Look for field enhancement at sharp ends in order to mitigate breakdown in changing atmospheric conditions. Potting breaks down with time. Gap spacing is still the most reliable way to prevent electrical arcing. Eliminate safety and reliability concerns before production via simulation.
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Design, simulate, and verify antenna gain, radiation patterns, isotropic losses, and S11 parameters of an antenna that you designed or one we design for you. Multiple antennas can be simulated on complex geometries such as aircraft to analyze interference and generate ideal placement coordinates.
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Import .gerber files into CST Microwave Studio to evaluate any emissions or susceptibility issues. Decoupling capacitors can be placed on the board to mitigate problematic nodes. Before and after comparisons will highlight the expected performance increase.
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Large 3D geometries can quickly be simulated in the time or frequency domain to analize current propagation during a lighting strike. Materials with custom dielectric and conuctive properties and thickness can be used for spars and skins. Cables bundles consisting of different wire types can be run internally to simulate coupling effects.
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Our team is more than familiar with most MIL-STD's. As a result EMC understands your design requirements and can help you translate them into design solutions. See how we can help you create or implement government design requirements to your system.
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ElectroMagnetic Consultants
Center for Emerging Technologies
20 South Sarah Street
St. Louis, MO. 63108
emc@3demc.com
(636) 236-7785