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《Safety & EMC》 2019-05
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Crosstalk Simulation Analysis of Power Supply Cables

Liu Enbo;Li Qingying;Zhang Jue;  
Based on the transmission line simulation method, the cable crosstalk among five frequently-used power cables, including 230 V/50 Hz three-phase Alternating Current(AC) Y-type wiring, 220 V/50 Hz three-phase AC △-type wiring, 115 V/800 Hz single-phase AC, ±270 V Direct Current(DC) and 28 V DC power cables, are studied in this paper. The cross-section models of different power cables are established. The crosstalk waveforms and amplitudes of the five power cables are simulated under different types of AC and DC power signals. The simulation shows that the crosstalk of the AC power cable to the DC power cable is the most prominent; the crosstalk signal is enhanced as the cable spacing decreases and the AC signal frequency increases; the cable angle has a significant influence on the crosstalk signal waveform.
【CateGory Index】: TN86;TN811
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