2022
DOI: 10.1007/s00202-022-01645-x
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Induced touch voltage in wayside cables of AC railways caused by traction supply transients

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Cited by 3 publications
(1 citation statement)
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“…• there is then a wide range of power supply transients [21], such as inrush and short-circuit events [22], that are intrinsic to the system and are not usually taken into account in the verification of interference to signaling; however, the criteria to discard such transients based on their duration, their nature and origin are not formalized and established; • other transients typical instead of RS operation occur much more frequently and they are relevant in terms of both instrumental uncertainty (e.g. scale setting and consequential out of scale) and transient disturbance to signaling (as the result of non-characteristic components arising during such transients) [23]; examples of such transients are pantograph bounces (bringing along electric arcs and on-board filter oscillations in DC RS [24]), wheel slip (causing traction converter reaction), various overvoltages [25], etc..…”
Section: Introductionmentioning
confidence: 99%
“…• there is then a wide range of power supply transients [21], such as inrush and short-circuit events [22], that are intrinsic to the system and are not usually taken into account in the verification of interference to signaling; however, the criteria to discard such transients based on their duration, their nature and origin are not formalized and established; • other transients typical instead of RS operation occur much more frequently and they are relevant in terms of both instrumental uncertainty (e.g. scale setting and consequential out of scale) and transient disturbance to signaling (as the result of non-characteristic components arising during such transients) [23]; examples of such transients are pantograph bounces (bringing along electric arcs and on-board filter oscillations in DC RS [24]), wheel slip (causing traction converter reaction), various overvoltages [25], etc..…”
Section: Introductionmentioning
confidence: 99%