B82726E6333B040

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common mode chokes are the primary type of mains-operated device for protecting electrical apparatus from interference caused by high-frequency disturbances. They work by attenuating the signals created by the interference and preventing them from reaching the device or circuit being protected. The B82726E633B040 is a common mode choke designed for applications where low-inductance and low-loss performance is required. It has a cutoff frequency of 50 kHz and a noise suppression level of 33 dB.

The B82726E633B040 is a hybrid common mode choke which combines a traditional wirewound choke with shielded dual-layer winding core technology. The dual-layer winding design reduces the distributed capacitance and increases the attenuation over a broad frequency range. It also allows the design to achieve the desired performance with higher permeability core materials.

The B82726E633B040 is intended for applications where a wideband attenuation is needed. It has a superior low-frequency attenuation performance which makes it well suited for applications with high levels of conducted disturbances. It also has a very low equivalent series inductance (ESL) of 0.18 nH, which makes it ideal for power conditioning applications such as power factor correction.

The B82726E633B040 is constructed with a hollow outer shell made of high temperature-resistant plastics. Inside the shell is a shaped winding core made from high-permeability ferrite material. On top of the winding core is a metal shield to protect the device against external interference. The combination of a hollow shell, a winding core, and a shield helps achieve a high level of electromagnetic interference immunity.

The B82726E633B040 works by converting the differential mode currents into common mode currents. The differential mode currents are created by signals radiated by the interference sources. The common mode currents, being different than the differential ones, are not affected by the interference sources. The choke is designed to trap the common mode currents and thereby limiting the effects of the interference.

The B82726E633B040 is an effective device for electrical noise suppression and power conditioning applications. Its dual-layer winding core design helps achieve better frequency attenuation performance and low equivalent series inductance. Its shielded construction and high-temperature resistant plastic makes it well-suited for harsh environment applications. The hybrid design and superior attenuation makes it a great choice for applications requiring a broadband and low-inductance common mode choke.

The specific data is subject to PDF, and the above content is for reference