CARLI

CARLI

Film capacitors for electronics, power applications and interference suppression

About the manufacturer

Carli Electronics is a manufacturer specialising in film capacitors. The group’s history dates back to 1986 and its development included the establishment of additional manufacturing facilities in China. The company focuses primarily on metallised film capacitor technologies.

Its portfolio includes numerous polypropylene and polyester film capacitor series for filtering, coupling, interference suppression and pulse circuits. Depending on construction, the components are suitable for power supplies, industrial equipment, appliances, lighting and power-electronics systems.

Carli film capacitors are designed for stable electrical parameters, low losses and mechanical durability. A broad range of capacitances, voltages and lead spacings supports different PCB layouts and power-circuit requirements.

Applications

Carli film capacitors are particularly suitable for circuits where low losses, parameter stability and resistance to voltage pulses are important.

• Power supplies and converters – filtering and resonant circuits.
• Interference suppression – mains and transient-noise suppression.
• Lighting – power circuits for lamps and LED luminaires.
• Appliances – motor controls, power supplies and filters.
• Industrial automation – control and power circuits.
• Power electronics – snubbers, pulse circuits and DC-link filtering in suitable designs.
• Consumer electronics – signal coupling and filtering.

CARLI products available from Maritex

Maritex offers Carli film capacitors for electronic and power applications. The brand is suited to designs requiring stable capacitance, low losses and good pulse-handling capability.

Available product groups include:

• Metallised film capacitors.
• Polypropylene film capacitors.
• Polyester film capacitors.
• Filtering and interference-suppression capacitors.
• Capacitors for pulse and power circuits.

When selecting a Carli capacitor, dielectric type, capacitance, rated voltage, tolerance and lead spacing should be considered. For pulse and interference-suppression circuits, permissible pulse parameters and any required safety class should also be verified for the specific application.