The finite difference time domain (FDTD) method is used to simulate high performance MMIC packages. Specific features of the method are: use of a matched source, graded mesh, and inclusion of a TEM feeding line to simulate the actual experimental setup. Computed results show excellent agreement with available experimental data up to 40 GHz. Theoretical results demonstrate the possibility of significant radiation loss associated with the package
FDTD analysis of high performance MMIC package
MEZZANOTTE, Paolo;MONGIARDO, Mauro;ROSELLI, Luca;SORRENTINO, Roberto
1994
Abstract
The finite difference time domain (FDTD) method is used to simulate high performance MMIC packages. Specific features of the method are: use of a matched source, graded mesh, and inclusion of a TEM feeding line to simulate the actual experimental setup. Computed results show excellent agreement with available experimental data up to 40 GHz. Theoretical results demonstrate the possibility of significant radiation loss associated with the packageFile in questo prodotto:
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