Team of researchers at Lawrence Berkeley National Laboratory (Berkeley Lab) and UC Berkeley have identified one energy-efficient route – by...
Read moreDetailsHigh-temperature 150°C MLCC ceramic capacitors are required in the powertrain of internal combustion engines, but also in the EV powertrain...
Read moreDetailsprof. Sam Ben-Yaakov in his video suggests way of modelling and LTSpice simulation of ceramic ferroelectric capacitors (such as BaTiO3...
Read moreDetailsThis article written by Teddy Won, KYOCERA-AVX Components Corporation, discusses shortcomings and replacing of aluminum electrolytic capacitors with tantalum capacitors or ceramic...
Read moreDetailsprof. Sam Ben-Yaakov in his video evaluates the effect of MLCC ceramic capacitors case size to its electrical parameters. The...
Read moreDetailsMLCC ageing - decrease of capacitance with temperature and applied voltage - of BaTiO3 based ceramic capacitors (class II types...
Read moreDetailsThe blog article published by Knowles Precision Devices provides guidance on how to select the optimal snubber capacitor for SiC-based...
Read moreDetailsDual-use legislation is most commonly associated with pulse discharge capacitors. But it is very possible for high voltage MLCCs over...
Read moreDetailsGroup of researchers from Cornell University, US propose a new lead-free antiferroelectric dielectric material made from bismuth, iron and oxygen...
Read moreDetailsSLCs vs. MLCCs - when such ceramic capacitor construction type fits better to my application? Knowledge Precision Devices blog posted...
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