NFZ5BBW170LN10L Filters

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

Ferrite beads and chips are essential components when it comes to suppressing noise or electromagnetic interference (EMI). NFZ5BBW170LN10L is one type of ferrite beads that works to provide protection against EMI from passing through electrical circuits. This type of ferrite bead helps to absorb energy and convert it into heat, thereby minimizing interference in electronic systems.

An NFZ5BBW170LN10L is a surface-mount chip ferrite bead that features an ideal performance of up to three GHz and a high common mode impedance. It has an inductance of 5.6 nH ± 30% and a tolerable DC resistance of up to 0.003 ohm at 25℃. NFZ5BBW170LN10L ferrite beads come with excellent choices of features such as noise filtering, low insertion loss, and low generation of parasitic voltages.

NFZ5BBW170LN10L ferrite beads are often used in various applications where noise filter within 3GHz bandwidth is needed. The primary purpose of using ferrite beads in such applications is to reduce the electromagnetic interference (EMI) that can degrade the signal quality of electronic equipment. Examples of areas where ferrite beads are used include cellular communications, FM/AM radio receivers, mini-disc players, and processors.

The working principle behind an NFZ5BBW170LN10L ferrite bead is to change and absorb the energy of the incident EMI. This is achieved by creating electrical impedance that provides resistance and attenuation to any incoming EMI. The rate at which electromagnetic interference is reduced depends on the impedance of the ferrite bead as well as its inductance. The higher the impedance, the more effective the ferrite bead will be at absorbing EMI.

In summary, NFZ5BBW170LN10L ferrite beads are ideal for use when noise filtering within the 3 GHz bandwidth is needed. These ferrite beads absorb and convert the energy of the incident EMI into heat, minimizing interference and preserving signal integrity. The working principle of such ferrite beads utilizes electrical impedance to block and reduce electromagnetic interference. As such, they are often used in a variety of electronic applications, ranging from radio receivers and processors to cellular communication networks.

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