Product Brief

The V180162T is a premium toroidal magnetic core fabricated from high-purity VN02 grade manganese-zinc ferrite material. It delivers a stable initial permeability (μi) of 650, providing dependable magnetic performance for industrial and commercial EMC circuit design. The core adopts standardized precise sizing: 19.0±0.6mm outer diameter, 13.0±0.6mm inner diameter and 11.0±0.6mm thickness. Featuring minimal magnetic loss, superior saturation magnetic flux density and excellent electrical resistance, this ferrite core boasts a Curie temperature above 110°C, ensuring steady magnetic output even in fluctuating temperature environments. With rigorous production tolerance control, each batch maintains consistent quality and reliable anti-interference ability, effectively attenuating EMI noise to help electronic circuits pass standard EMC certification tests. Its seamless toroidal structure also simplifies manual winding and automatic coil assembly procedures greatly.

Product Description

V180162T is a professionally engineered Mn-Zn ferrite toroidal core based on optimized VN02 material formula. With a fixed initial permeability of 650, it achieves ultra-low power consumption and outstanding saturation magnetic stability under regular operating conditions. The core features accurate physical dimensions: OD 19.0±0.6mm, ID 13.0±0.6mm and height 11.0±0.6mm. It possesses high insulation resistivity and stable magnetic characteristics during long-duration continuous operation. Specially developed for high-frequency electromagnetic interference suppression, this magnetic ring efficiently cleans up stray EMI signals in various electronic devices. Strict dimensional precision guarantees excellent uniformity for large-scale mass production. The optimized toroidal shape allows flexible and neat wire winding, making it an ideal magnetic component for EMC filter circuits in switching power supplies and various electronic devices.

Application Range & Usage

This multi-functional Mn-Zn ferrite toroidal core is widely utilized for high-frequency noise suppression and electromagnetic compatibility optimization in various electronic systems, covering the mainstream application scenarios as below:

• High-frequency EMI filtering for switching power supply equipment
• Electromagnetic interference suppression for power transmission lines
• Noise reduction treatment for power adapters and charging devices
• Signal stabilization and anti-jamming processing for industrial control circuits
• EMC standard upgrading for consumer electronic products
• High-frequency clutter elimination for precision signal circuit modules

General New FAQs for Ferrite Toroidal Cores