Discover Exxelia's Innovations in High-Reliability Transformers

From portable X-ray machines to satellite constellations, our transformative solutions redefine standards, ensuring optimal performance in the most demanding environments.


High reliability transformers: empowering portable operated X-Ray machines

X-Ray MachineWe supply cutting-edge High Voltage Transformers for Portable/Battery Operated X-ray Machines, catering specifically to electronic engineers. Our dedicated teams meticulously design these transformers, adhering to functional requirements and general package envelopes.

 

 

Exxelia Transformers

 

The challenges our teams skillfully overcome include crafting a transformer with a compact form factor, ensuring high voltage capabilities, and maintaining impeccable reliability.

 

 

 

 

 

 

 

Dual Active Bridge Transformers Spearhead a 50% Reduction in Power Dissipation and Capacitance for industrial transportation and agricultural vehicles

Agricultural vehiculesWe contribute to the industrial transportation and agricultural vehicle sectors. Our innovative solutions include the integration of Dual Active Bridge Transformers. Currently in progress, our teams are strategically planning to achieve a remarkable reduction of over 50% in power dissipation and capacitance. This ambitious goal will be realized through the implementation of novel winding and core configurations, showcasing Exxelia's unwavering dedication to pushing the boundaries of technology and enhancing the efficiency of electronic systems in Industrial Transportation and Agricultural Vehicles.

 

 

Inside satellite constellations with high voltage solutions

Constellations satelliteWe equips satellite constellations with advanced High Voltage Magnetics. Our solutions address the challenges of small packaging, high voltage requirements, and reliability. Engineered to surpass industry standards, our components ensure optimal performance in compact designs, meeting the unique demands of satellite technology.

 

 

Voltage Toroidal Components for Electronic Warfare ITAR

Electronic Warfare ITARWe provide solutions for electronic warfare ITAR applications, equipping them with high-quality & high voltage assembly of toroids. In addressing the unique challenges posed by such systems, our team excels in delivering compact packages that seamlessly integrate with the stringent size requirements. The components boast remarkable high voltage capabilities, ensuring optimal performance in demanding electronic warfare environments.

 

 

 

Aerospace Transformers: Enhanced Performance in Compact Design

RafaleWe equips Military Aircraft ITAR with quasi-resonant full bridge transformers. Addressing the challenges presented by customers demanding increased output load while maintaining reduced height specifications, our engineering team rose to the occasion. Through innovative design and the implementation of new termination methods, we successfully reduced losses without compromising on the height requirement.

 

 

About Exxelia for electronics magnetics design

Exxelia is specializing in the design and manufacture of magnetics for mission-critical applications in harsh environments. With a strong focus on high reliability, our expertise spans custom magnetics, including transformers and power inductors, tailored to meet unique requirements. Formerly known as RAF Tabtronics, we adhere to stringent standards such as MIL-PRF-27, providing custom solutions for diverse electronic applications.

Publié le 20 May 2024 par Stephane PERES

Exxelia à Space Tech Expo

ESA QPL Film Capacitors PM907S and PM948S are full series of Polyester Film Capacitors. PM907S products are suitable for voltages from 50V up to 1250V and offer capacitance values from 82nF up to 180μF. PM948S can be used from 50V up to 630V with capacitance values from 22nF up to 47μF. Both series can support extreme conditions with temperatures from -55°C to +125°C, and offer high energy density, low ESR & ESL and high RMS current. Film capacitor Series PM907S and PM948S are ESA QPL certified according to the ESCC Detail Specification No. 3006/025 and 3006/026   Smallest ESA QPL Ceramic Capacitor of the Market Exxelia ranges of low voltage MLCC for surface mounting, CEC19 and CNC19, have achieved the ESA Qualified Part List status under the criteria of the European Space Component Coordination’s (ESCC) 3009/042 and 3009/043 respectively. The  0402 size QPL-qualified parts are available from 10V to 25V, enabling substantial miniaturization and cost-saving. They are available either in the very stable NPO dielectric (type 1) or the high capacitance X7R (type 2). CEC and CNC series combine high capacitance values with high thermal and voltage stability. Versions with polymer terminations are also QPL-certified.   Miniature EMI filters for space application Exxelia’s gold-plated glass-sealed EMI filters SFC030 is the solution of choice to protect several embedded power supplies and data lines.  These small and reliable filters are available up to 5A @ 200V and 22nF.  Available in a Kovar package, the better alternative to steel for enhanced temperature cycling resistance, all Exxelia’s EMI filters for space are ESA qualified according to ESCC 3008. Thanks to this extensive experience in stringent ESA testing, Exxelia is able to adapt the tests of any filter according to any need (example: SMD 20A chip, 0pF capacitor value for an arrays of filters).

I.A et Exxelia

Oui, vous lisez bien, chez Exxelia nous exploitons l’IA : l’intelligence artificielle.   L’histoire commence par une rencontre, sur le site de Marmoutier au sein de l’atelier Films en avril dernier. Automi, jeune start-up française, vient en visite pour explorer les possibilités d’application de contrôles visuels supportés par une IA. L’application est identifiée rapidement, le contrôle par Rayon X des pièces en vue de détecter les éclats de métal. L’équipe projet est constituée par Mireille et Florian qui, accompagnés de Galem et Leopold d’Automi, ont à charge de tester la technologie et de l’adapter au sein de l’atelier.    Plusieurs objectifs sont fixés : supprimer les aller-retours “d’identification des éclats” - “retouches” en vue de fabriquer les bonnes pièces du premier coup ; robustifier le temps de passage, fiabilisant ainsi l’OTD ; faciliter le travail des opérateurs et opératrices en leur donnant accès à des images mettant en lumière les défauts constatés.   Tout d’abord, il faut entraîner l’IA à détecter les défauts. La force d’Automi, peu d'images sont nécessaires pour entraîner l’IA, c’est donc très rapidement que les équipes d’Exxelia et d’Automi se mettent en marche en suivant le processus d'entraînement / validation / déploiement prévu.  Dès le mois de mai, les premiers essais sont conduits sur le terrain. Les images sont là et la détection s’opère. L’IA apprend au quotidien par les corrections effectuées par l’équipe projet en cas d’erreur.    Il reste maintenant plusieurs étapes à effectuer, pour rendre l’outil exploitable et disponible au plus près des postes de travail, notamment par la mise à disposition sur des tablettes des images et des détections. La technologie est mûre, le vrai défi pour l’équipe projet est maintenant d’inscrire cette technologie dans le quotidien, de manière accessible et simple d’utilisation. L’industrie 4.0 a pour vertu de supporter le quotidien des opérateurs et opératrices, ainsi que de l’ensemble des métiers où le numérique apporte un plus. Ce projet d’IA s’inscrit dans cette droite ligne, supportant à la fois les tâches de production et la qualité de nos produits.    Auteur : Alexandre MOEUF - Industry 4.0 Project Manager