B82796C502N201

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Common Mode Chokes are a type of electrical component that provides a very high inductance level in order to suppress the undesired transfer of energy, usually represented as electromagnetic interference, between two circuits. The B82796C502N201 is a common mode choke that is designed to block and suppress any high frequency noise and voltage transients, providing improved overall system EMC performance. It is designed to help reduce electromagnetic interference caused by electromagnetic radiation.

The B82796C502N201 common mode choke is mainly used in switching power supplies, inverters, electron microscopes, power supplies, motor control systems, PLCs, and other industrial electronic control systems. It can also be used to control the noise generated by the high-frequency power circuit, the common purpose of the computer system, the EMI problem caused by the signal line, the problem of ripple in the signal line, the grounding or the power line interface.

The B82796C502N201 common mode choke is a multi-core, symmetrical structure with a total number of 5 cores. It is constructed from high-permeability ferrite core material that provides excellent common mode noise suppression under various operating conditions. The core is insulated with an epoxy resin coating and includes a connecting terminal that is used to connect the core to the power/signal line. As per the product datasheet, typical insertion loss is greater than 20dB over a frequency range from 0Hz to 10MHz.

In terms of its working principle, the B82796C502N201 common mode choke works by providing an impedance to both the power/signal lines, as well as a damping resistance to any induced voltage transients. This damping effect helps to reduce and to some degree, completely shut off, any undesired transfer of high frequency energy between the two circuits, thereby reducing EMI levels.

The other advantage of using the B82796C502N201 common mode choke is that it also helps to reduce the local power consumed by the system, as it requires less power due to the insertion loss of the chokes. This conservation of power contributes to improved system response time and improved system efficiency.

The design and application of the B82796C502N201 common mode choke can be customised to suit a variety of specific requirements and applications, depending on the desired performance, insertion loss, and rated operating frequency. The chokes can also be used in either a serial or parallel application. It is important to note that while this choke provides excellent common mode noise suppression, the inductance of the core should be taken into account in order to prevent any unexpected losses in the signal line.

Overall, the B82796C502N201 common mode choke is an excellent choice for applications that require a high level of common mode suppression. It features high impedance levels, excellent insertion loss, and a reliable and durable design. The choke can also be customised to suit a variety of applications and requirements, making it a great choice for any application that requires improved EMC performance.

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