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Exxelia MIL Wet Tantalum Capacitors M39006/22 now qualified to Level P

Exxelia’s MIL 39006/22 equivalent to CLR79 series is now approved to P-level reliability (0,1% / 1,000 h) for voltage ranges from 6V to 125V with a capacitance value ranging from 1,7µF to 1200µF. Available in T1, T2, T3 and T4 case sizes, these products are housed in a hermetically sealed Tantalum c...

Exxelia MIL Wet Tantalum Capacitors M39006/22 now qualified to Level P

June 24th, 2019 – Paris, France – Exxelia, a leading global designer and manufacturer of high-rel passive components and sub-systems dedicated to harsh environments, has received the P-Level qualification approval for its Wet Tantalum Capacitors MIL-PRF-39006/22.

Exxelia’s MIL 39006/22 equivalent to CLR79 series is now approved to P-level reliability (0,1% / 1,000 h) for voltage ranges from 6V to 125V with a capacitance value ranging from 1,7µF to 1200µF. Available in T1, T2, T3 and T4 case sizes, these products are housed in a hermetically sealed Tantalum case operating from -55°C to +125°C and are designed to withstand the most stringent environmental constraints.

       FEATURES:

  • Qualified for voltages up to 125V
  • Provides from 1200µF at 6V to 56µF at 125V
  • Highest Energy Density
  • Unlimited shelf life
  • Available with H vibration and shocks

MIL 39006/22 Level P are now available for order with a 14 weeks lead-time.

Published on 03 Jul 2019 by Rebecca Charles

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Exxelia to showcase advanced Microwave Capacitors and Ferrites at IMS Microwave week 2024

Exxelia will be showcasing their Super High-Q series of RF ceramic capacitors. These capacitors feature ultra-low ESR and can operate at voltages up to 1500V. They are available in sizes ranging from 0402 to 1210, offering capacitance values from 0.1pF to 1 000pF. They are ideal for advanced RF applications such as power amplifiers, mixers, filters and matching networks.  Exxelia also features advanced High-Power High-Q series, designed for lower frequency applications with power handling up to 7200V and capacitance value up to 10nF. These capacitors are available in NPO and P90 dielectrics, offering exceptional performance with low ESR and ESL, making them ideal for the most demanding application. Those CP (P90) and CL (NP0) series are ideal for defense communication (VHF/UHF), medical MR body coils, and RF generators for plasma, semiconductor manufacturing, and extreme ultraviolet (EuV) lithography.    Exxelia will also exhibit its comprehensive range of materials & tuning components, with a special focus on its cutting-edge microwave ferrite products. These advanced components are engineered to meet the rigorous demands of modern microwave applications, providing unparalleled performance and reliability.    As a highlight of our presence at IMS Microwave Week, Exxelia will be pre-launching a new High-epsilon microwave ferrite. This new High-Epsilon Ferrite is featuring a permittivity of 21 and is available in two versions (YK21 and DK21) to address all power applications. It represents a significant advancement in ferrite technology, engineered to enhance the performance of high-frequency radar systems, especially in Active Electronically Scanned Array (AESA) radar applications. This new component delivers exceptional magnetic properties and stability, crucial for the optimal performance of isolator and circulator devices.       Key Features and Benefits about the new high-epsilon ferrite YK21 and DK21:  High permittivity : 21 Two power levels available  : ∆Hk = 4.5 and ∆Hk = 8.5 Wide range of Ms : 1250 to 1900 Gauss Frequency applications up to X band (12GHz). Combination with Exxelia dielectric range for Ferrite Dielectric Assembly (FDA) Short leadtime of 8-10 weeks for evaluation.                                        Meet Us at IMS Microwave Week 2024   We invite you to visit us at IMS Microwave Week 2024, from June 16-21 in Washington, D.C., at booth 2108. Our team of experts will be available to discuss the capabilities of the High-Epsilon Ferrite YK21-DK21 and how it can enhance your high-frequency applications.  
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