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Design, optimization and simulation of a compact multi-layered microstrip antennas based on LTCC-technology in Feko

机译:基于Feko的LTCC技术的紧凑型多层微带天线的设计,优化和仿真

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Design and analysis of multilayer stacked-patch antenna with LTCC-technology. It is shown that changing the number of the dielectric layers can increase the working band-width of the antenna compared with single-layer antennas. The use of passive elements in the construction of the antenna (multilayer microstrip antenna) can reduce the change of the impedance of the antenna when changing the frequency and as a result, extend the working bandwidth of the antenna. The influence of the thickness of the layers on the resonant frequency is analyzed.
机译:具有LTCC技术的多层堆叠贴片天线的设计与分析。结果表明,与单层天线相比,改变介电层的数量可以增加天线的工作带宽。在天线(多层微带天线)的结构中使用被动元件可以在改变频率时减小天线的阻抗的变化,并且延长了天线的工作带宽。分析了层厚度对谐振频率的影响。

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