Attachment FCCdishTestRslts.pdf

This document pretains to SES-LIC-20061004-01803 for License on a Satellite Earth Station filing.

IBFS_SESLIC2006100401803_530471

From: Brian <brian@coloradostudios.com> Date: August 18, 2006 12:11:31 PM MDT To: Brian Brieske <bbrieske@coloradostudios.com> Subject: Fwd: Scans

EXHIBIT A — Page 2 of 4 RADIATION HAZARD STUDY REGION RADIATION HAZARD ASSESSMENT LEVEL mw/om* Far Field, RF= 165 meters 0.155 Complies with guidelines Near Field, RN=69 meters 0.37 i i * Transition Region, RT <0.37 © # i Rn<R<RE T4 w w « Reflector Surface Between Antenna and 0.015 Complies with guidelines Ground Between Main Reflector and 1,535 Potential Hazard Feed CONCLUSION: Based on the above analysis it is concluded that harmfullevels ofradiation will not exist in regions normally occupied by the public or the earth station‘s operating personnel. The earth station will be marked with the standard radiation hazard warnings, on the antenna itself, warning personnel to avoid the area in front of the reflector when the transmitter is operational. To ensure compliance with the safetylimits, the earth station transmitter will be turned off whenever maintenance and repair personnel are required to work in an area where the radiation level exceeds the level recommended byapplicable guidelines. Additionally, the earth stationis secured and access is controlled.

EXHIBIT A — PAGE 3 OF 4 SUPPORTING CALCULATIONS REF: FCC BULLETIN #65 A. Far Field: 0.6D° _ 0.6x(2.4) Rr = 165 meters 2 _ 0.021 g— PG__ 70x7.59x10"4 .= .—=1.55W /m‘ 4¢R 47(165)° S=0.155mW/em* B. Near Field 3 D _ (24) a= > = 69 meters 42 (4)x(0.021) g=16 'll’~ _ 16 )C 6X 7‘0 bu ar i /m C zD‘ x (2.4)° S=.37mW/cm‘ C. Transition Region: Since the transition extends between R, and R; the power density can never exceed the power density in the near field. «_ Sinf)xRinf) R D. Reflector Surface: Assuming an even distribution of energy over the surface ofthe dish: s= es 2oo s ssm /m m r(12x0‘)

EXHIBIT A — PAGE 4 OF 4 E. Between Antenna and Ground: Nearest point is more than 1 diameter removed from the center of the main beam. w S(refleclt(;zsurface) =0.015mW /em> E. Between Main Reflector and Feed: The diameterofthe feed aperture is 7.62cm. The highest density will be at the aperture. _ 2 _ 7010 =1,535 mW /cm" m z081


Document Created: 2006-10-02 11:14:47
Document Modified: 2006-10-02 11:14:47
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