Back to news

Exxelia unveils the new Rectangular Aluminum Electrolytic Capacitors

CUBISIC SLP the New Game Changing 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
Published on 09 Feb 2021 by Ali BARI

Introduction of DSCC 93026 qualified Wet Tantalum Capacitors

Exxelia’s range of wet tantalum capacitors WT84 is now fully qualified to DSCC 93026 drawing for voltages from 25V up to 125V. Available in all case sizes (T1, T2, T3, T4) the family is housed in a hermetically sealed tantalum case and is designed to withstand the most stringent environmental constraints. Thanks to the continuous improvements conducted in the manufacturing processes combined with the high purity tantalum powder used by Exxelia, DSCC 93026 provides the highest capacitance per unit volume. In addition, compared to conventional wet tantalum capacitors, DSCC 93026 features much lower ESR and higher ripple current. DSCC 93026 is qualified for capacitance values range from 10µF up to 1800µF at voltages from 25V up to 125V, and with operating temperatures of -55°C to 125°C. The series is ideal for use in high-reliability defense, avionics, radars and power supply applications requiring high capacitance or high energy storage. DSCC 93026 is available now for order.

Exxelia acquires Deyoung MFG., INC.

“The DMI acquisition directly supports our Magnetics SBU expansion strategy. DMI’s strategic location in the Pacific Northwest aerospace market provides a key geographic location for driving growth and profitability,” said François Vignaud, Exxelia Magnetics’ SBU VP. “DMI is highly regarded for the quality of its products and the operational performance of its organization. DMI products can be found on most major commercial aerospace platforms, supporting in flight power, lighting and entertainment sub-systems.” “We welcome DMI into the Exxelia Group,” said Exxelia USA President Michael Thomas. “During its 40-plus years in business, DMI has built solid customer relationships with a strong brand reputation in the aerospace, medical and other high-reliability magnetics markets. Acquiring DMI creates the potential for both revenue and cost synergies related to cross selling and procurement savings as we leverage Exxelia Group’s broader global supply chain and operational excellence practices to support DMI’s operations.” According to Martin DeYoung, President & CEO of DMI, “We are excited to now be a part of Exxelia’s growth and expanded product offerings. The DeYoung’s recognized a shared business culture driven by a passion for quality and customer loyalty. By joining Exxelia Group we achieve a goal of meeting our strategic growth objectives while protecting our long standing relationships with our key aerospace customers and their contract manufacturers.” “This acquisition addresses our aerospace customers increasing requirements for global manufacturing access and timely support” stated Eric DeYoung, VP of Operations at DMI. “Together, we have global reach with the capability to serve our customers – whatever their size, location, or aerospace industry sector with one of the most comprehensive and competitive groups of design and manufacturing capabilities.”
Back to news