1. Assume that the received signal at the receiver antenna of the mobile is defined as r(0= 10 + 2 e Ham +3 efts)
(a) Calculate the received signal envelope R CX24-Y2, where X denotes the real part and Y refers to the imaginary part of the combined signal. (4)
(b) What pdf do you expect for the envelope fR(r) should be? (give reasoning) (2) (c)Then, what pdf do you expect for the R2 ? What does R2 mean ? (2) (d) Calculate the received power PR based on r(t) for 377 SI (impedance of the received antenna) and Phase [Radian] of the received signal r(t) too. (4)
![1. Assume that the received signal at the receiver antenna of the mobile is defined as r(0= 10 + 2 e Ham +3 efts) (a) Calculate the received signal envelope R CX24-Y2, where X denotes the real part and Y refers to the imaginary part of the combined signal. (4) (b) What pdf do you expect for the envelope fR(r) should be? (give reasoning) (2) (c)Then, what pdf do you expect for the R2 ? What does R2 mean ? (2) (d) Calculate the received power PR based on r(t) for 377 SI (impedance of the received antenna) and Phase [Radian] of the received signal r(t) too. (4)](https://i0.wp.com/electricalstudent.com/wp-content/uploads/2022/05/1-2.png?w=1170&ssl=1 "1. Assume that the received signal at the receiver antenna of the mobile is defined as r(0= 10 + 2 e Ham +3 efts) (a) Calculate the received signal envelope R CX24-Y2, where X denotes the real part and Y refers to the imaginary part of the combined signal. (4) (b) What pdf do you expect for the envelope fR(r) should be? (give reasoning) (2) (c)Then, what pdf do you expect for the R2 ? What does R2 mean ? (2) (d) Calculate the received power PR based on r(t) for 377 SI (impedance of the received antenna) and Phase [Radian] of the received signal r(t) too. (4)")
1 Answer