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 Previous: A. Validation of the analytic common-mode coupling factor   Up: A. Validation of the analytic common-mode coupling factor   Next: A.2 Variation of the enclosure height and the

A.1 Variation of the trace position

A variation of trace position on the enclosure bottom plane (ground plane) is carried out for a 5mm trace with 0.65mm height above the ground plane.

\includegraphics[width=10cm,viewport= 100 605 341 830 ,clip]{{pics/Encl_Trace_Grid.eps}}
Figure A.1: Trace positions used for the transfer impedance comparison. Value dimensions in millimeters. The enclosure height is 7mm, the trace height above ground is 0.65mm and trace width is 2mm

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.2: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (10mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.3: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (10mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.4: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (10mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.5: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (34mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.6: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (34mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.7: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (34mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.8: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (67mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.9: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (67mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.10: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (67mm,10mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.11: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (10mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.12: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (10mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.13: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (10mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.14: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (34mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.15: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (34mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.16: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (34mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.17: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (67mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.18: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (67mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.19: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (67mm,50mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.20: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (10mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.21: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (10mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.22: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (10mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.23: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (34mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.24: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (34mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.25: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (34mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.26: Transfer impedance from the trace source current to the slot measurement port at (67mm,104mm). The trace is located at position (67mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.27: Transfer impedance from the trace source current to the slot measurement port at (10mm,104mm). The trace is located at position (67mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.

Load: 0 Ohm, magnitude. Load: 0 Ohm, phase angle.
Load: 1e9 Ohm, magnitude. Load: 1e9 Ohm, phase angle.
Load: 50 Ohm, magnitude. Load: 50 Ohm, phase angle.
Figure A.28: Transfer impedance from the trace source current to the slot measurement port at (124mm,104mm). The trace is located at position (67mm,80mm) and the trace length is 5mm. Trace orientation in y-direction. Comparison of HFSSresults from a model with a trace and the results obtained with (5.6), (5.9) and a HFSSmodel with ports.


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 Previous: A. Validation of the analytic common-mode coupling factor   Up: A. Validation of the analytic common-mode coupling factor   Next: A.2 Variation of the enclosure height and the
C. Poschalko: The Simulation of Emission from Printed Circuit Boards under a Metallic Cover