Abstract

The radome is an important component of the antenna system. With the widening of the working frequency band of the antenna, the radome also needs to have the characteristics of wide transmission band, which puts forward higher requirements for the optimization design of the radome. In this paper, the design of radome with a broad passband is realized based on the multilayer structure. First, the transmission characteristics of the multilayer dielectric layer structure are analyzed by using the equivalent transmission line theory, and then the multi-layer structure is optimized and simulated by 3D electromagnetic simulation software. Finally, the design of a wide transmission band radome with oblique incidence stability is realized.

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