Here is a simplified diagram of a RF front end (power and control signals are not...

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Here is a simplified diagram of a RF front end (power and control signals are not shown). 1. What kind of a system is it? What are the RF measurements you would use to characterize it and compare it with other similar systems? 2. What bandwidth could you obtain with it (consider bandwidth of the components only). What range resolution would a radar operating at this bandwidth have? 3. How much data (after downconversion) will the system generate at the above bandwidth (bits/s)? ANT1 RF OUTO QPA2609 TGP2109-SM QPA2609 TGP2109-SM QPA2609 TGP2109-SM QPA2609 TGP2109-SM TGS2352-2-SM ANT2 TGA2704-SM ANT3 TGS2352-2-SM TGA2704-SM ANT4 TGA2704-SM TGS2352-2-SM TGA2704-ŞM TGS2352-2-SM TGP2109-SM TGP2109-SM TGP2109-SM TGP2109-SM RF IN Here is a simplified diagram of a RF front end (power and control signals are not shown). 1. What kind of a system is it? What are the RF measurements you would use to characterize it and compare it with other similar systems? 2. What bandwidth could you obtain with it (consider bandwidth of the components only). What range resolution would a radar operating at this bandwidth have? 3. How much data (after downconversion) will the system generate at the above bandwidth (bits/s)? ANT1 RF OUTO QPA2609 TGP2109-SM QPA2609 TGP2109-SM QPA2609 TGP2109-SM QPA2609 TGP2109-SM TGS2352-2-SM ANT2 TGA2704-SM ANT3 TGS2352-2-SM TGA2704-SM ANT4 TGA2704-SM TGS2352-2-SM TGA2704-ŞM TGS2352-2-SM TGP2109-SM TGP2109-SM TGP2109-SM TGP2109-SM RF IN

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1 System type and characterization Type of system GNSS receiver frontend RF measurements for charact... View the full answer