B82726E6263A040

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Common Mode Chokes can be used to suppress electrical noise that flows in all directions and cause interference in electronic circuits. The B82726E6263A040 is a type of common mode choke that uses a toroidal core, made of powdered iron, to provide the extra inductance needed to reduce the noise.

Application Field

The B82726E6263A040 common mode choke is suited for use in a variety of applications, such as computer peripherals, industrial automation, power supplies, home appliances, and automotive systems. It is particularly suitable for applications where there is a need to reduce common mode noise, and where space is limited. Additionally, the B82726E6263A040 common mode choke has good outgassing resistance and is capable of withstanding high temperatures, making it suitable for use in extreme environments such as aerospace and military applications.

Working Principle

The principles of common mode chokes are simple. Due to the extra inductance provided by the toroid core, the B82726E6263A040 common mode choke causes a high impedance in one direction, while allowing the electrical currents in the other direction to flow freely. By adding this impedance, the noise is effectively suppressed, while still allowing the signals to pass through. This makes the B82726E6263A040 common mode choke effective at reducing the levels of electrical noise that is emitted by electronic circuits.

The B82726E6263A040 common mode choke is also capable of producing responses that are linear over a wide range. This is advantageous for certain applications such as power supplies and motor drives, where a linear response is important for regulating the current.

Conclusion

The B82726E6263A040 common mode choke is an effective solution for applications that require noise suppression while still allowing signals to pass through. It is well-suited for use in various applications, such as computer peripherals, industrial automation, power supplies, home appliances, automotive systems, and extreme environments. Additionally, its linear response over a wide range makes it suitable for regulating the current in power supplies and motor drives.

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