Attachment Exhibit C

This document pretains to SES-STA-20160520-00446 for Special Temporal Authority on a Satellite Earth Station filing.

IBFS_SESSTA2016052000446_1136631

Satellite On The Move terminal NanoSAT radiation analysis D00000008-01-02 February 22, 2016 Proprietary Notice The information and ideas contained herein are proprietary to Get SAT communications Ltd. and shall not be duplicated or disclosed outside the receiving organization or the receiving organization's potential customer without prior written approval from Get SAT communications LTD., nor used by the receiving organization or any of its subsidiaries or affiliates, for any purpose other than evaluation of the ideas and work contained herein. Get SAT communications LTD., 514968718, INFO@getsat.COM

D00000008-01-02 NANOSAT- RADIATION ANALYSIS Figure 1: NanoSAT installation The smallest angle between the beam and the operator’s head is 21.6 o. At that angle the gain is lower by 20dB. The beam’s gain at its center is 27dBi, ergo the operator absorb 7 dBm of radiation. Furthermore, the distance between the operator and the antenna also reduces the radiation intensity. The distance between the operator and the antenna is 43cm, where which the attenuation is 54.66dB. A conservative assumption is that the whole 10w (40dBm) is radiated at the operator’s direction, the gain is 7dBm and attenuated due to the distance (-54.66dB). In total the operator absorbs 0.171mw (-7.66dBm). 1 Business sensitive

D00000008-01-02 At higher elevation angles, the attenuation is even higher, which means less radiation reaches the operator. The above calculations assume that the aerial’s aiming direction is straight forward. Any digression reduces even more the energy absorbed by the operator: higher elevation angle, or azimuth different than straight forward. In case of AMOS4 SAT, from Israel: Aerial gain= 27dBi Aerial gain @ (-21.6)o when aerial points to 40o=-21.6dBm Total gain= 27-21.6= +5.4dBm Aerial power= 10w (40dBm) Attenuation @ of 43cm=54.66dBm Operator received energy= power+total gain-distance attenuation=40+5.4-54.66=-9.26dBm Operator absorbs (-9.26dBm) =0.119mw 2 Business sensitive


Document Created: 2016-05-19 17:20:40
Document Modified: 2016-05-19 17:20:40
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