Product Description:

The EMI Ferrite Core is a highly efficient component designed to suppress electromagnetic interference (EMI) in various electronic devices and systems. Manufactured from premium VN09 material, this ferrite core offers exceptional performance characteristics that make it an ideal choice for engineers and technicians seeking reliable EMI suppression solutions. Whether used as a ferrite ring EMI core or a ferrite clip-on EMI core, this product delivers consistent and effective noise reduction, ensuring improved signal integrity and enhanced device functionality.

One of the standout features of this EMI suppression ferrite core is its relative loss factor of 16 at 0.1 MHz. This parameter is crucial because it indicates the core's ability to dissipate high-frequency noise effectively. A higher relative loss factor means better attenuation of unwanted electromagnetic signals, which is essential in minimizing interference that can degrade the performance of sensitive electronic circuits. The loss factor of 16 at 0.1 MHz positions this ferrite core among the most efficient components available for EMI noise reduction in both consumer and industrial applications.

The use of VN09 material in the construction of this ferrite core is another important attribute contributing to its superior functionality. VN09 is known for its excellent magnetic properties, stability, and durability, which are critical for maintaining consistent EMI suppression over time. This material ensures that the ferrite core can withstand various operating conditions, including fluctuations in temperature and mechanical stress, without compromising its effectiveness. As a result, users can trust this ferrite core to provide long-lasting performance in diverse environments.

Coercivity is another vital characteristic of this EMI ferrite core, with a value of 20. Coercivity refers to the resistance of the magnetic material to becoming demagnetized. A coercivity of 20 indicates a balanced magnetic hardness that allows the core to maintain its magnetic properties while still being responsive enough to handle rapid changes in electromagnetic fields. This balance is essential for the ferrite core to function efficiently in dynamic electronic systems where electromagnetic conditions can vary significantly.

The relative temperature coefficient of this ferrite core ranges between 5 and 10, highlighting its thermal stability. Temperature coefficient measures how the magnetic properties of the core change with temperature. A low and controlled temperature coefficient ensures that the EMI suppression capability of the ferrite core remains stable across a wide temperature range. This stability is particularly valuable in applications where electronic devices are exposed to varying environmental conditions, ensuring consistent EMI noise reduction regardless of temperature fluctuations.

Additionally, the remanence value of 200 for this ferrite core indicates the level of residual magnetism retained after the external magnetic field is removed. A remanence of 200 signifies that the core maintains a moderate level of magnetization, which helps in sustaining its EMI suppression capabilities without causing magnetic saturation. This characteristic ensures that the ferrite core can effectively operate in circuits with alternating electromagnetic fields, providing continuous noise attenuation.

The versatility of this EMI ferrite core is evident in its various forms, including the ferrite ring EMI core and the ferrite clip-on EMI core. The ferrite ring EMI core is typically used for fixed installations where the core is integrated into the circuit design, offering a permanent solution for EMI suppression. On the other hand, the ferrite clip-on EMI core provides flexibility and ease of use, allowing users to attach the core onto cables and wires without the need for disassembly. This clip-on design is particularly beneficial for troubleshooting and retrofitting existing systems to reduce EMI emissions quickly and effectively.

In summary, the EMI Ferrite Core made from VN09 material with a relative loss factor of 16 at 0.1 MHz, coercivity of 20, relative temperature coefficient between 5 and 10, and remanence of 200 is a robust and reliable solution for EMI suppression. Whether utilized as a ferrite ring EMI core or a ferrite clip-on EMI core, this product ensures significant reduction of electromagnetic interference, enhancing the performance and longevity of electronic devices. Its excellent magnetic properties, thermal stability, and ease of installation make it an indispensable component in modern electronic design and maintenance.

