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The modified VZW facility will operate within both Cellular and Personal <br />Communications Services (PCS) frequency bands. The calcul� �tions assume <br />that the vertical patterns of all new Verizon antennas suppres. `;ie maxim��m <br />ERP by a factor of 50 ji.e. 1?dB) downwards towards ground level. <br />GONTRIBUTION OF �ERIZON CELLULAR FACILITY TO RF <br />�XPOSURE ENVIR.ONMENT <br />According to information provided by Verizon Wireless, Renald Gasparovic, <br />Senior RF Engineer, the maximum ERP from any sector will be less than 711 <br />watts. Therefore the worst-r,ase downward ERP will be 711/50 = 14.22 wetts <br />from the proposed Verizon facility. <br />By use of the power density formula shown on the second page, H�ilh input <br />values of 1A.22 watts downwards ERP, and a distance of 144 feet, the worst- <br />case calculated power density at head height from the proposed Verizon facility <br />to a six-foot person standing near this site is O.00U247mW/cmz. <br />The VZW cellular antennas transmit within the base station frequency band of <br />approximately 880-890 MHz. The Public MPE limit for the lowest base station <br />frequency is 880/1500 = 0.5&7 mW/cm=. <br />The worst-case calculated exposure condilion resulting from the Verizon facility <br />is the power density divided by the Public MPE limit for the lowest base station <br />frequency: <br />100°/a x 0.000247 / 0.587 = 0.0421 % of the Public MPE limit <br />