High-performance EMI/RFI filters from the EMIFIL®, BNX series from Murata Manufacturing are made to reduce radio frequency interference (RFI) and electromagnetic interference (EMI) noise in electrical equipment. The BNX series filters are perfect for high-speed digital circuits because they provide broadband performance and a large frequency range from DC to GHz. These filters offer high attenuation (>40 dB) and low insertion loss (0.5 dB), which together effectively suppress EMI/RFI noise, assuring high-quality signal transmission and dependable functioning of electronic equipment.
The multi-layer ceramic architecture used in the BNX series filters offers good performance and stability across a wide temperature range (-55°C to +125°C). Also, they are RoHS certified, guaranteeing their environmental friendliness. These filters are available in small sizes that enable designers to conserve space and include them onto circuit boards that are tightly packed. The BNX series filters have standard lead spacing, making assembly and circuit board integration simple. Moreover, they can be customized to meet certain design needs because they come in a range of voltages, currents, mounting options, and package sizes.
Overall, EMIFIL®, BNX series EMI/RFI Filters from Murata Manufacturing offer dependable and efficient defense against electromagnetic interference and radio frequency interference in a variety of applications. For designers looking for high-performance EMI/RFI filters for their electronic devices, they are the perfect option due to their characteristics like broadband performance, low insertion loss, high attenuation, small size, RoHS compliance, multi-layer ceramic structure, and ease of assembly.
Features
Broadband Performance: The BNX series filters have a wide frequency range from DC to GHz and provide broadband performance, which makes them perfect for high-speed digital circuits.
Reduced Insertion Loss: The low insertion loss of these filters (0.5 dB) reduces signal distortion and ensures high-quality signal transmission.
High Attenuation: To suppress EMI/RFI noise and lessen electromagnetic interference on electrical equipment, the BNX series filters offer high attenuation (>40 dB).
Mini Size: These filters are available in small sizes that enable designers to conserve room and incorporate them into circuit boards that are tightly packed.
The filters are environmentally beneficial since they adhere to the Restriction of Hazardous Substances (RoHS) directive.
The filters' multi-layer ceramic construction, which offers good performance and stability over a wide temperature range (-55°C to +125°C), makes them.
Simple Assembly: The BNX series filters have standard lead spacing, making assembly and circuit board integration simple.
Large Variety of Options: The filters can be tailored to meet particular design needs because they are offered in a range of voltages, currents, mounting configurations, and package sizes.
Overall, the EMIFIL®, BNX series EMI/RFI Filters from Murata Manufacturing provide a dependable and efficient solution for mitigating electromagnetic interference and guaranteeing high-quality signal transmission in a variety of applications. For designers looking for high-performance EMI/RFI filters for their electronic devices, they are the perfect option because of their characteristics like broadband performance, low insertion loss, high attenuation, small size, RoHS compliance, multi-layer ceramic construction, simple assembly, and a variety of options.
Applications
Medical Devices
Telecommunications
Industrial Equipment
Consumer Electronics
Aerospace and Defense
Automotive Applications
Overall, the Murata Manufacturing EMIFIL®, BNX series EMI/RFI Filters offer reliable protection against EMI and RFI noise in various applications. Their features like broadband performance, low insertion loss, high attenuation, small size, RoHS compliance, multi-layer ceramic construction, easy assembly, and a wide range of options make them ideal for diverse industries seeking high-performance EMI/RFI filters to ensure reliable operation of their electronic devices.
