You wi be assigned to a team of 2 to 4 students. This team wll carry out the design/solve the problem described below Problem 1: Using the following equation (a) Show that the free-space pathloss is...
You wi be assigned to a team of 2 to 4 students. This team wll carry out the design/solve the problem described below Problem 1: Using the following equation (a) Show that the free-space pathloss is L,(dB) 32.44 + 20Log(fM20Log(dkM) (b) with f = 1900MHz, Plot Lp & RSL as a function of d (Use XCEL) Problem 2: Given: .Free Space Propagation . ERP= 100 Watts Frequency- 1 GHz RSL90dBm ERP=100W RSL -90dBm) Find: d-? The distance d in km
You wi be assigned to a team of 2 to 4 students. This team wll carry out the design/solve the problem described below Problem 1: Using the following equation (a) Show that the free-space pathloss is L,(dB) 32.44 + 20Log(fM20Log(dkM) (b) with f = 1900MHz, Plot Lp & RSL as a function of d (Use XCEL) Problem 2: Given: .Free Space Propagation . ERP= 100 Watts Frequency- 1 GHz RSL90dBm ERP=100W RSL -90dBm) Find: d-? The distance d in km