Model the jamming system of the EH Self Protection System in a fighter aircraft with an RCS of 10 m2 and 4 different pulsed threat radars with operating frequencies varying in the range of 8-12 GHz. Design the antenna for the mixer separately in the MATLAB application and use the pattern of this antenna in the simulation. Detection of J/S and fighter for 2 different strengths of interference made by EH Self Protection System for each radar. Perform a MATLAB simulation where the burn-through distance is calculated.Model the jamming system of the EH Self Protection System in a fighter aircraft with an RCS of 10 m2 and 4 different pulsed threat radars with operating frequencies varying in the range of 8-12 GHz. Design the antenna for the mixer separately in the MATLAB application and use the pattern of this antenna in the simulation. Detection of J/S and fighter for 2 different strengths of interference made by EH Self Protection System for each radar. Perform a MATLAB simulation where the burn-through distance is calculated. Model the jamming system of the EH Self Protection System in a fighter aircraft with an RCS of 10 m2 and 4 different pulsed threat radars with operating frequencies varying in the range of 8-12 GHz. Design the antenna for the mixer separately in the MATLAB application and use the pattern of this antenna in the simulation. Detection of J/S and fighter for 2 different strengths of interference made by EH Self Protection System for each radar. Perform a MATLAB simulation where the burn-through distance is calculated. radar, antenna design, pulsed threat radar, rcs MATLAB Answers — New Questions

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