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<card title="Kt Kingtronics Tantalum Capacitors Self-destruction" id="card1">
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Topic:Kt Kingtronics Tantalum Capacitors Self-destruction<br/>
Content:<br/>
Tantalum capacitors are under some conditions prone to self-destruction by thermal runaway. The capacitor typically consists of a sintered tantalum sponge acting as the anode, a manganese dioxide cathode, and a dielectric layer of tantalum pentoxide created on the tantalum sponge surface by anodizing. The tantalum oxide layer may have weak spots that undergo dielectric breakdown during a voltage spike. The tantalum then comes to direct contact with manganese dioxide and the leakage current causes a local heating; a chemical reaction then produces manganese(III) oxide and regenerates (self-heals) the tantalum oxide layer.<br/><a href="https://www.kingtronics.tw/wap.asp?mode=WAP&amp;act=View&amp;id=125&amp;Page=1">[&lt;&lt;]</a><a href="https://www.kingtronics.tw/wap.asp?mode=WAP&amp;act=View&amp;id=125&amp;Page=1">[[1]]</a><a href="https://www.kingtronics.tw/wap.asp?mode=WAP&amp;act=View&amp;id=125&amp;Page=1">[&gt;&gt;]</a><br/>
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