Abstract
Analysis of phase characteristics of a transmission lines with capacitive stubs loaded with CSRRs of three different geometries (square, circle and triangle) in the ground plane is presented. The phase delays of −270°, −267° and −263° are observed for CSRRs of square, circular and triangular geometries respectively at resonant frequency of 1.75GHz compared with a reference transmission line (0deg) of same length. A length reduction of approximately 75% is achieved for all three CSRR loaded transmission lines when compared with a conventional transmission line.
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