RS PRO 2.2 nF Mica Capacitor 500V DC ±1% Tolerance Radial Construction 495-896

RS PRO 495-896 2.2 nF Mica Capacitor is a precision passive electronic component manufactured with high quality silvered mica dielectric, providing exceptional stability and insulation resistance. Rated at 500V DC and a tolerance of ±1%, this capacitor is designed for use in demanding industrial and military environments where accuracy and reliability are critical.

The capacitor features a radial construction with through-hole mount type and lead pitch of 8.89 mm, making it suitable for PCB assembly in a variety of electronic devices. Its flame retardant epoxy coating enhances safety and durability in high temperature and high-frequency applications.

Operating temperature ranges from -55°C up to 150°C, ensuring excellent performance under extreme conditions. Compact size dimensions include 17.02 mm length, 13.46 mm height, and 6.35 mm width, fitting well into constrained circuit layouts.

This model is ideal for applications such as logic and transmission circuits, pulse forming networks, delay lines, DC voltage blocking, and timing circuits. Its high stability mica dielectric makes it suitable for RF tuned circuits and pulse operation scenarios.

High stability silvered mica dielectric suitable for pulse and high frequency circuits. Rated voltage of 500 volts DC for reliable operation. Tolerance of ±1% ensures precision in electronic circuits. Radial through-hole mount type with 8.89 mm lead pitch.

Operating temperature range from -55°C to 150°C. Flame retardant epoxy coating for enhanced safety. Compact size with dimensions of length 17.02 mm, height 13.46 mm, and width 6.35 mm. Suitable for professional and military grade equipment requiring high insulation resistance.

Applications include logic circuits, pulse networks, delay lines, and timing circuits.

This RS PRO mica capacitor series is engineered to deliver precision and longevity in harsh industrial environments. Explore more Mica Capacitors at EnvMart for comprehensive solutions across electronic component needs.