| Brand Name: | Weiaipu VIIP |
| Model Number: | V18060T |
| MOQ: | 7200 |
| Price: | 0.023$ |
| Packaging Details: | neutral |
V18060T ferrite magnetic ring is manufactured from high‑performance VN02 soft ferrite material, with initial permeability of 650±20%. It owns high Curie temperature above 140℃ and high electrical resistivity over 10⁵ Ω·m. Featuring low loss factor and excellent temperature stability, this product delivers superior suppression for high‑frequency electromagnetic noise and reduces electromagnetic radiation effectively. With well‑optimized dimension for cable assembly and consistent quality, it supports mass delivery as well as custom-made on dimension and parameters. It is an ideal magnetic core component for cable EMC anti‑interference solutions.![]()
V18060T magnetic ring is specially developed for cable‑based EMI filtering scenarios, adopting VN02 Mn‑Zn ferrite. It maintains low loss under high‑frequency conditions and generates little heat during long‑term continuous operation. Its filtering performance will not decay sharply when ambient temperature fluctuates. By absorbing high‑frequency interference noise, it improves conducted and radiated interference performance of equipment, helping end‑products meet EMC standards such as EN55014 and GB9254.
With regular forming size, it supports easy threading and assembly for automated production lines. Strict quality control is implemented throughout production to guarantee stable magnetic performance for each batch. It can be directly matched with power cords and multi‑core wire harnesses. Widely supplied for home appliance, power supply and industrial control customers, both sample testing and bulk order are available.![]()
Mainly used for EMI noise elimination on cables. Sleeved on power lines or signal wires to suppress high‑frequency conducted interference and electromagnetic radiation. Help finished products pass domestic and overseas EMC certification, enhance system anti‑interference capability and avoid abnormal operation caused by electromagnetic disturbance.
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Q1: How to select the correct ferrite magnetic ring for my project? A: Mainly confirm working frequency range, inner diameter to fit cable outer diameter, required impedance value and working temperature. Provide your cable size and interference frequency, we can recommend proper model and material grade.
Q2: Will magnetic ring get saturated under large current? A: Yes. High DC current may cause magnetic saturation and weaken filtering effect. For high‑current application, please inform us of rated current, we will suggest proper size or material to avoid saturation.
Q3: What affects the filtering performance of ferrite magnetic rings? A: Key factors include material permeability, working frequency, magnetic ring dimension, number of wire turns passing through the core and actual operating temperature. More wire turns through the hole will gain higher impedance within certain limits.
Q4: Can I get free samples for performance testing? A: Yes, we can provide samples for evaluation. Customers only need to bear the freight cost. Please advise the model and required quantity of magnetic rings you need.
Q5: Is custom size or special material formula available for magnetic rings? A: Custom service is supported. We can adjust outer diameter, inner diameter, height and ferrite material parameters according to your drawing or technical requirement. MOQ will apply for customized items.
| Brand Name: | Weiaipu VIIP |
| Model Number: | V18060T |
| MOQ: | 7200 |
| Price: | 0.023$ |
| Packaging Details: | neutral |
V18060T ferrite magnetic ring is manufactured from high‑performance VN02 soft ferrite material, with initial permeability of 650±20%. It owns high Curie temperature above 140℃ and high electrical resistivity over 10⁵ Ω·m. Featuring low loss factor and excellent temperature stability, this product delivers superior suppression for high‑frequency electromagnetic noise and reduces electromagnetic radiation effectively. With well‑optimized dimension for cable assembly and consistent quality, it supports mass delivery as well as custom-made on dimension and parameters. It is an ideal magnetic core component for cable EMC anti‑interference solutions.![]()
V18060T magnetic ring is specially developed for cable‑based EMI filtering scenarios, adopting VN02 Mn‑Zn ferrite. It maintains low loss under high‑frequency conditions and generates little heat during long‑term continuous operation. Its filtering performance will not decay sharply when ambient temperature fluctuates. By absorbing high‑frequency interference noise, it improves conducted and radiated interference performance of equipment, helping end‑products meet EMC standards such as EN55014 and GB9254.
With regular forming size, it supports easy threading and assembly for automated production lines. Strict quality control is implemented throughout production to guarantee stable magnetic performance for each batch. It can be directly matched with power cords and multi‑core wire harnesses. Widely supplied for home appliance, power supply and industrial control customers, both sample testing and bulk order are available.![]()
Mainly used for EMI noise elimination on cables. Sleeved on power lines or signal wires to suppress high‑frequency conducted interference and electromagnetic radiation. Help finished products pass domestic and overseas EMC certification, enhance system anti‑interference capability and avoid abnormal operation caused by electromagnetic disturbance.
![]()
Q1: How to select the correct ferrite magnetic ring for my project? A: Mainly confirm working frequency range, inner diameter to fit cable outer diameter, required impedance value and working temperature. Provide your cable size and interference frequency, we can recommend proper model and material grade.
Q2: Will magnetic ring get saturated under large current? A: Yes. High DC current may cause magnetic saturation and weaken filtering effect. For high‑current application, please inform us of rated current, we will suggest proper size or material to avoid saturation.
Q3: What affects the filtering performance of ferrite magnetic rings? A: Key factors include material permeability, working frequency, magnetic ring dimension, number of wire turns passing through the core and actual operating temperature. More wire turns through the hole will gain higher impedance within certain limits.
Q4: Can I get free samples for performance testing? A: Yes, we can provide samples for evaluation. Customers only need to bear the freight cost. Please advise the model and required quantity of magnetic rings you need.
Q5: Is custom size or special material formula available for magnetic rings? A: Custom service is supported. We can adjust outer diameter, inner diameter, height and ferrite material parameters according to your drawing or technical requirement. MOQ will apply for customized items.