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This paper aim is to study the influence of a radome on the air surveillance radar systems. The study was performed using numerical methods, due to the problem complexity. It is very hard to accomplish a complete realistic study because of huge electrical dimensions but we can get some conclusions to improve the radar-radome assembly.Keywordsradome, numerical methods, computational electromagnetic, MoM, MLFMM I.

An electronic system is compatible with its electromagnetic environment if it satisfies the following two criteria: it does not emit (unintentional) electromagnetic energy above a certain minimum level, and it is not susceptible to malfunction if unintentional electromagnetic energy below a certain level is incident on it. This paper presents a study on the effect that electromagnetic interferences have on a high precision temperature sensor. An experimental setup was created to generate the radiated emissions, and results were analyzed using DSP processing. The perturbation signal obtained was applied on the temperature sensor supply voltage and results were analyzed.