.94—25.94—25.94—25.94—25.94—25.94—27.45—10.95 .00 .00 .00 13—24.81—25.94—25.94—25.94—25.94—25.94—25.94—25.94—25.94—27.45—10.95 5. .00 .00 .00 8. 14—27.19—28.32—28.32—28.32—28.32—28.32—28.32—28.32—28.32—29.83—13.33 —1.66 —1.66 .00

DOWNLINK Q FACTOR: No.of carriers in passband (dB) 17145:28 3—0C1T—91 INTERFERING 1 2 3 4 5 6 T 8 9 10 11 12 13 14 .00 .00 .00 .00 .00 .00 .00 .00 .00 .00 13.01 20.00 26.02 26.99 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 ~1.21 12.56 17.24 23.20 24.17 .00 .00 .00 .00 .00 .00 .00 .00 .00 —2.01 11.47 16.13 22.07 23.03 .00 .00 .00 .00 .00 .00 .00 .00 .00 —3.01 10.00 16.86 22.84 23.81 .00 .00 .00 .00 OB < ar d— l O — M in O R c O .00 .00 .00 .00 .00 —3.01 10.00 16.86 22.84 23.81 10 —.01 .00 .00 .00 .00 .00 .00 2.52 2.52 .00 13.01 19.24 25.24 26.21 11—12.75—13.88—13.88—13.88—13.88—13.88—13.88—13.88—13.88—15.39 .00 4.09 9.33 10.36 12—24.81—25.94—25.94—25.94—25.94—25.94—25.94—25.94—25.94—27.45—10.95 .00 .00 .00 13—24.81—25.94—25.94—25.94—25.94—25.94—25.94—25.94—25.94—27.45—10.95 .00 .00 .00 14—27.19—28.32—28.32—28.32—28.32—28.32—28.32—28.32—28.32—29.83—13.33 —1.66 —1.66 .00

3—O0CT—91 17 45128 SRRRRERSSS 0 06 14 syESSSYY¥¥¥5RfS sssssnsssssnns 13 RRRRREERES5SIHERE® O I w ~f m m 9 12 59999899964828 un in in un in in in un th iN <f sf sf M a o so 10 so 2 so m M NA M C) c0 O A = Geocentric Angle 94444349995449 1 5528939 6“6&“6“6664554 UPLINK PASSBAND C/I (dB) ( 2.00 DEGREE SPACING) M M M M M it M t M Oc c 0 55555755555550 10 80000901186829 ~t in in in in <f in in iN t M t \f M m n m m M M M M M OO O t 55555555500005 88888888865717 st sf sb spsb sp sdsb sb st M sb sp M mm mm mm M M Mc OO t 55555555500005 88888888865717 $ st sp sposp sb sp sb sf sbsd M sb sb M Antenna Patterns as given @0600 k 0606 0k a .00 35. J o9 co oo o0 oo co o9 c0 co ~tosp spsposd s sf sp stt stt mm mm M M M M M N 55555555550 ..... + 88888888885717 st sp sb sp sb sb sb sdsb st M sb sp M ©G ©G cG ca co co un A. h t hb h cG ©G co d db dbd mb mm INTERFERING mm mm mm mm M M O 0 t 55555555550005 88888888885717 st sp sp sb sb sb sb spo sb sd M sb Ssd M m m mm m mm mM M OO t 55555555550005 88888888885717 ~t stsp spsb sp sb sb sb sb Mosposp M mm m m m M e M Mb M M — 55555555558994 88888888883 596 ~fosp sp spsb sb sb spoSP si M ~t m M UuANTEDalZSIWS:O?B?O" NM—f <— & & e

