This paper explains layer-by-layer fabrication method, where nanocomposite dielectrics are printed by successive depositions of ultra-thin layers of a room-temperature-stable...
Read moreDetailsThis article presents a method for thickness reduction of polypropylene (PP) films, used as dielectric materials for film capacitors, by...
Read moreDetailsThis paper explores degradation of electrical parameters in different types of aluminum capacitors and tantalum hermetically sealed capacitors during long-term...
Read moreDetailsThis paper studies NanoLamTM film capacitors' performance of key dielectric parameters as a function of temperature in the range of -196oC...
Read moreDetailsThis article presents a two-step process that involves pyrolysis followed by chemical activation, which effectively transforms common plastic waste into...
Read moreDetailsThis research paper focuses on the development and evaluation of embroidered textile electroacoustic transducer (speaker). The paper was presented by...
Read moreDetailsThis article deals with the issue of assembling conventional SMD components on textile substrates using UV-curable non-conductive adhesives. The paper...
Read moreDetailsTantalum capacitors are the preferred choice for applications requiring the highest energy density, best reliability, low ESR, and excellent stability...
Read moreDetailsMurata’s new Silicon Snubber Capacitor technology offers solutions for high voltage power modules, enabling them to fully harness the benefits...
Read moreDetailsThis article reviewing our findings on the effect of the burn-in test, a common quality control process, on the dynamics...
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© EPCI - Leading Passive Components Educational and Information Site