![Students are required to design a LNA for a Ku band receiver in this assessment. This is an individual assessment. The specif](//img.homeworklib.com/images/d0247b1e-c3f3-4e98-b20d-b273b6bc3a90.png?x-oss-process=image/resize,w_560)
Can you please find a competitor LNA in the market that
meets ...or almost....meets the specifications above, and paste the
link in the solution as well.
I have tried searching and cannot seem to find one.
Remember it has to be an LNA for a Ku band receiver
(12-16GHz).
THANK YOU for your help!!
Can you please find a competitor LNA in the market that meets ...or almost....meets the specifications...
Students are required to design a LNA for a Ku band receiver in this assessment. This is an individual assessment. The specifications and priorities for the LNA is given below. The LNA is fabricated using GaAs PE15 process from WIN foundry. The PDK is provided as an attachment. Parameter Specifications Frequency Range 12-16 GHz Gain 25 dB 1 dB Gain Flatness Return loss >8 dB Noise Figure 2 dB 13 dBm Psat 15 dBm OIP3 P1dB 11 dBm Vdd 3V Id 15-25 mA Package 2x2mm QFN Specification Priority in following order: NF Gain Gain Flatness Return Loss OIP3
Students are required to design a LNA for a Ku band receiver in this assessment. This is an individual assessment. The specifications and priorities for the LNA is given below. The LNA is fabricated using GaAs PE15 process from WIN foundry. The PDK is provided as an attachment. Parameter Specifications Frequency Range 12-16 GHz Gain 25 dB 1 dB Gain Flatness Return loss >8 dB Noise Figure 2 dB 13 dBm Psat 15 dBm OIP3 P1dB 11 dBm Vdd 3V Id 15-25 mA Package 2x2mm QFN Specification Priority in following order: NF Gain Gain Flatness Return Loss OIP3