Miniature Micro-Layer™ - Our white paper around our new film capacitor

Get our white paper around our revolutionary Miniature Micro-Layer™ (MML™) technology, which offers the highest capacitance per volume in film capacitors available on the market, immediately by filling out the form.


Published on 17 Nov 2021 by Stephane PERES

Elevating AED performance with Exxelia Ohmcraft resistors & Alcon Power film capacitors

That's why we're proud to introduce our cutting-edge components, Exxelia Ohmcraft Resistors and Exxelia Alcon Power film capacitors, engineered specifically to elevate the performance and reliability of AED devices.   Exxelia Ohmcraft Resistors: Precision Resistors for the World’s Most Advanced Medical Applications. Designed with precision and reliability at the core, Exxelia Ohmcraft Resistors are the standard in high-performance applications. Their stability, low noise, and high pulse load capability ensure optimal functionality in AEDs, contributing to their life-saving accuracy. For example, Exxelia Ohmcraft’s high voltage resistors have played a critical role in AED operation for more than 20 years, especially : HVC series, SM series, HVR series, HVD series, and Custom. - Voltage Ratings to 40 kV (HVD series) - Resistance Values to 4 TΩ (HVR series) - Ultra High Stability - Very Low Noise - Ratio Tolerances to 0.1% for all series - TCR to 25 ppm/°C - TCR Tracking to 5 ppm/°C - VCR to 1 ppm/V (SM series) - Custom Configurations   “In an emergency medical situation, reliability is critical—automated external defibrillators must always work and never fail. At Exxelia Ohmcraft, all of our resistors go through rigorous testing to ensure complete reliability. In addition, to maintain their portability, AEDs are manufactured to be as small as possible. Our proprietary Micropen technology enables us to print surface mount resistors that are high in capability, and small in size, making them perfect for applications of this kind.” said Vice President Exxelia Ohmcraft.     Exxelia Alcon Power film capacitors: Powering the Future of AEDs Harnessing advanced technology, Exxelia Alcon Capacitors are the pinnacle of power film capacitors. With a focus on energy efficiency and enhanced reliability, these capacitors empower AEDs to deliver rapid and consistent energy discharges, crucial in critical moments, especially the Exxelia Alcon DFC energy discharge     - High charge / discharge cycles 2 000 to 10 000 - Very low ESR - Very low dissipation factor - Silicon insulated wire termination and faston terminations - Plastic and Aluminum enclosures round and oval - Monophasic and Biphasic designs - Flame retardancy UL94-V0   Key Benefits of Exxelia components for AEDs: + Reliability: Engineered for consistent performance under extreme conditions, ensuring AEDs are always ready for action. + Precision: High-precision components that guarantee accurate energy delivery for efficient defibrillation. + Durability: Withstand shock and vibration, ensuring longevity and reliability in every use case. + Safety: Compliance with stringent quality standards, assuring the highest level of safety in life-saving situations.   Why Choose Exxelia for your AED Components? Our commitment to quality, backed by rigorous testing and adherence to industry standards (RoHS, Sn-Pb, UL94-V0) ensures that AEDs equipped with Exxelia Ohmcraft high voltage resistors and Exxelia Alcon Power film capacitors perform flawlessly when it matters most. Partner With Us Elevate your AEDs to the next level of performance and reliability with Exxelia Ohmcraft and Exxelia Alcon. Contact our team of experts today to discover how our components can enhance the life-saving capabilities of your devices.   Contact us    

Exxelia at PCIM

Two new ranges of MIL-qualified tantalum capacitors: MIL39006/22 & MIL39006/25 The recently introduced ranges of MIL-qualified tantalum capacitors will be showcased on the company booth. MIL 39006/22 and MIL 39006/25 respectively equivalent to CLR79 and CLR81 types featuring hermetically sealed cylindrical tantalum cases and axial leads are available in T1, T2 T3 and T4 cases with extended capacitance and voltage ratings. MIL 39006/22 is qualified for voltages from 6V to 125V and provides from 1200µF @6V to 56µF @125V. MIL 39006/25 is qualified for voltages from 25V to 125V and delivers from 680µF @25V to 82µF @125V. Both ranges combine high energy density with a large operating temperature range of -55°C - +125°C and H vibrations and shocks resistance. PHM 912, very high energy density film capacitors PHM 912 is a new standard series of film capacitors based on a novel metallized plastic film dielectric from Dupont Teijin®. The PHM 912 capacitors are specifically designed for DC filtering or energy storage. Very stable in both temperature and frequency, they are well-adapted for applications such as filtering in H.F. switch mode power supplies, DC link or decoupling. The range can withstand temperatures up to 155°C and up to 175°C in custom version. With their high energy density, these capacitors allow highly integrated power filters. Their compact construction results in a low ESR, ESL and excellent high current and frequency performances. The series provides 250V @68µF and 0,27µF @1000V.  The PHM 912 series makes significant advances over previous technologies by combining the benefits of excellent temperature resistance with superior energy densities, making it one of the most compact capacitors on the market. Felsic HV, long lifetime and high voltage screw terminal aluminum electrolytic capacitor The Felsic HV family of aluminum electrolytic screw terminal capacitors provides great performances in energy density combined with ultra-long lifetime. For instance, 6 800µF @450V fit into a volume of Ø77x220mm  and can withstand 200,000 hours between 0 to 70° under 37Amps, which makes them the perfect choice for use in rolling stock traction systems or the CVS. The family also has one of the lowest ESR of its class with less than 10m0hms in most cases. Products are available for voltages from 160 to 450Vdc, and offer capacitance values from 1500μF up to 47 000μF offering the best compromise between reliability and compactness.