ACES Publication Search
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Displaying results 11 - 20 of 23 matches (0.07 seconds)
ACES Journal April 2017 Full | |
ACES Journal Paper | |
Year: 2017      Volume: 32      Number: 4 | |
Click here to download PDF File Size: 10656 KB | |
ACES |
Full March 2003 Newsletter | |
ACES Newsletter Paper | |
Year: 2003      Volume: 18      Number: 1 | |
Click here to download PDF File Size: 2000 KB |
ACES Journal October 2016 FullACES
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ACES Journal Paper | |
Year: 2016      Volume: 31      Number: 10 | |
Click here to download PDF File Size: 14134 KB | |
ACES |
ACES Journal February 2013ACES
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ACES Journal Paper | |
Year: 2013      Volume: 28      Number: 2 | |
Click here to download PDF File Size: 6948 KB |
ACES Journal June 2013 Full IssueACES
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ACES Journal Paper | |
Year: 2013      Volume: 28      Number: 6 | |
Click here to download PDF File Size: 6230 KB |
ACES Journal February 2017 FullACES
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ACES Journal Paper | |
Year: 2017      Volume: 32      Number: 2 | |
Click here to download PDF File Size: 9080 KB | |
ACES |
ACES Journal October 2015 FullACES
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ACES Journal Paper | |
Year: 2015      Volume: 30      Number: 10 | |
Click here to download PDF File Size: 12321 KB | |
ACES |
Numerical Prepackaging with PMC Lid - Efficient and Simple Design Procedure for Microstrip Circuits Including the PackagingA. Kishk, A. U. Zaman, P. S. Kildal
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ACES Journal Paper | |
Year: 2012      Volume: 27      Number: 5 | |
Click here to download PDF File Size: 1021 KB | |
The paper presents an efficient method
for the design of printed microstrip circuit with
packaging in mind, referred to as numerical
prepackaging with a perfectly magnetic
conductive (PMC) lid. The method comprises
making the design including the packaging from
the start by using a PMC lid, rather than first
designing the open-aired circuit; and thereafter,
considering the packaging effect and the often
required retuning of the circuits themselves. The
advantage is that no parallel plate modes can
propagate between the perfect electric conductor
(PEC) ground plane and the PMC lid plate if the
spacing is smaller than an effective quarter of
wavelength. This provides a limited computational
volume so that the computation time is
significantly reduced in the case of the finite
element method (FEM) or the finite difference
time domain method (FDTD). By using numerical
packaging with PMC lid, the ideal PMC lid has to
be realized afterwards e.g. by using a lid of nails,
which is a minor task as compared to existing
approaches. |
ACES 2003 Conference Information | |
ACES Newsletter Paper | |
Year: 2003      Volume: 18      Number: 1 | |
Click here to download PDF File Size: 439 KB |
ACES February 2011 Full Newsletter | |
ACES Newsletter Paper | |
Year: 2011      Volume: 26      Number: 2 | |
Click here to download PDF File Size: 375 KB |