This is whole problem

1. Design a source degenerated LNA for a 28 GHz 5G application. Assuming the output of LNA is matched to 50 ohm with a matching network that present 200 ohms to the LNA output. (y is 2) a. Calculate the required ft, transconductance of the amplifier and input matching components to obtain 20 dB gain and assuming Cgs of 100 fF.(20 points) b. Calculate the optimum Rs and minimum NF of the circuit. (10 points) C. Calculate the NF of the circuit. (10 points) Vcc Output Vcc o Matching Network Q2 200 5002 LB Q1 50: Ls Input 1. Design a source degenerated LNA for a 28 GHz 5G application. Assuming the output of LNA is matched to 50 ohm with a matching network that present 200 ohms to the LNA output. (y is 2) a. Calculate the required ft, transconductance of the amplifier and input matching components to obtain 20 dB gain and assuming Cgs of 100 fF.(20 points) b. Calculate the optimum Rs and minimum NF of the circuit. (10 points) C. Calculate the NF of the circuit. (10 points) Vcc Output Vcc o Matching Network Q2 200 5002 LB Q1 50: Ls Input