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CRAN RWOR WAEVT 004-B New Build 07292019 <br />RF Configuration <br />The following parameters have been considered in modeling this configuration: <br />Ant # <br />Description <br />Antenna Model <br />Frequency <br />MHz <br />Total ERP <br />Antenna Centerline Above <br />Ground Level ft <br />1 <br />Quasi -Omni <br />GQ2412-06613 <br />1900 <br />77 <br />34 <br />1 <br />Quasi -Omni <br />GQ2412-06613 <br />2100 <br />70 <br />34 <br />1 <br />Quasi -Omni <br />GQ2412-06613 <br />5250 <br />2 <br />34 <br />Predictive Analysis <br />For accessible areas at ground level, the maximum predicted power density level resulting from the <br />simultaneous operation of all AT&T Mobility operations is 0.05% of the FCC General Population <br />limits. These theoretical results represent worst -case predictions as emitters are assumed to be <br />operating at 100% duty cycle using isotopically radiating transmit antenna patterns. Additionally, <br />reflection coefficient corresponding to a 1.6-fold increase in field strength has been considered. <br />The following plots show the spatial average predicted power density levels in the reference plane <br />indicated as a percentage of the FCC General Population MPE limits. The reference plane for the <br />plot is the site level, as indicated in the caption. For example, "Avg 10 to 16 Feet" refers to the <br />spatial average predicted power density level between 10 and 16 feet above the site level. <br />Page 5 <br />Waterford Consultants, LLC • 201 Loudoun Street Southeast Suite 300 • Leesburg, Virginia 20175 9 703.596.1022 <br />