Question: Q 3 ) ( 1 5 p ) Consider the downlink of a WiMAX ( IEEE 8 0 2 . 1 6 d ) system

Q3)(15p) Consider the downlink of a WiMAX (IEEE 802.16d) system with sensitivity and channel bandwidth specification table as shown below. The output power of the TX amplifier is 10 W . The TX antenna gain is 10 dB , the losses in connectors, combiners, etc. are 3 dB . The fading margin is 5 dB . Assume for d>d0,Pr(d)=Pr(d0)(dd0)-nd0=100m123412-77.4-87.7-828-71.3-81.3-83.0-80.0d and for d>d0,Pr(d)=Pr(d0)(dd0)- where nis the path loss exponent 3.5 and d0=100m. Answer the following questions.
(a) What is the distance can be covered, if carrier frequency is2.3GHz and modulation is12BPSK with channel bandwidth 3.5MHz?
(b)If3-dB implementation loss is allowed, what is the maximum tolerable receiver noise figure at the given SNR?
(c) What is the maximum tolerable level of adjacent channel interference (no blocking or desensitization effect)if the receiver input IP3is-15dBm?
BandwithModulationandcodingrate??????BPSKOPSK160AM64QAM????12123412342334?175MHz-93.7-90.7-88.9-83.7-81.9-77.4-75.735MHz70MHz-90.7-87.7-859-80.7-78.9-74.4-72.77.0MHz-87.6-84.6-828-77.6-75.8-71.3-69.610.0MHz200MHz-86.1-83.1-81.3-76.1-74.3?-68.1200MHt-83.0-80.0-78.2-73.0-71.2-69.8-66.7-68.1BXSNR(dB)6.49.411.216.418.222.724.4
Q 3 ) ( 1 5 p ) Consider the downlink of a WiMAX

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