HI1206T161R-00 Filters

Ferrite Beads and Chips

Ferrite beads and chips are one of the main components of modern electronics. They are used to reduce the unwanted and destructive electric current and electromagnetic interference (EMI). They can be used for almost any electronic application, from basic cell phones to complex industrial electronics. One of the most common ferrite beads and chips used in today’s electronics is the HI1206T161R-00.

Application Field of HI1206T161R-00

The HI1206T161R-00 is typically used in cell phones, radio transceivers, and automotive applications. It has the ability to reduce the emission of EMI due to its frequency-dependent loss characteristics which absorb electromagnetic radiations. It is also used in the frequency of up to 600MHz. The HI1206T161R-00 has the ability to effectively reduce transverse and longitudinal modes of EMI.

Working Principle of HI1206T161R-00

The HI1206T161R-00 ferrite bead and chip is composed of a ferromagnetic core material, such as nickel ferrite. When an alternating current passes through the bead, an electric dipole moment is produced, which generates an alternating magnetic field that produces opposing current in the conductive loop. This opposing current is known as an induced current, and it produces a dampening effect on the initial current. The dampening effect reduces the level of radiated noise from the electronic device, thus reducing the EMI.

The HI1206T161R-00 is also designed to reduce the current surge during power-up or power-down of electronic circuits. This is done by allowing the current to spread out across the resistor, thus reducing its intensity. This reduces the risk of damage to the components from the high current.

Conclusion

Ferrite beads and chips are a crucial part of modern electronics and can be used for a variety of applications. One of the most commonly used ferrite beads and chips used in electronics today is the HI1206T161R-00. It has the ability to reduce EMI due to its frequency-dependent loss characteristics, and it can also reduce transverse and longitudinal modes of EMI. The HI1206T161R-00 also helps to reduce power surge during power-up and power-down of electronic circuits, thus preventing damage to components from the high current.