This article is introducing polymer aluminum electrolytic capacitors technology that operates reliably at high voltages at 450 V. This will...
Read moreDetailsThis article written by Kevin Cho, KYOCERA-AVX Corporation discusses the distinctions between aluminum electrolytic and metal film capacitors before considering some distinct...
Read moreDetailsThis paper offers a study of modern capacitor performance in energy harvesting of ULP ultra-low power and energy harvestor sources....
Read moreDetailsThis article explains basics of ESR and ripple current parameters of differences capacitor technologies as a guideline for capacitor selection...
Read moreDetailsThis article is written by Vladimir Azbel Ph.D., semiconductor process reliability engineer consultant, Israel, who investigates how tantalum anode heat...
Read moreDetailsIn the design of a capacitor bank, it is important to balance the capacitors for both DC and transient signal....
Read moreDetailsA stable, reliable, and responsible tantalum supply chain is critical to the supply of electronic components such as capacitors and...
Read moreDetailsThe paper compares two ways to increase the robustness of assembly against ECM electrochemical migration. In the paper, we underline...
Read moreDetailsThis article written by Krystof Adamek, KYOCERA-AVX Corporation explore radiation tolerance of tantalum polymer capacitors. Environments rich in ionizing radiation create a...
Read moreDetailsThis paper explains layer-by-layer fabrication method, where nanocomposite dielectrics are printed by successive depositions of ultra-thin layers of a room-temperature-stable...
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© EPCI - Leading Passive Components Educational and Information Site