The V180162T is a high-performance toroidal core crafted from premium VN02 grade manganese-zinc ferrite material. It features an initial magnetic permeability (μi) of 650, delivering outstanding magnetic stability for electronic EMC design. The core comes with precise dimensional specifications: 19.0±0.6mm outer diameter, 13.0±0.6mm inner diameter, and 11.0±0.6mm height. Boasting low magnetic loss, high saturation flux density and superior electrical resistivity, this ferrite core owns a Curie temperature exceeding 110°C and maintains stable magnetic characteristics amid temperature fluctuations. With strict batch dimensional consistency and reliable anti-interference properties, it efficiently attenuates EMI electromagnetic noise and helps electronic circuits meet standard EMC compliance requirements. Its streamlined toroidal structure also greatly simplifies manual and automated wire winding processes.

V180162T is a high-quality Mn-Zn ferrite toroidal core manufactured with refined VN02 material formulation. Equipped with 650 initial permeability, the component achieves ultra-low power loss and excellent saturation magnetic performance throughout conventional working environments. Standard dimensions include OD 19.0±0.6mm, ID 13.0±0.6mm, and height 11.0±0.6mm. This magnetic ring features high electrical insulation resistivity and consistent magnetic performance under continuous operating temperatures. Primarily designed for high-frequency EMI noise attenuation, it effectively eliminates electromagnetic interference in various electronic devices. Precise dimensional tolerance guarantees uniform product quality for mass production. The classic toroidal layout enables flexible and convenient winding assembly, making it an ideal core component for EMC filter circuits in power supplies and general electronic equipment.

This versatile Mn-Zn ferrite magnetic ring is widely applied for high-frequency noise suppression and EMC optimization in diverse electronic systems, covering the following core scenarios:

• EMI noise filtering for switching power supply units
• High-frequency interference suppression for power transmission cables
• Electromagnetic noise reduction for power adapters and battery chargers
• Signal purification and anti-interference processing for industrial control circuits
• EMC performance optimization for civilian consumer electronics
• High-frequency noise elimination for precision signal circuits