PM28B1625

Ferrite cores are an important component within cables and wiring, and are used to reduce and/or prevent unwanted interference from affecting the desired signal. The PM28B1625 ferrite core from Pulse Electronics is an excellent choice for cable and wiring applications where high quality signal transmission is critical. This ferrite core\'s design offers optimal performance in EMI/RFI suppression and bandwidth applications.

Applications of the PM28B1625 Ferrite Core

The PM28B1625 is particularly well-suited for use in automotive, telecommunications, LED lighting, process control, as well as battery charging applications. It can be used in a variety of cables and wires, including single core cables, twisted pair cables, coaxial cables, flat cables, and motor wires. This ferrite core can also be used for RF signal transmission lines.

The PM28B1625 has been tested during extensive reliability testing, making it a reliable and cost effective way to reduce interference while transmitting signals. As an important component used to shield and filter out EMI and RFI, the PM28B1625 has also been tested to meet the international standards set by the IEC61326.

Working Principle of the PM28B1625 Ferrite Core

The PM28B1625 ferrite core works by altering the electrical behavior of cables and wires through its permeability. It works by reducing the signal\'s complexity and proximity to interfering sources. This ferrite core works by introducing high impedance across the signal, which makes it easier for the signal to pass through the ferrite core without being affected by surrounding EMI and RFI sources.

The high inductance of the core suppresses both common-mode and differential-mode noise. It does this by creating a low-impedance path that allows EMI and RFI to be redirected away from the signal. This redirects the undesired electrical noise away from the signal, ensuring the desired signal remains unscathed and free from interference.

The performance of this ferrite core is also enhanced by its cryogenic-treatment. This provides an additional level of attenuation of both common-mode and differential-mode noise, ensuring its signals remain secure and high quality.

Conclusion

The Pulse Electronics PM28B1625 ferrite core is an ideal choice for both automotive and telecommunications applications. This ferrite core is able to reduce the amount of EMI and RFI that can affect the signal without losing its energy or allowing unwanted signal interference. In addition, its cryogenic-treatment further strengthens the performance of this ferrite core, providing reliable and efficient signal transmission.