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Discover our Medium Power Magnetics

Have you heard about our Medium Power Magnetics ?

Have you heard about our Medium Power Magnetics ?

With 40+ years of experience in design and manufacture of magnetics, Exxelia offers a wide array of medium power magnetics. For applications such as rail, energy, defense and power industry, you will find a medium power magnetics meeting your needs. 

 

  • A severe environmental issue? We offer products protected from external conditions.
  • There are many reasons to cool magnetic products: find out which component is best for you.
  • Management of all types of mouting method : from standard to more specific

 

Exxelia Medium Power Magnetics

Published on 08 Sep 2021 by Valentine Taffineau

Exxelia unveils the new Rectangular Aluminum Electrolytic Capacitors

In the small world of "Rectangular Aluminum Electrolytic Capacitors", the new Cubisic SLP is a real “game changer”! Providing twice as much capacitance as any other "Rectangular Aluminum Electrolytic Capacitor" available on the market in the exact same volume, this new series also offers more than twice the lifetime.  Engineers tackling complex designing requirements and looking for an easily integrable product will save space and gain reliability thanks to the use of improved materials. Because the CUBISIC SLP can resist 50G vibrations and withstand 92,000 feet altitude, it is perfectly suitable for cockpits, actuation and power generation functions of commercial and military aircrafts, as well as radars and laser systems. SPECIFICATIONS: Capacitance from 100μF to 68 000μF Voltages from 10V to 450V Life time of 5000 hours at 85°C Operating Temperature -55°C to +85°C 50g vibrations / 92,000 altitude RoHS compliant configurations available

WT83 - High Capacitance wet tantalum

Capacitance values have been strongly increased with Exxelia's new range of tantalum capacitors:  WT83 is an extension of the ST79 families (according to CLR93 MIL values) but with double the capacitance. That is a pass for impactful miniaturization of existing designs by playing on both size and weight (for instance, WT83 offers  470µf  100V in a D size, whereas ST79 only gives 220µF in the same other conditions).      
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