Features:

• Product Name: EMI Ferrite Core
• Material: VN09
• Relative Temperature Coefficient: 5-10
• Initial Permeability: 850
• Coercivity: 20
• Remanence: 200
• Suitable for use as a Ferrite toroidal EMI core
• Can be used as a Ferrite sleeve EMI core for various applications
• High performance Ferrite sleeve EMI core with excellent magnetic properties

Technical Parameters:

Applications:

The VIIP WeiAiPu EMI Ferrite Core, model number V18001A, is an essential component widely used in various electronic applications to suppress electromagnetic interference (EMI). Manufactured in China and certified with Rohs Reach, this ferrite core ensures compliance with international environmental and safety standards. With a high supply ability of 2000PCS per day and a minimum order quantity of 100 pieces, it is an ideal choice for both small-scale and large-scale production needs. The product is carefully packaged in cartons to ensure safe delivery within 5-7 days, with payment terms via T/T.

This EMI Ferrite Core is made from premium VN09 material, offering excellent magnetic properties with a relative loss factor of 16 at 0.1MHz, coercivity of 20, remanence of 200, and a relative temperature coefficient between 5 to 10. These attributes make it highly effective in reducing high-frequency noise and improving signal integrity in electronic circuits.

The Ferrite toroidal EMI core is particularly suited for applications in power supplies, transformers, and inductors where suppression of high-frequency noise is critical. Its toroidal shape allows for efficient magnetic flux containment, making it highly effective in minimizing EMI emissions. This makes it a preferred choice in industrial equipment, communication devices, and consumer electronics.

In addition to the toroidal design, the Ferrite bead EMI core is commonly deployed in scenarios where space is limited but EMI suppression remains a priority. It is frequently used on cables and wiring harnesses to prevent noise from propagating along signal lines, which is crucial in automotive electronics, computer peripherals, and audio equipment.

Furthermore, the EMI choke ferrite core plays a vital role in filtering out unwanted electromagnetic signals in circuits such as power adapters, LED drivers, and household appliances. Its ability to choke high-frequency currents while allowing low-frequency currents to pass helps maintain device performance and compliance with electromagnetic compatibility (EMC) regulations.

Overall, the VIIP WeiAiPu V18001A EMI Ferrite Core is highly versatile and reliable for a wide range of applications that require effective EMI suppression. Whether in industrial, automotive, communication, or consumer electronics, this product provides a robust solution to enhance device performance and ensure electromagnetic compatibility.

Customization:

VIIP WeiAiPu offers professional product customization services for the EMI Ferrite Core, model number V18001A. Our EMI suppression ferrite core is manufactured in CHINA with high-quality VN09 material, ensuring excellent performance and reliability. Certified by Rohs Reach, this ferrite clip-on EMI core meets international environmental standards.

We provide a minimum order quantity of 100pcs with packaging details in sturdy carton boxes to ensure safe delivery. Our supply ability is 2000PCS per day, with a delivery time of 5-7 days. Payment terms are flexible, primarily T/T.

The EMI choke ferrite core features a relative temperature coefficient of 5-10, coercivity of 20, remanence of 200, and a relative loss factor of 16 at 0.1MHz, making it ideal for effective EMI noise suppression in various electronic applications.

Choose VIIP WeiAiPu for customized EMI suppression ferrite cores that combine quality, efficiency, and reliable supply chain management.

FAQ:

Q1: What is the brand and model number of this EMI Ferrite Core?

A1: The brand name is VIIP WeiAiPu and the model number is V18001A.

Q2: Where is the EMI Ferrite Core manufactured?

A2: This product is made in China.

Q3: What certifications does the EMI Ferrite Core have?

A3: The EMI Ferrite Core is certified with Rohs and Reach standards.

Q4: What is the minimum order quantity and packaging details?

A4: The minimum order quantity is 100 pieces and the product is packaged in cartons.

Q5: What is the delivery time and payment terms for this product?

A5: The delivery time is typically 5-7 days and payment is accepted via T/T.

Q6: What is the supply ability of the VIIP WeiAiPu EMI Ferrite Core?

A6: The supply ability is up to 2000 pieces per day.