Power Factor Correction
Reactive power compensation for industrial installations.

Power factor correction (PFC) capacitors are designed to improve energy efficiency and reduce reactive power in industrial installations. We offer solutions for both fixed and automatic compensation, suitable for motors, electrical panels and power distribution systems. Their self-healing construction and integrated protection features ensure high reliability and long service life, even in demanding operating conditions.

IGBT Snubber
Protection against overvoltage and switching transients.

Snubber capacitors are designed to protect semiconductor devices against switching transients and overvoltage events. Thanks to their low inductance and high pulse-handling capability, they are particularly suitable for power converters, industrial drives, inverters and IGBT-based systems. A wide range of capacitance and voltage ratings is available to meet the requirements of different applications.

Electrolytic capacitors
Energy storage and filtering for power conversion systems.

We offer a comprehensive range of aluminium electrolytic capacitors for energy storage and filtering in power electronics applications. These solutions provide high capacitance density and are available in various electrical and mechanical configurations for converters, power supplies, motor drives and industrial equipment. Their robust design ensures reliable operation in demanding environments.

DC-Link capacitors
DC bus stabilization for inverters and motor drives.

DC-Link capacitors are designed to stabilize the DC bus in power converters and inverter systems. Manufactured using low-loss metallized film technology, they provide high RMS current capability, low inductance and long operational life. They are ideally suited for IGBT and SiC applications, including variable frequency drives, UPS systems, renewable energy installations and traction equipment.

Power Film
Film capacitors for resonant and high-frequency applications.

Power film capacitors deliver excellent electrical performance, high reliability and extended service life. They are commonly used in induction heating equipment, generators, medical devices, power supplies, resonant circuits and other high-frequency industrial applications. Different technologies and configurations are available to meet the specific requirements of each project.

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