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Nizn Ferrite Core
Der Nizn-Ferritkern ist ein Hochleistungs-Magnetkernmaterial, das hauptsächlich aus gemischtem Sintern von Nickel-, Zink- und Eisenoxiden besteht. Es hat eine hohe Curie -Temperatur und eine hervorragende Temperaturstabilität und kann stabile magnetische Eigenschaften unter hohen Temperatur- und Hochfrequenzumgebungen aufrechterhalten. Darüber hinaus weist der Nickel-Zinc-Ferritkern auch die Eigenschaften einer hohen magnetischen Permeabilität und einem geringen Verlust auf, was ihn in hochfrequenten Anwendungen gut abschneidet.
Dieser Kern wird häufig in verschiedenen hochfrequenten elektronischen Geräten wie HF-Induktoren, Antennen, Filtern usw. verwendet, um die elektromagnetische Kompatibilität und die Signalqualität der Schaltung zu verbessern. Seine überlegenen Leistung und breite Anwendungsfelder machen Nizn Ferrit Core zu einem der unverzichtbaren Materialien für elektronische Ingenieure und Hersteller im Hochfrequenzschaltungsdesign.
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High-performance ferrite cores optimized for suppressing EMI/RFI noise in high-current circuits . Ideal for power supplies, automotive electronics, and industrial equipment, offering excellent impedance across a broad frequency range .This is a ferrite ring, not a magnet. It has no magnetism.
Iron powder core is generally stored near signals of place.
It has the characteristics of isolating eddy current, low permeability and restraining interference
Iron powder core is generally stored near signals of place.
It has the characteristics of isolating eddy current, low permeability and restraining interference
Key Features
✅ High-Performance Mn-Zn Ferrite Material
Impedance: 83Ω @100MHz | 31.6Ω @25MHz (Tested per IEC 62333-2)
Frequency Range: 1MHz–1GHz (Effective for both conducted/radiated noise)
✅ Robust Design Compliance
Dimensions: 25×10×15mm (Compact toroidal form factor)
Certifications: RoHS REACH compliant (Pb-Free, eco-friendly)
Operating Temp: -25°C to +125°C (Industrial-grade reliability)
✅ Application Versatility
Power Electronics: SMPS noise filtering, DC-DC converters
Automotive: CAN bus EMI suppression, EV charging systems
Telecom: USB/HDMI signal integrity protection
✅ High-Performance Mn-Zn Ferrite Material
Impedance: 83Ω @100MHz | 31.6Ω @25MHz (Tested per IEC 62333-2)
Frequency Range: 1MHz–1GHz (Effective for both conducted/radiated noise)
✅ Robust Design Compliance
Dimensions: 25×10×15mm (Compact toroidal form factor)
Certifications: RoHS REACH compliant (Pb-Free, eco-friendly)
Operating Temp: -25°C to +125°C (Industrial-grade reliability)
✅ Application Versatility
Power Electronics: SMPS noise filtering, DC-DC converters
Automotive: CAN bus EMI suppression, EV charging systems
Telecom: USB/HDMI signal integrity protection
Nickel-Zinc Ferrite Cores – High-Performance Magnetic Solutions
Nickel-zinc ferrite cores are advanced magnetic components primarily composed of nickel oxide and zinc oxide. Renowned for their exceptional magnetic properties, these cores are widely used in high-frequency electronic applications, delivering reliable and efficient performance.
Key Features Benefits
●Excellent High-Frequency Performance – Ideal for applications requiring stable operation at elevated frequencies.
●Low Magnetic Losses – Enhances energy efficiency and reduces heat generation in electronic circuits.
●High Stability Durability – Ensures consistent performance in demanding environments.
●Strong Magnetic Field Handling – Optimized for effective inductance and magnetic flux control.
Applications
Nickel-zinc ferrite cores are extensively used in:
●Transformers Inductors
●RF (Radio Frequency) Components
●EMI Suppression Devices
●Power Supply Systems
Nickel-zinc ferrite cores are advanced magnetic components primarily composed of nickel oxide and zinc oxide. Renowned for their exceptional magnetic properties, these cores are widely used in high-frequency electronic applications, delivering reliable and efficient performance.
Key Features Benefits
●Excellent High-Frequency Performance – Ideal for applications requiring stable operation at elevated frequencies.
●Low Magnetic Losses – Enhances energy efficiency and reduces heat generation in electronic circuits.
●High Stability Durability – Ensures consistent performance in demanding environments.
●Strong Magnetic Field Handling – Optimized for effective inductance and magnetic flux control.
Applications
Nickel-zinc ferrite cores are extensively used in:
●Transformers Inductors
●RF (Radio Frequency) Components
●EMI Suppression Devices
●Power Supply Systems
Why Choose This Ferrite Core?
🔋 High-Performance Mn-Zn Ferrite
Critical Metrics:
Impedance: 83Ω @ 100MHz | 60Ω min. guaranteed per IEC 62333-2.
Frequency Response: Optimized for 1MHz–1GHz (Ideal for EMC compliance).
📏 Precision Design for Easy Integration
Clip-On Toroidal Shape: Snap-on installation for cables, PCB traces, and connectors.
Compact Size (25×10×15mm): Fits space-constrained designs
🔋 High-Performance Mn-Zn Ferrite
Critical Metrics:
Impedance: 83Ω @ 100MHz | 60Ω min. guaranteed per IEC 62333-2.
