Vishay MKT 1822 Film Capacitor 470 nF 160V AC 250V DC Through Hole MKT1822447255

Vishay MKT1822447255 Film Capacitor, part of the MKT 1822 series, offers robust and reliable performance for a wide range of electronic applications. With a capacitance of 470 nF, this film capacitor is engineered for monitoring, filtering, and interference suppression in low voltage systems. Its rated voltages of 160V AC and 250V DC allow for operation at elevated voltage levels, making it suitable for both AC and DC circuits.

The through-hole mounting configuration ensures simple and strong attachment to printed circuit boards. The capacitor is optimized for use in blocking, bypassing, filtering, timing, coupling, and decoupling circuits. With dimensions of 26.5 mm length, 14.5 mm height, and 6.5 mm width, it occupies minimal space while providing stable performance.

The Vishay MKT1822447255 fulfills IEC 60384-2 quality standards, ensuring reliability and compliance with recognized industry protocols. Its lead pitch of 22.5 mm coupled with 0.8 mm lead diameter guarantees consistent electrical contact and easy installation during assembly.

This capacitor operates efficiently at temperatures up to 100°C, making it dependable for high-demand environments such as industrial, consumer electronics, and laboratory equipment. The device is not designed for automotive standards, prioritizing applications where signal integrity and interference suppression are crucial.

Main applications include blocking unwanted signals, bypassing noisy lines, precise filtering for timing circuits, coupling and decoupling circuit elements, and suppressing interference in low voltage environments. Engineers and designers can incorporate this capacitor in industrial systems, instrumentation, communications equipment, and a broad array of commercial and laboratory electronics.

Explore Vishay’s comprehensive range of capacitors and electronic components in the Film Capacitors category to ensure optimal performance and reliability in your next design project.