Key Value Proposition
New
High-voltage reconstituted Mica Capacitors
designed to combine pulse & filtering capabilities.
The new capacitors are engineered to meet the requirements of applications where high voltage handling, fast charge/discharge cycles, and reliability under repetitive stress are essential. Their design enables use in both pulse applications, such as charge and discharge circuits and high-voltage filtering functions, offering a versatile solution for advanced electronic architectures.
The capacitors provide high energy density, very low Equivalent Series Inductance (ESL), and the capability to withstand extreme rates, enabling ultra-fast discharge performance even under intensive repetitive cycles.
CM-HVLP
High voltage
High Voltage, Low Profile, SMD Capacitors
Technical features:
The new CM-HVLP series (High-Voltage Low-Profile Reconstituted Mica Capacitors) addresses growing demand for high-voltage, robust, and low-profile components in space-constrained electronic systems
Technical features:
- Capacitance range: From 10 nF to 750 nF
- Voltage range : 2 500 VDISCH to 5 000 VDISCH / 1 500 VDC to 4 000 VDC
- Dissipation Factor (Tg δ) : ≤ 50.10-4 at 1 kHz
- Insulation resistance under 500 V : for C ≤ 0.22µF , IR ≥ 25000MΩ
for C ≥ 0.22µF , IR ≥ 5000MΩ.µF- Dielectric Withstanding Voltage 1.4 VDC
- Insulation between leads and case under 500V ≥ 25 000 MΩ
- Up to 8080 Footprint
- Low Profile 6,5 mm (0,25’’)
- Very low ESR and ESL
Board Space Maximization
Up to half the size
of standard
series from other
manufacturers
SMD terminals
Surface mount solution for
automate reflow
and volume saving
Optimized for Pulse
and Filtering
Wide capacitance range
across two voltage ratings
Short Lead Time
8 weeks Maximum
Space heritage & Extreme reliability
Leveraging a long-standing experience with Space QPL reconstituted mica capacitors, Exxelia is now introducing this same technology through the new CM HVLP series, specifically designed to meet the stringent requirements of the defense market. To ensure mission-critical reliability, qualification tests are performed according to the most stringent MIL standards, including:
Mechanical: Severe shock and vibration profiles.
Thermal: Extreme temperature cycling ranging from -55°C to +125°C.
Standard qualifications : ISO 9001 & RoHS
Mechanical: Severe shock and vibration profiles.
Thermal: Extreme temperature cycling ranging from -55°C to +125°C.
Standard qualifications : ISO 9001 & RoHS
Unmatched miniaturization
This
balance between miniaturization and power capability makes the technology
particularly relevant for Space, Aerospace, Defense, Medical, and Laser
systems, where reliability and electrical precision are critical.
Applications
Motor Engine Exciter,
Thruster,
Propulsion Power Unit,
Ignition system,
PFN and other
rapid pulse applications,
Traveling Wave Tube (TWT)
for radars and seekers,
High Voltage Filtering
Join us in late June 2026 for an exclusive webinar
on Exxelia's newly launched CM-HVLP series!
We will explore how these next-generation SMD Reconstituted Mica Capacitors bring unmatched miniaturization, extreme reliability, and dual pulse/filtering capabilities to space-constrained electronic architectures.
Whether you are designing for Space, Defense, or Medical applications, you won't want to miss our deep dive into their ultra-fast discharge performance and space-grade durability (-55°C to +125°C).
Keep an eye on our feed,
official date and registration link coming soon!
on Exxelia's newly launched CM-HVLP series!
We will explore how these next-generation SMD Reconstituted Mica Capacitors bring unmatched miniaturization, extreme reliability, and dual pulse/filtering capabilities to space-constrained electronic architectures.
Whether you are designing for Space, Defense, or Medical applications, you won't want to miss our deep dive into their ultra-fast discharge performance and space-grade durability (-55°C to +125°C).
Keep an eye on our feed,
official date and registration link coming soon!