3—0CT—91 17:45 28 0 O o O O Néé&@fiéNNMSB BB 14 adadndind % ~r 09 co co oo o C hS n im e A m mm 19 o flbé%&S688A$fl auig c c9 c0 C BJ & 13 2 0k 1¥ Da ce k 0+ e s & un O O O. O. 0 O 60 ©0 \O N + nz m NM M M 222098255 Oy $ ERRM c O h h. c sf co 12 2k k e e k a c % 15555454427113 EnnfeontconticondiCenth maiicadh o corh se 3o >4 sa N221 ou «0 10 x0 o b= x0 eJ © c w * A oz Geocentric Angle 11 2 0k k k o¥ ce k k k ob e cb ce 1 o oo o( O—— c —O N in «— (NNJ NA & O NN mM P sp Sp DOWNLINK PASSBAND C/1(dB)( 2.00 DEGREE SPACING) RRERREER & c w 10 1333323441 m mM M M M OM\ M M OM 5 rrerrerrerrss$ $s 111111111957 m m mm m mm M M M O in ierrererncs333 e=em en m e en en tm e h L e ho Iu. i m m m mM M M M m M N spin in\ REERREEEEREKS$$E «o 4n m en m e tm e e t i S Antenna Patterns as given m Mim m m M M m M M s un un 0 REEREEEREER3 3338 «o en en ym en en m im im en i e N O mm m m mm h n M m un un ) reeemereress3 343 w n m m en m m m m m i h o O mm mm mm M M mM M st in un 6 flfiflflflflfiflflfiwwfim INTERFERING m m m im m M M M M M t in RRRRRRRRRERSS $3 e e ce m er Ee ce ce inh N G m m m m m m mm m merin in G rereererers33s w en en m en en en en e n 1 ho h m m m m mm M m M im stin in d m m m m mm M m M M t un TE <ome — ui o —NM\f in O R C O O i d & &— +

3—0CT—91 17:45 :28 w awa5 1| R8%8%$S§R$8 5.51 9 14 k 4 ++ /488887877 89 T§ 3B $X §3 c .48 13 ““55551458845 31.- 12 s« <—in in n in «$ n sp sf Od hoe o Caniicontiecanticonth sodh zui zds zes zoh. se ts sA 4 8 A w0 0 w0 10 e 10 N t O M sf Geocentric Angle 11 80000901181223 & N NN NNN ~ M t st _p TOTAL PASSBAND C/I (dB) ( 2.00 DEGREE SPACING) t h sf un uh in N C m 10 k e k & 60A 0 k k k o6 k ce 0k M M M M OM Sf uf on \G 6O NU Ch m m im M mM m M M M M M t \t M “MI#I%/%/% spspaisg O h cU 6666 6616795 & ene m m imm im Oc d 0 O A mm m m mm m m M OM t s M YYYYYYYYYN3EEN * A = o en ye en m t e t tm hsP O O # mm mm mm m M M OA M t\ M $YYY3%33333°CBRN 1-1.-1..1..4.-1!1..1;1.1»/460~(. Antenna Patterns as given m m m m mm m m hM 1st 4 M SCYE GEIGEIEEREHN wer en en en en e e e m af 30 C h m m m m m m mm mm M t t m SGCECEYEEEYEYEEHN o x en tm mm en e e af 30 © m m m m m im m m m m M4 m g9Gs3933¢g¢esn l ardh rdh db adbadiach zd ade AC ind 1NTERFERING mm mm M mM M M M M M t st M $y¥333 33333° 5R ladhadbadhadhrtrt atartrbrtr t AC > m m m mm m m m M M M t <t M $$333YY3Y33EEI ym en m m en e m en e e af 3O O h mm m im h m mM m M M M st <t M $Y3Y333%3%%33ILhSS 13 39. & w e m m m se M LA o m mM M M M M M M M OM ~t i O & «— I <o=z pe l m — N M in O h C O &— O ~t «— ——

