MPEV DATASHEET MPXV DATASHEET MPX DATASHEET Overview Part Number Case Sizes METCOM metal composite power inductors have an advantage over traditional ferrite inductors because of the core high saturation flux density, which enables a stronger magnetic field. The inductor construction characteristics use rounded copper wire surrounded by a sintered magnetic metal composite powder capable of stable inductance across temperature and current. The inductor construction makes it suitable to be used in many DC to DC regulators such as: Switching Mode Power Supplies PC and Servers Foot print compatible Depending on the application space constraint, current requirements, and inductance needed, the tables found in the Case Size and Part Number System tabs can help you quickly identify a case size needed to support your architecture. Frequently used with METCOM Polymer Capacitor T598 and T599 DC-DC bulk capacitance High temperature Long lifetime ESD Protection VE Series SMD Varistor Transient overvoltage High temperature Load dump protection EMI Isolation Flex Suppressor Radiation noise suppression Wide range frequencies Isolate sub-circuits Important Links Press Release MPEV Product Brief – English MPXV Product Brief – English MPX Product Brief – English MPX Product Brief – German App Note: BMS and KEMET METCOM Inductors App Note: DC-DC Regulators Auswahlhilfe: DC-DC Wandler How to Buy Related Content Application Note | BMS and KEMET METCOM Inductors Application Note, Automotive, Blog Article, Consumer, Energy Storage, Inductors, Industry Applications, METCOM Read More METCOM Metal Composite Power Inductors Automotive, Blog Article, Consumer, Industrial, METCOM, Power Conversion Read More Webinar | Dispelling Inductor Myths Content Type, Inductors, METCOM, Products, Technology Applications, Webinar Read More Ask a QuestionAboutFrequently Asked QuestionsComponent SearchArchived Technical PapersSignup for KEMET EmailSupport CenterCookie Policy Cookies Settings © Copyright 2021 | KEMET ELECTRONICS CORPORATION | All Rights Reserved Facebook Twitter YouTube Instagram LinkedIn By clicking “Accept All Privacy Policy, Terms of Use, Cookies,” you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. Privacy Policy Terms of Use Cookies Policy Accept All Privacy Policy, Terms of Use, Cookies Cookies Settings