Murata EMI Filter, 50V DC, 1GHz, 15 A, Surface Mount, Solder Termination 3.5 mm Height 12.1 mm Length 9.1 mm BNX02

Murata BNX02 EMI Filter is a high-performance surface mount filter optimized for automotive and industrial applications requiring noise suppression in DC switching circuits. Rated for 15A maximum current and 50V DC maximum voltage, it operates efficiently up to 1GHz frequency, making it ideal for digital AV equipment, displays, and power supply circuits.

The filter features a robust design with solder termination and compact dimensions of 3.5 mm height, 12.1 mm length, and 9.1 mm depth, facilitating easy integration into densely packed PCBs. It is rated for a wide operating temperature range from -55°C to 125°C, guaranteeing reliable performance under harsh environmental conditions.

Its 10μF capacitance provides excellent EMI noise suppression to improve signal integrity and reduce interference in sensitive electronic systems. The component is delivered in Tape & Reel packaging, supporting automated surface mount technology processes and enhancing production efficiency.

Murata's BNX02 series complies with RoHS regulations, reflecting its conformance to environmental and safety standards. Originating from Japan, this EMI filter ensures high manufacturing quality and durability.

Excellent noise suppression for automotive and factory automation devices. Large rated current and frequency range cover diverse industrial applications. Compact and efficient surface mount design with solder termination.

Wide temperature range enables use in demanding environments. RoHS certified for environmental compliance. Tape & Reel packaging supports high-volume assembly lines. Ideal for automotive devices, LCD/PDP displays, digital AV equipment, and power supplies.

This EMI filter is suitable for industrial, automotive, construction, and electronic manufacturing use cases. Explore more EMI Filters and related products from Murata and other leading brands in the EnvMart catalog for your technical and commercial needs.