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Implementation and Test of a 2D-integral-equation MoM-algorithm for the Analysis of Power-Bus Structures on Printed Circuit Boards
 Štumpf, Martin ; Láčík, Jaroslav (oponent) ; Leone, Marco (vedoucí práce)
This work is focused on the analysis of power-bus structures on printed circuit boards using the solution algorithm based on 2D-integral-equation formulation in the frequency domain. The algorithm is implemented in Matlab and is capable to analyze the parallel-plate structure with arbitrary material parameters, polygonal shape and number of ports. As output the program provides the frequency dependent voltage distribution between the plates, voltage/current relations between the ports and the radiation diagram of the structure. In order to simulate populated power-bus structures, the resulting Z-matrix can be converted into the so-called Touchstone Format file, which allows us to embed the power-bus structure into a network analysis (e.g. in ANSOFT Designer). All results are validated using the existing analytical solution for the rectangular structure, using a full-wave solver and by practical experiment.
Úplný záznam
Implementation and Test of a 2D-integral-equation MoM-algorithm for the Analysis of Power-Bus Structures on Printed Circuit Boards
 Štumpf, Martin ; Láčík, Jaroslav (oponent) ; Leone, Marco (vedoucí práce)
This work is focused on the analysis of power-bus structures on printed circuit boards using the solution algorithm based on 2D-integral-equation formulation in the frequency domain. The algorithm is implemented in Matlab and is capable to analyze the parallel-plate structure with arbitrary material parameters, polygonal shape and number of ports. As output the program provides the frequency dependent voltage distribution between the plates, voltage/current relations between the ports and the radiation diagram of the structure. In order to simulate populated power-bus structures, the resulting Z-matrix can be converted into the so-called Touchstone Format file, which allows us to embed the power-bus structure into a network analysis (e.g. in ANSOFT Designer). All results are validated using the existing analytical solution for the rectangular structure, using a full-wave solver and by practical experiment.
Úplný záznam

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