Frequency Response: Optimized for 1MHz–1GHz (Ideal for EMC compliance).
📏 Precision Design for Easy Integration
Clip-On Toroidal Shape: Snap-on installation for cables, PCB traces, and connectors.
Compact Size (25×10×15mm): Fits space-constrained designs
Nickel-zinc (Ni-Zn) ferrite cores are advanced soft magnetic materials composed of nickel oxide (NiO) and zinc oxide (ZnO). Engineered for high-frequency applications, these cores deliver exceptional magnetic performance, low losses, and outstanding stability, making them ideal for modern electronic and power systems.
Key Features Advantages
✔ High-Frequency Efficiency – Excellent performance in RF and MHz-range applications with minimal core losses.
✔ Low Eddy Current Losses – Enhanced energy efficiency and reduced heat dissipation.
✔ High Resistivity – Superior performance in high-frequency circuits compared to other ferrites.
✔ Thermal Environmental Stability – Reliable operation under demanding temperature and mechanical conditions.
Typical Applications
• RF Wireless Components (Antennas, filters, baluns)
• Power Inductors High-Frequency Transformers
• EMI/EMC Suppression (Beads, chokes, noise filters)
Key Features Advantages
✔ High-Frequency Efficiency – Excellent performance in RF and MHz-range applications with minimal core losses.
✔ Low Eddy Current Losses – Enhanced energy efficiency and reduced heat dissipation.
✔ High Resistivity – Superior performance in high-frequency circuits compared to other ferrites.
✔ Thermal Environmental Stability – Reliable operation under demanding temperature and mechanical conditions.
Typical Applications
• RF Wireless Components (Antennas, filters, baluns)
• Power Inductors High-Frequency Transformers
• EMI/EMC Suppression (Beads, chokes, noise filters)
Ferrite core noise filters are easy to install with their double snap clips. The filters are dismountable and can be snapped on to a cable quickly and easily. Once installed, the noise filters effectively stop EMI and RFI, allowing for clearer signal and audio sound quality
This component is manufactured from iron, offering excellent shock resistance and durability, ensuring a prolonged service life. Its elevated Curie temperature (Tc) enables it to function continuously and stably, even in high-temperature environments.
With its soft and full characteristics, this core can handle higher current levels, providing effective resistance against electromagnetic interference and maintaining stable signal transmission. Its impressive saturation magnetic induction intensity leads to lower losses than many other core types
With its soft and full characteristics, this core can handle higher current levels, providing effective resistance against electromagnetic interference and maintaining stable signal transmission. Its impressive saturation magnetic induction intensity leads to lower losses than many other core types
Nickel-zinc (Ni-Zn) ferrite cores are advanced soft magnetic materials engineered with a precise blend of nickel oxide (NiO) and zinc oxide (ZnO). Designed for superior high-frequency operation, these cores offer outstanding efficiency, thermal stability, and reliability in modern electronic and power applications.
Key Features Benefits
✔ Superior High-Frequency Performance – Ideal for RF circuits, wireless charging, and high-speed power conversion.
✔ Ultra-Loss Core Losses – Maximizes energy efficiency by reducing hysteresis and eddy current losses.
✔ Excellent Thermal Stability – Maintains consistent magnetic properties across a wide temperature range.
✔ High Resistivity Low Eddy Current Loss – Ensures optimal performance in high-frequency inductors, transformers, and EMI suppression.
✔ Outstanding Environmental Resistance – Reliable operation under harsh conditions, including humidity and mechanical stress
Key Features Benefits
✔ Superior High-Frequency Performance – Ideal for RF circuits, wireless charging, and high-speed power conversion.
✔ Ultra-Loss Core Losses – Maximizes energy efficiency by reducing hysteresis and eddy current losses.
✔ Excellent Thermal Stability – Maintains consistent magnetic properties across a wide temperature range.
✔ High Resistivity Low Eddy Current Loss – Ensures optimal performance in high-frequency inductors, transformers, and EMI suppression.
✔ Outstanding Environmental Resistance – Reliable operation under harsh conditions, including humidity and mechanical stress
This component is fabricated from high-grade iron, offering exceptional shock resistance and durability, resulting in an extended operational lifespan. Its elevated Curie temperature (Tc) facilitates stable and continuous operation in high-temperature applications.
Engineered with soft magnetic properties, this core accommodates higher current levels, effectively mitigating electromagnetic interference (EMI) and ensuring stable signal transmission. Its superior saturation magnetic induction intensity contributes to reduced core losses, outperforming many conventional core materials
Engineered with soft magnetic properties, this core accommodates higher current levels, effectively mitigating electromagnetic interference (EMI) and ensuring stable signal transmission. Its superior saturation magnetic induction intensity contributes to reduced core losses, outperforming many conventional core materials
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Shenzhen Viip Electronics Co., Ltd. ist ein professioneller EMC -Dienstleister. Sich hauptsächlich auf die r konzentriert & D, Produktion und Verkauf von EMC-Anti-Interferenzkomponenten.
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2f Gebäude d Mao Yuan Industriegebiet, Huan Guan South Road, Guan Hu Street, Long Hua District, Shenzhen City.
Kontaktperson: Vicky Lee
Tel:86 19925448748
WhatsApp: 86-18003057179