| 摘要 |
The method is used to produce electric resonant circuits, in particular resonance tags having a capacitor and a coil on a dielectric, the aim being to ensure that in the event of deactivation by means of disruptive electrical discharge between the capacitor faces the aluminium thread thereby arising from the material of the capacitor faces is not exposed and does not cause a renewed activation of the resonant circuit by breaking away, with the consequence of a false alarm in the safety system. According to the method, a multiplicity of bodies with a magnitude in the micron range, for example copper dust, are introduced into the dielectric in such a way that in the case of the spark-like discharging of the capacitor there is produced between its faces an electrically conductive connection which is embedded in thread form in the dielectric. When copper dust is used, an alloy is produced with the aluminium which evaporates during the spark discharging, so that the resultant thread has a substantially higher ductility than pure aluminium. |
