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Applying a Novel Method to the Analysis of Asymmetrical Transverse Slit in Microstrip Line

This paper presents a novel method to analyse asymmetrical transverse slit in microstrip line. There are three longitudinal parts holding the lengths of d<sub>1</sub>, d<sub>2</sub> and d<sub>3</sub> in the z direction from left to right. Transversally the part 1, 2 and 3 are divided into N, M and K parallel transmission lines respectively. Determinations of MTL's parameters involved in the analysis such as mode propagation constant gamma, characteristic impedance Z<sub>C</sub>, current decoupling factor T<sub>I</sub> and voltage decoupling factor T<sub>V</sub> versus inductance and capacitance matrices have been explained in detail in literature.