Novel radome design for RF integration
Jinjing Ren, Yezhen Zheng, Shenhui Jing, Qi Tang
Abstract
Jinjing Ren, Yezhen Zheng, Shenhui Jing, Qi Tang
Abstract
RF integration is widely needed by modern shipborne radars. A novel dual-band FSS radome with$\mathrm{S}+\mathrm{X}$passband is designed and simulated with angular stability. The passband are 1.55∼3.4GHz and 9.2∼9.7GHz. This radome achieves good performance in the finite large FSS simulation and cylindrical radome simulation.
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RF integration is widely needed by modern shipborne radars. A novel dual-band FSS radome with$\mathrm{S}+\mathrm{X}$passband is designed and simulated with angular stability. The passband are 1.55∼3.4GHz and 9.2∼9.7GHz. This radome achieves good performance in the finite large FSS simulation and cylindrical radome simulation.
Key concepts: Radome, Passband, Computer science, Stability (learning theory), Band-pass filter, Physics, Electronic engineering, Acoustics