HF70ACC321611-T Filters

Ferrite Beads and Chips are components used to reduce electronic interference in order to improve the overall performance of electronic equipment. In this context, HF70ACC321611-T is one of the optimal solutions for electromagnetic interference (EMI) suppression.

HF70ACC321611-T is a type of ferrite multiturn chip inductor which, being coupled with an applied current, can turn into a working shield against EMI, suppressing conducted noise from the line that may interfere with the rest of the equipment. This ferrite bead can withstand temperatures between -20 °C and 85 °C and it is also resistant to chemicals.

The application of this component is especially recommended when the application requires a low profile and excellent thermal resistance. It is normally used in portable charging stations that require low power consumption to achieve low heating.

In regard to its working principle, HF70ACC321611-T works in an inductive way, thanks to its ferrite cores. It basically reduces either common noise or other types of interference coming from the line, suppressing the noise peaks that might anyway affect the performance of the equipment.

To achieve this, the inductor makes use of external magnetic fields in order to transform the electrical energy coming from the line into a magnetic field that is then attenuated through the core so that the noise peaks can be lowered significantly.

When current passes through the ferrite core, the energy coming from the line is then transformed into a magnetic field. This magnetic field then creates a type of inductive resistance that not only helps with the attenuation of external noise, but also reduces the energy consumption of the application, since it requires less energy to dissipate a certain amount of power.

In this way, HF70ACC321611-T is able to reduce EMI levels by up to 100 dB, thus protecting other electronic equipment located in nearby areas.

To sum up, HF70ACC321611-T is a ferrite multiturn chip inductor that can be used to reduce EMI levels and protect other equipment located in nearby areas. It is especially recommended when a low profile and excellent thermal resistance is required. It works in an inductive way, making use of external magnetic fields in order to transform the electrical energy coming from the line into a magnetic field that is then attenuated through the ferrite core.