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b) If 4:1 cell splitting is implemented, determine the new cell radius and base station transmitted power in dBm if the cell radius and power transmitted by the original base station is 5 km and 5 Watts respectively. Assuming that the propagation factor, n = 3.5. %3D

b) If 4:1 cell splitting is implemented, determine the new cell radius and base station transmitted power in dBm if the cell radius and power transmitted by the original base station is 5 km and 5 Watts respectively. Assuming that the propagation factor, n = 3.5. %3D

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b) If 4:1 cell splitting is implemented, determine the new cell radius and base station transmitted power in dBm if the cell radius and power transmitted by the original base station is 5 km and 5 Watts respectively. Assuming that the propagation factor, n = 3.5.
Transcribed Image Text:b) If 4:1 cell splitting is implemented, determine the new cell radius and base station transmitted power in dBm if the cell radius and power transmitted by the original base station is 5 km and 5 Watts respectively. Assuming that the propagation factor, n = 3.5.
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