PATIKIL Ferrite Toroid Core, 20 Pcs Toroid Core 0.8" ODx0.4" IDx0.3" H Ferrite Rings Transformer Ferrite Toroid Cores for EMI/RFI Filters, Green

PATIKIL Ferrite Toroid Core, 20 Pcs Toroid Core 0.8" ODx0.4" IDx0.3" H Ferrite Rings Transformer Ferrite Toroid Cores for EMI/RFI Filters, Green

Color: Green Material: Nickel-zinc ferrites Size: 20 x 10 x 7mm/0.79 x 0.39 x 0.28 inch (OD*ID*H) Packing List: 20 Pcs x Ferrite Toroid Core Advantage: The annular structure is formed by the use of nickel-zinc ferrite in the toroid core, which is wear-resistant and has a long service life. Capable of working in high-frequency currents, allowing useful signals to pass through normally and filtering out interference from radio signals. Instruction: Used to suppress electromagnetic emissions by blocking low-frequency noise and absorbing high-frequency noise, avoiding interference. Widely used in EMI/RFI filters, audio transformers, communications, control circuit equipment, LED lighting, automotive electronics, industrial control, etc. Ferrite toroid core is a commonly used anti-interference component in electronic circuits, which has a good anti-interference effect on high-frequency noise. and the ferrite rings are made of nickel-zinc ferrites. The Toroid core is used for data cables, audio transformers, communications, control circuit equipment, etc. NOTE: The more the number of coiled cables, the better the effect of suppressing interference with lower frequencies, the weaker the effect of suppressing noise with higher frequencies. Ferrite toroid core is a commonly used anti-interference component in electronic circuits, which has a good anti-interference effect on high-frequency noise. and the ferrite rings are made of nickel-zinc ferrites. The Toroid core is used for data cables, audio transformers, communications, control circuit equipment, etc.

Specification:
Color: Green
Material: Nickel-zinc ferrites
Size: 20 x 10 x 7mm/0.79 x 0.39 x 0.28 inch (OD*ID*H)
Packing List: 20 Pcs x Ferrite Toroid Core

Advantage:
The annular structure is formed by the use of nickel-zinc ferrite in the toroid core, which is wear-resistant and has a long service life. Capable of working in high-frequency currents, allowing useful signals to pass through normally and filtering out interference from radio signals.

Instruction:
Used to suppress electromagnetic emissions by blocking low-frequency noise and absorbing high-frequency noise, avoiding interference. Widely used in EMI/RFI filters, audio transformers, communications, control circuit equipment, LED lighting, automotive electronics, industrial control, etc.

NOTE：
The more the number of coiled cables, the better the effect of suppressing interference with lower frequencies, the weaker the effect of suppressing noise with higher frequencies.