3—0C1T—~91 17 45128 46.83 45.86 46 83 45.86 38.20 37.23 14 5 5 4 5 5 336388880 7 880855437“2 13 k0 k k k e e e k 6 k e 4 52.76 52.76 52.76 44.22 12 7.43 1 A = Geocentric Angle 7.43 7.43 1.21 11 in in in in in in in in un o M sp \p O+ FM—AM S/I & PSK C/I (dB) ( 2.00 DEGREE SPACING) 10 «002 0 s ck a 0k a ce « NS DL D NY M P <t O h in in in n Q un 0 co n o h t «— 0 x0 0 0 0 m m «<— .797 «0% — in in in un un uin ad od on id d 5 cG ‘o ‘a ‘o ‘o ‘o o d 6 o Ai m «t t c3 tas4s9g5ssnye ys o 8C 6C 6C eCC —‘8 5mm onT M M —N T 6RNT "o ‘o ‘0 d ‘o ‘a o sd d Ai m wb sPRRRERRREEREHRo mm t o h N NN NA NNR CC NT N m ol nd old d m ad d i oap d & c o 30 6 d <o to 6 d m m w o Antenna Patterns as given spprnsnegyyebs 10 0 sG o x0 30 o 0 o m Mb sp Mflflflflflflfififlflmmfl M J e cU mM n 9 O 0 xo 1 xO 0 0 O 1/460% mM —ft —f sppppsibens 3e bs SHSYYSSSS$EmNRS§3S8 INTERFERING gpribsine93 3eb m O N Mm c o o xo 10 so o xo so o «i i0 O mM —t sprprspnen33ebs 3222232@814608 xo xo sg o 10 3t xo o m mt\ o 6 0s £0% e e k 0k o xo 30 0 o o m m \r m c0 HANTED12345678940I «M —t & — &

3—O0CT—91 c e vs uh ~t s« M <— &6 6 0k k 6 ce 06 o6 6 c e 6 k ~t MOOOOOOOOOOOOO <— # *# # oc ce m MOOOOOOOOOOOOO «— * * * & k k c s ce o6 c ce e ce c c ce OA y 0 000000000000 C 3 B M o kok k o e k k c ce ce 6 ce ce — «— 30000000000000 O «— C un ~< M & = o «0k ce c o ck ce ce k 4 ce 6 e s we ce & m o 000000000000 9 C «— c <oa M o. C U Q 0 w o% o% ce o8 o+ ce o6 oa cs ce cs ces w O O y o 000000000000 ui 10 c 3 I ol w it a «06 ce 6 c ce ce o6 6 6 o6 o s OA c MOOOOOOOODOOOO O +% M « o wook ck ce ce c« ce o6 ce ce ce e 6 ce ~ M m o 0000600000000 <— ~ C ~t o. o o > vee & 0k ck o o ck c c« ce o6 ce ce on cs Wg o m o 0000000000 0O O «— Eo ~t be G Ed m ow & 0k ce ce o ce ce o6 k ce 6 s C un moo0o0c0c0c0000c00c0® T L & un © ~t budhed U ow o. © & 0k ce ce e 6 ce e cs «0+ + %P t moo00c000cc00c0q 0O Lnd a & ~t &m Es % 9 x «oo ce ce e c 6 6 ce 6 e 0k o 4 Lo m m o 0000000000800 u. C u. «— < oc ~t Lt + z2 k0 k ce k ce 06 ck o6 ow k k k 6 e + (d m o 0000000000 0o «— ~t s 6 k & o# e k o8 o« 6 6 k c« c «& “0000000000000 M O + NOM ut T < oz op— w o M t in \O hCO O wm &n &n 4n e

