B82796C0225N265

Common Mode Chokes are used as electromagnetic suppression components to filter out common mode noise that can cause interference in electronic signals. The B82796C0225N265 is a type of common mode choke that is designed for interference suppression on both the high- and low-frequency bands. This part is also designed to reduce noise and radiation effects caused by electromagnetic interference (EMI) from external sources.

This choke provides excellent suppression of sources of electromagnetic interference (EMI) on high-frequency lines. It is capable of suppressing EMI on frequencies up to 5 GHz, and is suitable for both AC and DC applications. The B82796C0225N265 is a two-winding inductor with two pins for connection and a maximum rated current of 5 amps. The choke features a ferrite core material, which provides excellent frequency-dependent impedance.

This choke is mainly used in many automotive, consumer and industrial electronic circuits, such as PC motherboards, automobiles, sound systems, loudspeakers and electric tools. It is particularly suitable for automobile EMC (electromagnetic compatibility) solutions that require high-frequency EMI suppression. Its main function is to reduce the common mode high-frequency noise so as to improve signal integrity and reduce the level of interference.

In order to understand the working principle of the B82796C0225N265 choke, it is helpful to understand that a choke is a type of inductor. An inductor is an electrical component that stores energy in a magnetic field and induces a current when the magnetic field is changing. It works by producing a magnetic field in response to a current flowing through it. A choke is essentially a special type of inductor with an emphasis on the inductive effect. It is designed to oppose changes in current and, by doing so, suppress high-frequency noise such as EMI. By blocking the AC component of the current (the common mode currents) and allowing the DC component of the current to flow, the choke is able to reduce the EMI that would otherwise be generated.

The B82796C0225N265 offers a range of features that make it ideal for use in applications where EMI suppression is required. It features a ferrite core material, which ensures excellent high frequency suppression, a high working temperature range, and high leakage inductance. Additionally, the choke has low resistance and low stray capacitance, which makes it well-suited to AC and DC applications that require high current and voltage.

In summary, the B82796C0225N265 is a type of common mode choke designed for EMI suppression on both the high- and low-frequency bands. Its ferrite core provides excellent frequency-dependent impedance, making it ideal for automotive EMC solutions that require efficient EMI suppression. The choke has a rated current of 5 amps and is suitable for both AC and DC applications. Its low resistance and low stray capacitance make it an effective choice for applications that require high current and voltage.