法国Exxelia集团推出CM-HVLP系列，这是一款面向表面贴装的高压重组云母电容器。该器件耐压可达5000 V，具备脉冲处理能力，采用小型化封装，并通过了最严苛的军用标准认证。
Exxelia 推出微型化高压贴片云母电容器
Exxelia lance des condensateurs mica CMS haute tension miniaturisés
摘要
法国集团Exxelia推出CM-HVLP系列高压微型云母电容器，工作电压高达5000伏，采用表面贴装封装并具备脉冲承受能力，且通过最严苛的军用标准认证。该产品瞄准航空航天与国防等高可靠性领域，其小型化和高压特性将助力快速功率转换与紧凑型系统设计，对军用及工业电源应用产生技术影响。
法国集团Exxelia推出CM-HVLP系列高压微型云母电容器，工作电压高达5000伏，采用表面贴装封装并具备脉冲承受能力，且通过最严苛的军用标准认证。该产品瞄准航空航天与国防等高可靠性领域，其小型化和高压特性将助力快速功率转换与紧凑型系统设计，对军用及工业电源应用产生技术影响。
Summary
Exxelia has launched its CM-HVLP series, a new generation of surface‑mount reconstituted mica capacitors that deliver up to 5,000 V in a miniaturized form factor and are qualified to stringent military standards. These components combine high‑voltage and pulse‑handling capability in a compact SMD package, targeting demanding military and high‑reliability applications.
Exxelia has launched its CM-HVLP series, a new generation of surface‑mount reconstituted mica capacitors that deliver up to 5,000 V in a miniaturized form factor and are qualified to stringent military standards. These components combine high‑voltage and pulse‑handling capability in a compact SMD package, targeting demanding military and high‑reliability applications.
Exxelia, the French passive components specialist, has introduced the CM-HVLP series, a new generation of surface‑mount high‑voltage reconstituted mica capacitors. The parts deliver operating voltages up to 5 000 V, handle high‑impulse currents, and come in a miniaturised package qualified to the most stringent military standards. The series targets power‑dense designs where space is critical, such as avionics, defence systems, medical electronics, and downhole tools, combining the inherent stability and low‑loss properties of mica dielectric with a modern, compact footprint. Further details—including exact dimensions, capacitance range, temperature ratings, and specific qualification norms—were not disclosed in the original announcement. The launch was reported by VIPress.net.
Résumé
Exxelia lance la série CM-HVLP de condensateurs mica reconstitués CMS, acceptant jusqu'à 5 000 V et gérant les fortes impulsions dans un boîtier miniaturisé, avec une qualification militaire stricte. Cette innovation du groupe français facilite l'intégration de fonctions haute tension dans des équipements embarqués compacts et exigeants.
Exxelia lance la série CM-HVLP de condensateurs mica reconstitués CMS, acceptant jusqu'à 5 000 V et gérant les fortes impulsions dans un boîtier miniaturisé, avec une qualification militaire stricte. Cette innovation du groupe français facilite l'intégration de fonctions haute tension dans des équipements embarqués compacts et exigeants.
Le groupe français dévoile une nouvelle génération de condensateurs mica pour montage en surface, combinant tensions jusqu’à 5 000 V, gestion des impulsions et format miniaturisé, avec une qualification selon les normes militaires les plus strictes. Exxelia annonce le lancement de la série CM-HVLP, une nouvelle génération de condensateurs mica reconstitués haute tension en boîtier […]
Cet article Exxelia lance des condensateurs mica CMS haute tension miniaturisés a été publié par VIPress.net.
Core Point
Exxelia launched miniaturized, surface-mount mica capacitors rated up to 5,000 V, pulse-tolerant and MIL-qualified, enabling high-voltage designs in space-constrained military and aerospace electronics.
Key Players
- Exxelia — French designer and manufacturer of high-reliability passive components (capacitors, resistors, magnetics) for defense, aerospace, and industrial applications.
Industry Impact
- Energy: Medium — high-voltage SMD capacitors shrink power converters and pulse modulators for harsh-environment energy systems.
- Automotive: Low — potential adoption in high-voltage EV powertrains if automotive-grade certification follows.
Tracking
Monitor — niche component innovation reinforces miniaturization trends in defense and high-reliability power electronics; monitor adoption in adjacent high-voltage markets.
Highlights
Tech Breakthrough
Categories
半导体
AI Processing
2026-04-28 18:28
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