Barron Leiden is committed to sustainable MLCC manufacturing. Our products are RoHS and REACH compliant, use conflict-free minerals, and are produced in an eco-friendly facility.
READ MOREBarron Leiden offers more than just MLCC components. From free BOM analysis and kitting to rapid shortage response and engineering support, discover how our service ensures your production success.
READ MOREExplore the critical role of high-voltage MLCCs in the New Energy Vehicle (NEV) sector, from Battery Management Systems to charging infrastructure, and how Barron Leiden supports the green revolution.
READ MOREMLCC Internal Delamination: Causes, Detection & Preventive Design GuideMLCC internal delamination is one of the hidden failure modes that cannot be easily spotted by visual inspection. Unlike surface cracks, delamination occurs inside the ceramic dielectric layer or at the interface between ceramic
MLCC Internal Delamination: Causes, Detection & Preventive Design GuideMLCC internal delamination is one of the hidden failure modes that cannot be easily spotted by visual inspection. Unlike surface cracks, delamination occurs inside the ceramic dielectric layer or at the interface between ceramic
MLCC Ripple Current & Self-Heating Risk Analysis: Calculation, Limits and Design TipsCompany: Barron MLCCIntroduction: Ripple current is one of the most overlooked root causes of MLCC premature failure. AC ripple flowing through equivalent series resistance (ESR) generates continuous power loss and