Abstract
This paper presents a simple design procedure for resonant post waveguide filters. Such microwave circuits commonly are physically realized as ladder networks consisting of cascaded single post resonant cavities or double post resonant elements coupled by quarter-wave sections of transmission line. With this simplified technique, design effort is minimized by the use of pertinent parameter relationships expressed in the form of a few graphs. A comparison is made of the theoretical and measured characteristics of two experimental filters each employing one of the two post configurations. The results show that this design procedure is quite adequate for most engineering applications.
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