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Einflüsse auf die elektrische Durchschlagsfestigkeit von Silikonelastomeren

Einflüsse auf die elektrische Durchschlagsfestigkeit von Silikonelastomeren

          
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About the Book

Masterarbeit aus dem Jahr 2015 im Fachbereich Werkstoffkunde, Note: 1,7, Friedrich-Alexander-Universität Erlangen-Nürnberg (Lehrstuhl für Polymerwerkstoffe), Veranstaltung: Werkstoffwissenschaften, Sprache: Deutsch, Abstract: Der Trend immer kleinere und leistungsstärkere elektronische Komponenten zu entwickeln führt dazu, dass isolierende Werkstoffe und Dielektrika bei gleichbleibenden Spannungen immer dünner werden. Hierbei steigt die Gefahr eines elektrischen Durchschlags, was eine irreparablen Zerstörung des Materials zur Folge hat. Die isolierende Eigenschaft würde beträchtlich gesenkt und das gesamte Bauteil in seiner Funktion geschädigt werden. Die elektrische Durchschlagsfestigkeit spielt daher aufgrund ihrer Rolle als "Kenngröße" bei elektrisch isolierenden Werkstoffen eine zentrale Rolle. Im Zuge künftiger technischer Anwendungen ist diese "Kenngröße" sowohl für neue Entwicklungen, als auch für neue Produktionsprozesse ein nicht zu unterschätzendes Thema. Neue Anwendungen wie z. B. künstliche Muskeln oder biegsame Kondensatoren erfordern flexible Isolationsmaterialien. Hier sind vor allem Silikonelastomere ein wichtiger Werkstoff. Als allgemeines Ziel technischer Anwendungen in diesem Bereich kann daher formuliert werden: Die elektrische Durchschlagsfestigkeit soll erhöht werden. Dass die elektrische Durchschlagsfestigkeit keine Materialkenngröße ist sondern in erster Linie vom Messaufbau abhängt, erschwert die Beantwortung dieser Fragestellung. Das Ziel dieser Arbeit ist es daher zunächst herauszufinden, welche Einflüsse es auf die Messung der elektrischen Durchschlagsfestigkeit bei Silikonelastomeren gibt und wie sich diese auswirken. Hierbei wird ein Messverfahren vorgestellt, bei dem die elektrische Durchschlagsfestigkeit eines Silikonelastomers unter Berücksichtigung seiner Härte und ohne der Notwendigkeit der Abstandsmessung der Elektroden bestimmt werden kann. Dieses Verfahren wird an Hand verschiedener Füllgrade von Bariumtitanat (BaTiO3) im Sil


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Product Details
  • ISBN-13: 9783668087446
  • Publisher: Grin Publishing
  • Binding: Paperback
  • Language: German
  • Returnable: N
  • Spine Width: 8 mm
  • Width: 148 mm
  • ISBN-10: 366808744X
  • Publisher Date: 17 Nov 2015
  • Height: 210 mm
  • No of Pages: 128
  • Series Title: German
  • Weight: 177 gr


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