B82523TE5

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 (CMCs) are power line filters designed to reduce EMI (electromagnetic interference). They are used to filter common mode noise from power lines, which if left unchecked, can cause problems such as interference with communication and control systems, and short electrical life expectancy. The B82523TE5 is a common mode choke offering high performance filtering of common mode noise on AC and DC power lines.

The B82523TE5 line of CMCs start from 854mH inductance to 8700µH. It offers good suppression of ripple on DC power lines and common mode noise on AC power lines, with large inductance values. Its rated operating temperature range is -40°C to +125°C, making it suitable for use in a variety of environments and/or extreme conditions. Its construction features a thin profile package, with high magnetic compatibility, making the B82523TE a suitable filter solution for high density applications. Its 8-lead surface mount package makes it a good fit for high volume low component count applications like DC power distribution boards.

Each of the B82523TE5 CMCs consists of two separately wound ferrite beads, connected together via an inner wire conductor. The outer dimension of the two ferrite beads is 4.7mm in outer diameter and 2.8mm in height. The printed winding on each bead is designed to be continuous, giving a low DC resistance and a good high-frequency response. The internal wire conductor provides isolation and a safe separation of both the enclosure and the inner wire.

CMCs such as the B82523TE5 are designed to work by limiting the amount of common mode RF noise coming from a power line. It does this by suppressing the low frequency common mode current that can be harmful to devices and systems running in the environment. The suppression of common mode noise also improves the overall electrical noise in a system, which results in better and reliable signal transmission, and less interference with other devices and systems that share the same power line.

This improved signal transmission is also beneficial in areas with limited space and/or high density applications, as it reduces EMI-related problems, allowing more components to fit into a smaller area and thus less interference with other components. Furthermore, due to its high temperature operation, the B82523TE can be used in extreme conditions and temperatures without any change in performance.

In summary, the B82523TE5 is an ideal CMC for high density applications, providing its users with increased performance in a slim profile package. It offers high performance filtration of common mode noise on AC and DC power lines, with rated operating temperatures of -40°C to +125°C. With its low DC resistance and continuous winding on ferrite beads, it is suitable for a variety of applications and environments where a reliable, high performing CMC is needed. It is a cost-effective solution for filtration of noise and is suitable for high volume and low component count applications.

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