Title :
Time domain analysis of circulant symmetric coupled transmission lines
Author :
Amirhosseini, M. Kh ; Cheldavi, A.
Abstract :
New coupled transmission lines called circulant symmetric coupled strip lines are introduced. First, the capacitance C and inductance L matrices of the structure are determined using an analytic solution of the Laplace equation. Then, an efficient method (diagonalising the cyclic matrices and modal decomposition of the differential equations) for frequency and time domain analysis of these transmission lines is presented
Keywords :
Laplace equations <circulant symmetric coupled transm. lines, time domain anal.>; capacitance <circulant symmetric coupled transm. lines, time domain anal.>; coupled transmission lines <circulant symmetric coupled transm. lines, time domain anal.>; inductance <circulant symmetric coupled transm. lines, time domain anal.>; matrix algebra <circulant symmetric coupled transm. lines, time domain anal.>; modal analysis <circulant symmetric coupled transm. lines, time domain anal.>; strip lines <circulant symmetric coupled transm. lines, time domain anal.>; time-domain analysis <circulant symmetric coupled transm. lines, time domain anal.>; waveguide theory <circulant symmetric coupled transm. lines, time domain anal.>; Laplace equation; analytic solution; capacitance matrix; circulant symmetric coupled transmission lines; coupled strip lines; cyclic matrices; differential equations; frequency domain analysis; inductance matrix; matrix diagonalisation; microstrip lines; modal decomposition; time domain analysis;
Journal_Title :
Microwaves, Antennas and Propagation, IEE Proceedings
DOI :
10.1049/ip-map:20030719
