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CONTRIBUTION OF VERIZON PCS FACILITY TO RF EXPOSURE <br />ENVIRONMENT <br />Ac�ording to information provided by Verizon W ireless, Renald Gasparovic, <br />Senior RF Engineer, the maximum ERP from any sector will be equal to 570 <br />watts. Therefore the worst-case downward ERP will be 570/50 = 11.40 watts <br />from the proposed Verizon facility. <br />By use of the power density formula shown on the second page, with input <br />values of 11.40 watts downwards ERP, and a distance of 144 feet, the worst- <br />case calculated power density at head height from the proposed Verizon PCS <br />facility to a s!x-foot person standing near this site is 0.000198mW/cm'. <br />The VZW PCS antennas transmit within the base station frequency band of <br />approximately 1940-1945 MHz. The Public MPE limit for PCS frequencies = <br />1.0 mW/cmz. <br />The worst-case calculated exposure condition resulting from the Verizon PCS <br />f�cility is the power density divided by the Public MPE limit for the lowest base <br />station frequency: <br />100% x 0.000198/ 1.000 = 0.0337°/a of the Public MPE limit. <br />All ground level areas near the SEAQ-GARFILED are e�cpected to have <br />exposure conditions less than 0.0337% of the ?ublic MPE due to the modified <br />VZW PCS faciiity <br />PUBLIC EXPO�URE CONDITIQNS NEAR GROUND LEVEL <br />The predicted maximum worst-case RF exposure conditions resulting from ttie <br />proposed Verizon Cellular and PCS wireless operation�, at all ground-level <br />areas near the SEAQ-GARFILED site, is the arithmetic of the percent <br />contribution from above calculation : <br />0.0758°/a of the Public MPE limit = 0.0421 %+ 0.0337°/a �, <br />f � � <br />�' ' � <br />