3—0CT—91 17 :45:28 000000000000 ®®q w en e e n g m e s NA 14 $0 606 e k 6 k g k @6 @ n k 0 10 10 \0 0 10 10 0 x0 0 ©0 50 Al xo un in un n in in in un uh N O OJ N &— ©00000000000e qqo NNN Nn NN NC c 0 O 13 k0 6 0k 0k ce ce 6 4 6 0k 0k 04 60e o ooo oo oo oo NN O Un un in n in un un in n uh O O &—&<— ooe0e00ooq ooo oo o e NNN NN N C c t O 12 $ k k o o k 6 e 6 k r ce s sp sp sp sb sp sp sg sp sb s 0 30 O sr ~t sP sf P SP SP SP NP NP Spo m en e o00e0000000 oo oo Geocentric Angle NNN N N NN NC c t O 11 a v e e k k k w 0s $ k es sf sp sp sp spisp sd sp sb sp 0 30 O Ap h ts the. ts ht th onth ath ind (dB)( 2.00 DEGREE SPACING) o0o00ooooqno oo oo ©0 a0 c0 ©0 ©0 c0 ©0 c0 ©0 0 \D O \O in 10 6 0k k 6 k k k k k o6 k a k i0 0 id d d d 1t d t t O O w n en en en en m m e i e e e e d o6 goa o ooo oo oGaq oo oo 88888888Rw86665 v k k k k k k k k k 4 0k s0 10 10 0 0 10 so 0 0 t 0 O o my «n en e m n e e n e in e e e N £0.0goa & A = 000000 o®®e®q oo oo o o0 o c0 ¢0 ©) ©0 0 ©0 0 \D \O O in k00 k k k k 6 k k k + k0 e t 10 s s0 o 10 10 s s0 ad © © 0 y # m en e n n e en n m e e t (N ro60 gou o ooo oo oo oo qqo oo 8.8888888886665 a k k k k k k k k ce k k e 6 10 10 10 d sd 0 1t 6 d O © o au Antenna Patterns as given «en e e e e en d e m m im t N 6060 6 0a o0oooqoo®o oo oo oo ©) o0 co 0 co ) ©Q 0 ) ©0 «D \D sO in k k k k k k k k k k 6b e s (C/I)up — (C/l)down 0 10 10 o s0 o o 0 0 t 0 0 o e o m m n e e e e m e (N 606 ou oo oooo oo oo oo oo 88888388886665 &0 60 k k + kok k k k k k ce 10 10 10 0 d d o 0 0 \d © o n «o en e m m e m m m e m e e N o6 gou oo oooq oo oo oo oo 9 o o0 c0 &0 ) 0 c 0 o0 0 1O O in k0 k k k kok k k k k s 6k c 10 sd ad ad 0 0 sd d d O & d n INTERFERING «o en en m e e e m e e e e e N ol boa oo ooGo ooo oo oo oo ) c 0 c0 c0 t0 ¢0 60 t0 €0 10 \D O in «04 0k k k k 6 kok k ce e kok 0 af sg 10 ad 0 sG t 0 d © © d i e e e emeeeee— n 6060 k oa aoocococoeqoq oo oo oo &0 c0 o0 c0 c0 co ¢0 o c0 c0 \D \D O in k k k k k k 6 0k k k k k ks 0 0 o 0 o sd d d d 0 O O 0 n w en en n m i im m m m e m m o6 gou gooc00ecqcoeq on oo oo o a) c0 & c0 0 ¢0 co co ©0 \D \D O in k0 k k k k k k k k 0k 6 k k x0 10 10 so 10 0 s0 ad 10 d O © o e m in m e e m m en e e e N 10060 a TR <o un g— w m m in\ hR c O O ~ N M \r «o en an e e

MENTOR TECHNOLOGIES, INC. 12750 TWINBROOK PARKWAY, SUITE 101 ROCKVILLE, MARYLAND 20852 (301) 881—0881 (301) 881—5770 (FAX) CERTIFICATION OF PERSON RESPONSIBLE FOR PREPARING ENGINEERING INFORMATION I hereby certify that I am the technically qualified person responsible for preparation of the engineering information contained in this interference analysis; that I am familiar with Part 25 of the Commission‘s Rules; that I have either prepared or reviewed the engineering information submitted and that it is complete and accurate to the best of my knowledge. By: WM 7?7)"}7""’” Mitchell R. Belzer, Py.D. Dated this Oct 2/ , 1991 Notary Public My Commission Expires: /“‘/ 593


Document Created: 2014-09-12 13:45:16
Document Modified: 2014-09-12 13:45:16
© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC