Optimization method for electromagnetic compatibility of aviation power supply considering interference signals
Due to the fluctuation of aviation power supply voltage and the residual amount of its own AC signal,the coupling degree of power supply electromagnetic compatibility is difficult to be effectively guaranteed.Therefore,this paper proposes a study on optimization methods for aviation power supply electromagnetic compatibility considering interference signals.The input and output of the aviation power regulator are treated as two independent signal sources,and after calculating the ripple ratio,the filter uses a voltage controlled voltage source to only allow signals within a specific frequency range to pass,suppressing signals of other frequencies.In the test results,there is no direct correlation between the coupling degree and signal-to-noise ratio under the design method,and the corresponding test results are always stable at-34.0dB or above,which has a significant advantage compared to the control group.
interference signalaviation power supplyelectromagnetic compatibility optimizationpower regulatorsignal sourceripple to wave ratiofiltervoltage controlled voltage source
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