A rigorous dispersive characterization of microstrip cross and T junctions

Full Wave Analysis of Two Layered Orthogonal Microstrip Transmission Lines Based on Spectral Domain Method

“…n and g (2) m are PSW-P basis functions which have been used for the currents on the lines in the coupling region [10], and f, h are current distributions in uniform and infinitely long lines which were obtained by 1-dimensional spectral domain. The currents must be continuous at the boundaries x = x 1 , x 2 and z = z 1 , z 2 , so:…”

Analysis of Capasitively Coupled Microstrip-Ring Resonator Based on Spectral Domain Method

“…These functions are Maxwellian type functions defined in [20,22]. In the perturbed regions, however, pulse and PSW-S sub-sectional basis functions (g x m and g z m ), discussed in [23], are used to accommodate possible high variations in the current distributions and also to add flexibility to the structure configuration. For currents on the ring resonator as defined in (2b), (2c), triangular basis functions have been utilized as shown in Fig.…”

An Equivalent Circuit for Emi Prediction in Printed Circuit Boards Featuring a Straight-to-Bent Microstrip Line Coupling

“…Coupling between parallel microstrip lines, which results the main cause of crosstalk, is generally predicted using quasi-static approaches [1][2][3][4][5][6][7][8][9], or full-wave techniques [10][11][12][13]. These techniques have been also employed to analyze the frequency behavior of microstrip discontinuities, such as T-junctions [14], gaps [15][16][17][18][19], bends [20], line crossings [21], and to investigate the field radiated from microstrip discontinuities [22] or interconnecting lines [23].…”