PMIRR介质间隔谐振网格滤波器设计研究

P.G.J. Irwin , P.A.R. Ade , S.B. Calcutt , F.W. Taylor , J.S. Seeley , R. Hunneman , L. Walton
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引用次数: 12

摘要

1992年9月在火星观察者号上发射的压力调制器红外辐射计(PMIRR)的两个最长波通道的滤光器的制造是不可能使用传统的多层电介质技术的。在此基础上,研究了新型介电间距材料对远红外/微波滤波器设计的扩展。设计和制作了测试滤波器,并利用其测量的透射光谱,建立了空气和介质中谐振网格行为的新模型。这些滤波器的低透射率最终使它们不适合PMIRR,但该模型为未来的介电间隔滤波器提供了一个有用的设计工具,可以找到一种新的,吸收更少的介电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of dielectric spaced resonant mesh filter designs for PMIRR

The fabrication of the filters for the two longest wave channels of the Pressure Modulator Infra-red Radiometer (PMIRR), launched in September 1992 on Mars Observer, was not possible using conventional multilayer dielectric techniques. Thus the extension of far-infrared/microwave mesh filter designs was investigated using a new dielectric spacing material. Test filters were designed and fabricated and, using their measured transmission spectra, a new model of the behaviour of resonant meshes in both air and dielectrics was developed. The low transmission of these filters in the end made them unsuitable for PMIRR but the model provides a useful design tool for future dielectric spaced filters providing a new, less absorbing dielectric can be found.

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