2F building D Mao yuan industry area, Huan guan south road,
Guan hu street, Long hua district, Shenzhen city
The world's leading manufacturer of power filters.
Ferrite Core
Ferrite core is a high-frequency magnetic material, mainly made of iron oxide mixed with other metal oxides (such as manganese, zinc, etc.) and then fired. It has the characteristics of high magnetic permeability and low loss, and is widely used in electronic equipment. Ferrite cores can be made into various shapes and sizes to meet different application requirements, such as transformers, inductors, filters, etc. In high-frequency environments, ferrite cores can effectively transmit and convert electromagnetic energy while reducing energy loss and improving the efficiency and performance of equipment. In addition, ferrite cores also have good temperature stability and mechanical strength, and can maintain stable performance in various harsh environments.
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Available for diversified application scenarios: industry, medical, communication, lab‑instrument and security equipment.
Dense‑texture ferrite core body, resist cracking under normal assembling and installation stress.
Support technical consultation of EMC debugging, obtain professional suggestion for noise‑reduction solution.
Dense‑texture ferrite core body, resist cracking under normal assembling and installation stress.
Support technical consultation of EMC debugging, obtain professional suggestion for noise‑reduction solution.
Snap‑on clip‑on structure for fast on‑site installation without cable disassembly.
Adopts premium VN09 ferrite material with initial permeability up to 850.
Wide effective working frequency range covering 1 MHz‑500 MHz for broadband EMI attenuation.
6.8 mm inner aperture, perfectly fits cables with outer diameter up to 6.8 mm.
Optimized clip locking‑structure, effectively prevents pop‑open under vibration and mechanical shock.
Adopts premium VN09 ferrite material with initial permeability up to 850.
Wide effective working frequency range covering 1 MHz‑500 MHz for broadband EMI attenuation.
6.8 mm inner aperture, perfectly fits cables with outer diameter up to 6.8 mm.
Optimized clip locking‑structure, effectively prevents pop‑open under vibration and mechanical shock.
Precision-moulded clip interface enables secure locking, preventing accidental pop-open under cable vibration, shock and long-term service conditions
Optimised for cables with maximum inner pass-through diameter of 6.8 mm, fits bundled wiring while maintaining tight core closure for maximum noise damping efficiency
Full traceability of raw material and finished-lot testing supports EMC certification documentation, simplifying customers' product compliance submission workflows
Curie temperature exceeds 130 °C, ensuring stable magnetic performance under elevated working-temperature conditions
Optimised for cables with maximum inner pass-through diameter of 6.8 mm, fits bundled wiring while maintaining tight core closure for maximum noise damping efficiency
Full traceability of raw material and finished-lot testing supports EMC certification documentation, simplifying customers' product compliance submission workflows
Curie temperature exceeds 130 °C, ensuring stable magnetic performance under elevated working-temperature conditions
Suitable for switching power supply, consumer electronics and data‑communication equipment applications
Strict raw‑material quality control, reduces performance deviation across different production batches
Can cooperate with other EMI filter components to build complete system‑level noise reduction solutions
Stable impedance output performance, offers reliable noise‑suppression capability for high‑interference environments
Strict raw‑material quality control, reduces performance deviation across different production batches
Can cooperate with other EMI filter components to build complete system‑level noise reduction solutions
Stable impedance output performance, offers reliable noise‑suppression capability for high‑interference environments
Flexible application scenarios, works for cable noise suppression as well as circuit‑level EMC optimization
Great helper for EMC debugging, assists hardware engineers to pass EMC certification tests smoothly
Uniform ferrite material density, minimizes hidden defects such as internal micro‑cracks inside cores
Stable remanence of 150 mT, predictable magnetic response under cyclic current variation
Great helper for EMC debugging, assists hardware engineers to pass EMC certification tests smoothly
Uniform ferrite material density, minimizes hidden defects such as internal micro‑cracks inside cores
Stable remanence of 150 mT, predictable magnetic response under cyclic current variation
Adopts graded appearance defect control standard for stable mass‑production quality output
Toroidal gap‑free structure, delivers better magnetic performance compared with split‑type magnetic cores
RoHS and REACH fully compliant, meets environmental requirements for global export electronic products
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Toroidal gap‑free structure, delivers better magnetic performance compared with split‑type magnetic cores
RoHS and REACH fully compliant, meets environmental requirements for global export electronic products
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Low relative loss factor, effectively reduces heat accumulation during high‑frequency continuous operation
Low coercivity design, cuts internal magnetic hysteresis loss and improves system energy efficiency
High electrical resistivity, suppresses eddy‑current loss and optimizes high‑frequency working performance
Capable of suppressing both common‑mode and differential‑mode high‑frequency EMI and RFI interference
Low coercivity design, cuts internal magnetic hysteresis loss and improves system energy efficiency
High electrical resistivity, suppresses eddy‑current loss and optimizes high‑frequency working performance
Capable of suppressing both common‑mode and differential‑mode high‑frequency EMI and RFI interference
V18039FJ amorphous magnetic ring adopts premium 1K107B amorphous alloy material. It achieves high initial permeability of 80000 and saturation magnetic flux density up to 1250 mT. With wide working temperature range from ‑50℃ to 150℃ and high Curie temperature of 570℃, this core maintains stable magnetic performance under complex operating conditions.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
V18039FJ amorphous magnetic ring adopts premium 1K107B amorphous alloy material. It achieves high initial permeability of 80000 and saturation magnetic flux density up to 1250 mT. With wide working temperature range from ‑50℃ to 150℃ and high Curie temperature of 570℃, this core maintains stable magnetic performance under complex operating conditions.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
Wide test bandwidth covering 1 MHz to 500 MHz for comprehensive impedance characterization
Compliant with RoHS and REACH standards, fit for global export electronic projects
Strict visual appearance defect criteria to ensure reliable mechanical strength during assembly
Perfect for circuit EMC debugging together with EMI filter solutions
Compliant with RoHS and REACH standards, fit for global export electronic projects
Strict visual appearance defect criteria to ensure reliable mechanical strength during assembly
Perfect for circuit EMC debugging together with EMI filter solutions
V18039FJ amorphous magnetic ring adopts premium 1K107B amorphous alloy material. It achieves high initial permeability of 80000 and saturation magnetic flux density up to 1250 mT. With wide working temperature range from ‑50℃ to 150℃ and high Curie temperature of 570℃, this core maintains stable magnetic performance under complex operating conditions.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
V18039FJ amorphous magnetic ring adopts premium 1K107B amorphous alloy material. It achieves high initial permeability of 80000 and saturation magnetic flux density up to 1250 mT. With wide working temperature range from ‑50℃ to 150℃ and high Curie temperature of 570℃, this core maintains stable magnetic performance under complex operating conditions.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
Benefiting from outstanding anti‑DC bias property and low magnetostriction coefficient, this magnetic ring delivers superior common‑mode noise suppression capability. It is well‑suited for high‑power power electronic equipment. Strict quality control guarantees stable batch performance. Sample testing and customized services are offered to meet various project requirements.
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Shenzhen VIIP Electronics Co., Ltd. is a professional EMC service provider. Mainly focusing on the R & D, production and sales of EMC anti-interference components.
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Contact person: Vicky Lee
Tel: +86 19925448748
WhatsApp：86-18003057179