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GT f, = 2.4 GHz GR Station A Station B PT = 15W 300 km PR LT, 100m LR, 150m Figure
Q5(b)

  

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(b) A telecommunication company, NSE is responsible for analyzing and determining the final technical specification radio base stations. As an engineer, you need to propose the best possible setup in order to conserve the overall transmission energy. Table Q5(b)(1) and Table Q5(b)(2) show the selectable hardware to propose. Figure Q5(b) illustrates the technical information of this communication wireless system. (i) (11) (111) Based on above condition, state the controllable parameters to minimize the transmission's loss. Propose the best type of transmission line and their loss for both transmitter and receiver system. Propose the best type of antenna and their gain for both transmitter and receiver system. (iv) Calculate the power received, PR based on (ii) and (iii) in Watt. (b) A telecommunication company, NSE is responsible for analyzing and determining the final technical specification radio base stations. As an engineer, you need to propose the best possible setup in order to conserve the overall transmission energy. Table Q5(b)(1) and Table Q5(b)(2) show the selectable hardware to propose. Figure Q5(b) illustrates the technical information of this communication wireless system. (i) (11) (111) Based on above condition, state the controllable parameters to minimize the transmission's loss. Propose the best type of transmission line and their loss for both transmitter and receiver system. Propose the best type of antenna and their gain for both transmitter and receiver system. (iv) Calculate the power received, PR based on (ii) and (iii) in Watt.