Abstract
This paper proposes a new synthesis technique for extracted pole and non-resonating nodes (NRN) filter. The circuit elements can be set to the values extracted from the simulation of its electromagnetic (EM) model during the synthesis procedure. Accurate mapping relationship between the physical dimensions and prototype circuit can be achieved with the fully analytical approach. A three pole waveguide filter with one finite transmission zero is designed to illustrate the new procedure. A four pole waveguide filter with two finite transmission zeroes from literature is re-designed and analyzed to show the validity of the proposed approach, accuracy and key differences.
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