Q3/ If transmitter produced 20W of power is applied to an antenna with gain equal to 1 with 1000MHz carrier frequency, find the received power in dBm by using Hata model for 8km distance in suburban area, if hBs=25m and hys=1m. Assume a unity gain receiving antenna. PL(urban)(dB) = 69.55 + 26.16 logf - 13.82 log has - a(hмs) +[44.9 6.55 log hBs] log d * a(hms) = (1.1 logf - 0.7) hмs - (1.56 logf - 0.8) (dB) * PL(dB) (suburban) =PL (urban) - 2 [log] 5.4 PL(dB) (open rural) =PL(urban) - 4.78 [log f)]² + 18.33 [log f] - 40.98

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Q3/ If transmitter produced 20W of power is applied to an antenna with gain equal to 1 with
1000MHz carrier frequency, find the received power in dBm by using Hata model for 8km
distance in suburban area, if hBs=25m and hys=1m. Assume a unity gain receiving antenna.
PL(urban)(dB) = 69.55 + 26.16 logf - 13.82 log has - a(hмs)
+[44.9 6.55 log hBs] log d
*
a(hms)
=
(1.1 logf - 0.7) hмs - (1.56 logf - 0.8) (dB)
*
PL(dB) (suburban) =PL (urban) - 2 [log]
5.4
PL(dB) (open rural) =PL(urban) - 4.78 [log f)]² + 18.33 [log f] - 40.98
Transcribed Image Text:Q3/ If transmitter produced 20W of power is applied to an antenna with gain equal to 1 with 1000MHz carrier frequency, find the received power in dBm by using Hata model for 8km distance in suburban area, if hBs=25m and hys=1m. Assume a unity gain receiving antenna. PL(urban)(dB) = 69.55 + 26.16 logf - 13.82 log has - a(hмs) +[44.9 6.55 log hBs] log d * a(hms) = (1.1 logf - 0.7) hмs - (1.56 logf - 0.8) (dB) * PL(dB) (suburban) =PL (urban) - 2 [log] 5.4 PL(dB) (open rural) =PL(urban) - 4.78 [log f)]² + 18.33 [log f] - 40.98
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