Panasonic ECWU(C) Film Capacitor 250 V dc 100 nF Surface Mount ECWU2104KC9

Panasonic ECWU2104KC9 Film Capacitor is a high-quality surface mount plastic film capacitor rated at 250 V DC and 100 nF capacitance. It features a mould-less construction utilizing stacked metallised PEN film dielectric which offers compact size and lightweight characteristics. Designed for general purpose use such as bypass and coupling, it supports reliable performance in various industrial and electronic applications.

This capacitor is designed to operate safely up to 125°C, making it suitable for demanding thermal environments. Its surface mount format allows for reflow soldering and integration into automated assembly processes, enhancing production efficiency. The capacitor complies with RoHS standards ensuring environmental safety and sustainability.

Physical dimensions are 6 mm in length, 5 mm in width, and 3.8 mm in height, offering a compact footprint for space-constrained PCB designs. The ECWU(C) series guarantees consistent production quality with a focus on durability and stability.

Panasonic's film capacitors are widely used in general electronic devices, industrial controls, and consumer electronics requiring stable capacitance and voltage handling capabilities. Their compact design and robust construction make them ideal for applications in power supply filtering, signal coupling, and noise suppression.

Capacitance of 100 nF ensures efficient signal processing. Rated DC voltage of 250 V provides operational safety margin. Compact surface mount package dimensions enable dense PCB layouts. 125°C high temperature operation suitable for industrial environments.

Mould-less construction and stacked metallised PEN film dielectric. RoHS compliant supporting environmental regulations. Designed for reflow soldering to suit automated assembly. Ideal for bypass and coupling electronic circuit applications.

Part of reliable ECWU(C) series by Panasonic. Explore the wide range of Film Capacitors at EnvMart for your industrial, electrical, and electronic component requirements.