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Design of a C-band Coaxial Cavity Band Pass Filter

机译:C波段同轴腔带通滤波器的设计

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In this paper, a coaxial cavity band pass filter was presented with the volume of 28 mm x 15 mm x 13 mm working at 4.88 GHz and the 3dB bandwidth of 654.52 MHz. The classical comb lines structure in the coaxial cavity filter was un-applicable for small size. The dressing-line structure was introduced in the coaxial cavity. By adding the capacitance circular plate on the cavity resonant column, the resonant frequency was increased with the volume of the cavity reduced greatly, and requirement of small-size was satisfied. The designed filter was fabricated and measurement was conducted. From measurement, the insertion loss at the center frequency is less than 0.7 dB. The band rejection is greater than 49 dB at 1-2 GHz, and greater than 39 dB at 8 GHz-18 GHz. These showed that the designed filter met the requirements.
机译:本文介绍了一个同轴腔带通滤波器,其体积为28mm×15mm×13mm,工作于4.88GHz,3DB带宽为654.52 MHz。同轴腔滤波器中的古典梳状线结构是不适用的小尺寸。在同轴腔中引入了梳妆线结构。通过在腔谐振柱上添加电容圆形板,随着空腔的体积大大减少了谐振频率,并且满足了小尺寸的要求。制造设计的过滤器并进行测量。从测量中,中心频率的插入损耗小于0.7 dB。带抑制在1-2GHz处大于49 dB,8 GHz-18 GHz大于39 dB。这些显示设计的过滤器满足了要求。

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