SU10VFC-R13025

Common Mode Chokes, frequently referred to as CMCs, are devices made from ferrite materials which are used to reduce the Common Mode noise of power lines. SU10VFC-R13025 Common Mode Choke is a type of CMC with high-efficiency, wide operating temperature, and low DC resistance, all essential features to achieve effective Common Mode noise reduction.

In applications such as communication systems, this particular CMC is aimed at reducing the signal noise voltage in order to ensure data accuracy and maintain system stability. By suppressing electro-magnetic interference and leakage between two communication lines, the SU10VFC-R13025 can also reduce adjacent channel noise as well as fomenting noise.

The operating principle of the SU10VFC-R13025 Common Mode Choke is simple. The electrical current passes from the source, through the CMC, and ultimately to the final destination. The magnetic field created by the current through the CMC causes a voltage to develop which is perpendicular to the electrical current. This voltage has direct current components which are then removed from the signal, resulting in a decrease of the Common Mode noise.

The SU10VFC-R13025 Common Mode Chokes feature an advanced structure that ensures high efficiency with little to no influence from current change. This performance is further increased with a combination of high-density magnetic materials, optimized magnetic shedding and layered structure. Also, both the temperature characteristics and DC resistance of the CMC are much lower than other products of its kind, making it a suitable choice for high-frequency applications.

The product has an exceptionally wide operating temperature range of -40 to +145°C, while being able to withstand an extremely high surge current of 100A. SU10VFC-R13025 Common Mode Chokes are available in a variety of sizes and shapes and can be easily customized for specific applications.

All in all, SU10VFC-R13025 Common Mode Choke is a high-efficiency, wide temperature range CMC designed to provide an effective reduction of common mode noise. Its low DC resistance, ability to withstand high surge current, and excellent temperature characteristics make it a suitable product for high-frequency applications.