FBR07HA850TB-00

Ferrite beads and chips are components that serve various purposes in internal circuit boards and electronic equipment. The FBR07HA850TB-00 is a ferrite bead used to dampen the high frequency noise that can be caused by harmonics and other noise sources. It is designed to be used in a variety of applications, such as power communications, signal and video display, and computer control systems. By suppressing the unwanted noise, the ferrite bead helps to prevent deterioration of signal clarity and ensure reliable operation in the entire system.

FBR07HA850TB-00 offers superior noise suppression. Its ferrite core is composed of soft ferrite magnetized along the axis of high permeability. This structure not only provides good roll off characteristics at high frequencies but also can be used to filter out harmonic frequencies. The low resistance to the flow of low-frequency currents enables it to function at very high frequencies (up to 1.5GHz). The construction makes it suitable for a wide range of applications. The small size and low profile make it suited for surface mounting and tight enclosures.

The working principle of FBR07HA850TB-00 is based on electromagnetic induction. The ferrite core is composed of material that has greater electrical characteristics than air. When an alternating current passes through its core, an electromagnetic field is generated. This field provides the hook up the noise from the surrounding environment. The magnetic flux of the electromagnetic field interacts with the noise and dissipates some of the energy. Ultimately, the noise is dampened and the circuit remains free from interference.

FBR07HA850TB-00 can be used for a variety of applications, such as telecommunications, data and video transmission, and computer control systems. It is an effective and reliable solution for noise suppression, and its small size makes it suitable for tight enclosures. With its high-frequency performance, high capacitance, and good roll-off, the FBR07HA850TB-00 is the perfect fit for many instances of interference suppression.