Analysis and simulation of cable crosstalk

Solak, Veyis; Efendioglu, Hasan Seckin; Çolak, Bektaş; Garip, Muhammet

doi:10.1109/emct.2017.8090354

Cited by 5 publications

(3 citation statements)

References 4 publications

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“…All self-capacitances, self-inductances, mutual capacitances and mutual inductances can be calculated and simplified in homogeneous medium as in [11] The equivalent circuit of transmission line shown in Figure 1 can be described by Equations ( 1)-( 4) in the time domain with assumptions made in [10]…”

Section: Cable Crosstalkmentioning

confidence: 99%

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Multi-Stroke Lightning Interaction with Wiring Harness: Experimental Tests and Modelling

2021

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This paper presents the obtained results of experimental tests and modelling of lightning disturbances that were propagated in a model of aircraft cable bundle and caused by multiple lightning return-strokes interactions. The work is a continuation of previous research, which was concerned mainly with the interaction of lightning discharge with a single return-stroke. The section of the cable harness arranged above the metal plate was investigated. In one of its wires, a multiple-stroke current representing indirect lightning effects was injected from an impulse current generator dedicated to avionics immunity tests. Overvoltages induced at the ends of other wires surrounded by a braided shield, as well as the influence of line parameters and shield grounding condition on the shape and level of observed transients, were examined. The computer simulation results match the measurement data with satisfactory accuracy, and therefore, the presented model can be used to estimate indirect lightning effects in the wiring harness of avionics.

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Section: Cable Crosstalkmentioning

confidence: 99%

“…All self-capacitances, self-inductances, mutual capacitances and mutual inductances can be calculated and simplified in homogeneous medium as in [11]…”

Section: Cable Crosstalkmentioning

confidence: 99%

Multi-Stroke Lightning Interaction with Wiring Harness: Experimental Tests and Modelling

2021

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“…combined simulation and measurement to analyze the effects of cable spacing, length and type on crosstalk results [13]. R. R. Gaynutdinov et al studied crosstalk between power cables and data cables [14].…”

Section: Introductionmentioning

confidence: 99%

Analysis of Several Typical AC Power Cable Crosstalk Simulation Tests

Song¹

2019

Proceedings of the 2nd International Conference on Electrical and Electronic Engineering (EEE 2019)

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Based on the cable transmission line simulation method, this paper conducts cable string simulation analysis on common power signals, including: 115V 400Hz single-phase AC, 220V 50Hz single-phase AC, 380V 50Hz three-phase Y-type AC power. Meanwhile, through the programmable power supply, using the electric furnace as the load, the coupled voltage waveform on the cable under test is measured by an oscilloscope. Through the simulation and test methods, the crosstalk of several typical AC power lines to adjacent bare wires is analyzed. By changing the parameters such as cable spacing, cable length, the interference signal, the influence of the above parameters on the crosstalk of the power cable was studied, and the relevant research conclusions were formed. The comparison simulation and the measured results showed that the trend was basically the same. Conclusions about the power cable crosstalk in this paper can provide theoretical support for more deeply crosstalk research about other kinds of cables, such as communication cables, signal cables. Moreover, these conclusions can also offer useful suggestions to complex cable layout in practical projects.

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