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EMC Analysis

EMC analysis is not only used to predict emission and immunity performance, but also in the product design phase to mitigate problems due to external or co-site interfaces. FEKO is used extensively for immunity and radiated emissions testing, shielding effectiveness, noise coupling, radiation hazard (RADHAZ) analysis, electromagnetic pulses (EMP), lightning analysis, high intensity radiated fields (HIRF), reverberation and anechoic chamber simulations.

Key features:

  • Efficient solvers enable simulation of EMC tests including DUT and the test environment

  • Specialized cable modelling and solver tool to analyze inter-cable coupling, and between cables and antennas or other devices

  • Model decomposition uses equivalent representation of electronic control units in emission tests to reduce computational requirements

  • Time analysis tools to investigate the time domain behavior in lightning, EMP and noise coupling


Gallery

EMC immunity test setup 10 meter radiated emissions for an ECU in a vehicle Radiated fields from a cable couple to the windscreen antenna Lightning analysis for a Learjet Various EMC investigations to determine shielding effectiveness Simulation of an anechoic chamber with antenna under test (AUT)
EMC immunity test setup 10 meter radiated emissions for an ECU in a vehicle Radiated fields from a cable couple to the windscreen antenna Lightning analysis for a Learjet Various EMC investigations to determine shielding effectiveness Simulation of an anechoic chamber with antenna under test (AUT)
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