Home >> Products >> Inductor >> Multilayer Chip Ferrite Beads

image Series Features Description catalog Specification RoHS REACH Part No. Application
Multilayer Chip Ferrite Large Current  Beads MCB Series A unique terminal electrode structure ensures ensures permissible current 6.0A (max). High impedance and EMI suppression effective over a wide frequency range. Suitable reflow and wave soldering. Application Guide

Aillen is a leading Multilayer Ferrite Chip Beads Manufacturer in China.

Multilayer Ferrite Chip Beads is available in a variety of sizes and specifications ensuring durable and trouble-free use.

What are Multilayer ferrite chip beads?

Multilayer ferrite chip beads, also known as multilayer ferrite beads or multilayer chip inductors, are passive electronic components used to suppress high-frequency noise in electronic circuits. They consist of multiple layers of ferrite material sandwiched between conductive electrodes, and are typically constructed in a small, rectangular shape that can be mounted on a printed circuit board (PCB).

How does Multilayer ferrite chip bead Work?

The ferrite material in the chip bead acts as a high-frequency magnetic field absorber, reducing or eliminating unwanted electromagnetic interference (EMI) and radio frequency interference (RFI) in the circuit. The conductive electrodes serve as terminals for connecting the chip bead to the circuit.

Applications

Multilayer ferrite chip beads are commonly used in power supplies, digital circuits, and other electronic devices that are sensitive to EMI and RFI. Our Multilayer ferrite chip beads are suitable for reflow and wave soldering.They can be designed to work over a wide range of frequencies and with different levels of impedance, and are available in various sizes and shapes to suit different applications.

Ferrite Beads from Aillen Electronics

A unique terminal electrode structure ensures ensures permissible current 6.0A (max). 

High impedance and EMI suppression effective over a wide frequency range. 

Suitable reflow and wave soldering.

2.png

Read More