Product Description:

The EMI Ferrite Core is an essential component widely used in electronic circuits to reduce electromagnetic interference (EMI) and improve overall signal integrity. This product is specifically designed as an EMI noise filter ferrite core, offering exceptional suppression of high-frequency noise and disturbances that can adversely affect the performance of electronic devices. With its superior material properties and precise engineering, the EMI choke ferrite core is ideal for applications requiring effective noise attenuation and enhanced electromagnetic compatibility (EMC).

One of the key characteristics of this EMI Ferrite Core is its high density, measured at 4.6 g/cm³. This density contributes to the core’s efficient magnetic properties and mechanical robustness, ensuring durability and stable performance even under demanding operating conditions. The dense ferrite material provides excellent magnetic flux handling capabilities, which is crucial for minimizing signal loss and maintaining the integrity of the electrical signals passing through the core.

The Curie Temperature of this ferrite core exceeds 130°C, making it highly reliable in environments where elevated temperatures are common. The Curie Temperature is a critical parameter, as it defines the temperature at which the ferrite material loses its magnetic properties. With a Curie Temperature greater than 130°C, this EMI choke ferrite core maintains its magnetic efficiency over a wide range of operating temperatures, ensuring consistent noise suppression and long-term stability.

The initial permeability of the EMI Ferrite Core is rated at 850. This high initial permeability indicates the core’s ability to support magnetic flux with minimal magnetizing force, which enhances its effectiveness in filtering out EMI noise. A high permeability ferrite core is essential for creating efficient EMI filters, as it allows for the concentration of magnetic fields and improved attenuation of unwanted frequencies. This makes the ferrite sleeve EMI core an excellent choice for applications in power supplies, communication devices, and other electronic systems where noise reduction is critical.

Another important attribute of this product is its relative loss factor, which is specified as 16 at 0.01 MHz. The relative loss factor is an indicator of the core’s energy dissipation capabilities, representing how effectively it can absorb and dissipate high-frequency noise energy. A loss factor of 16 at 0.01 MHz means that the EMI choke ferrite core can efficiently dampen interference signals in the low MHz frequency range, providing effective noise suppression and protecting sensitive electronic components from EMI-related malfunctions.

Coercivity, another vital magnetic property, is measured at 20 for this ferrite core. Coercivity refers to the resistance of the ferrite material to becoming demagnetized. A coercivity value of 20 indicates a balanced magnetic hardness, allowing the core to maintain its magnetic performance over time without being easily demagnetized by external magnetic fields or thermal effects. This ensures the EMI noise filter ferrite core remains effective throughout its operational lifespan.

The EMI Ferrite Core, available as a ferrite sleeve EMI core, is versatile and can be easily integrated into various electronic assemblies. Its sleeve shape allows it to be conveniently placed around cables, wires, or circuit components, providing a straightforward yet highly effective means of mitigating EMI. This makes it particularly useful in applications such as power cords, data cables, and signal lines where EMI noise filtering is crucial to maintaining signal quality and device reliability.

In summary, the EMI Ferrite Core combines high density, a Curie Temperature above 130°C, an initial permeability of 850, a relative loss factor of 16 at 0.01 MHz, and a coercivity of 20 to deliver outstanding electromagnetic interference suppression. Whether used as an EMI noise filter ferrite core, an EMI choke ferrite core, or a ferrite sleeve EMI core, this product offers reliable performance, durability, and efficient noise filtering capabilities. It is an indispensable component for engineers and designers aiming to enhance the electromagnetic compatibility of their electronic systems and ensure optimal device operation in environments prone to electromagnetic disturbances.

Features:

• High Initial Permeability of 850 for effective EMI suppression
• Density of 4.6 ensures compact and durable EMI choke ferrite core design
• Low Coercivity value of 20 for minimal energy loss
• Relative Loss Factor of 16 at 0.01MHz enhances performance in EMI choke ferrite core applications
• Remanence of 200 contributes to stable magnetic properties
• Ideal for use as a Ferrite sleeve EMI core in various electronic devices

Technical Parameters:

Applications:

The VIIP WeiAiPu V18004 Electromagnetic Interference (EMI) Ferrite Core is a high-performance component designed to effectively suppress unwanted electromagnetic noise in various electronic devices. Originating from China and certified with Rohs Reach, this ferrite core is an ideal solution for industries that require reliable EMI suppression to ensure device stability and compliance with electromagnetic compatibility standards.

This EMI suppression ferrite core is widely used in applications such as power supplies, communication equipment, consumer electronics, and automotive electronics. Its initial permeability of 850, remanence of 200, and coercivity of 20 make it highly efficient in filtering high-frequency noise signals, thereby enhancing the overall electromagnetic compatibility of electronic circuits. The relative loss factor of 16 at 0.01MHz and density of 4.6 further contribute to its superior noise attenuation capabilities, making it an excellent choice for EMI choke ferrite core applications.

In practical scenarios, the VIIP WeiAiPu V18004 ferrite core is commonly employed in the manufacturing of power adapters, LED lighting, industrial machinery, and medical devices where electromagnetic interference can affect performance and safety. It is particularly effective in environments with high-frequency switching currents and rapid signal transitions, where EMI noise can cause significant disruptions. The core’s robust design supports continuous operation under demanding conditions, ensuring long-term reliability.

With a minimum order quantity of 100 pieces and a supply ability of 2000 pieces per day, VIIP WeiAiPu guarantees timely delivery within 5 to 7 days, packaged securely in cartons to prevent damage during transit. Payment terms are flexible with T/T accepted, making it convenient for bulk procurement. This combination of excellent technical specifications and efficient supply chain management makes the V18004 ferrite core a preferred choice for engineers and manufacturers focused on reducing electromagnetic interference and improving electronic device performance.

Overall, whether used as an EMI suppression ferrite core in consumer electronics or as an EMI choke ferrite core in industrial applications, the VIIP WeiAiPu V18004 model offers outstanding electromagnetic noise reduction, compliance with international standards, and dependable supply, making it an indispensable component in modern electronic design and manufacturing.

Customization:

VIIP WeiAiPu offers professional product customization services for the EMI Ferrite Core model V18004, ensuring high-quality solutions tailored to your specific needs. Our Ferrite ring EMI core and Ferrite split bead EMI core products are manufactured in CHINA with strict adherence to Rohs Reach certification standards.

We maintain a minimum order quantity of 100pcs and package each order securely in cartons to ensure safe delivery. With a supply ability of 2000PCS per day, we guarantee a delivery time of 5-7 days, supported by flexible payment terms via T/T.

The V18004 electromagnetic interference ferrite core features excellent technical specifications, including a Curie temperature greater than 130°C, a relative loss factor of 16 at 0.01MHz, a density of 4.6, initial permeability of 850, and remanence of 200. These attributes make it ideal for effective EMI suppression in various electronic applications.

Choose VIIP WeiAiPu for reliable and efficient customization of Ferrite ring EMI cores, Ferrite split bead EMI cores, and other electromagnetic interference ferrite core products that meet your performance and quality requirements.

FAQ:

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

A1: The EMI Ferrite Core is manufactured by VIIP WeiAiPu and the model number is V18004.

Q2: Where is the VIIP WeiAiPu EMI Ferrite Core produced?

A2: This EMI Ferrite Core is made in China.

Q3: Does the EMI Ferrite Core have any certifications?

A3: Yes, the product is certified with Rohs Reach compliance.

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

A4: The minimum order quantity is 100 pieces, and the products are packaged in cartons.

Q5: What is the typical delivery time and payment terms for ordering the EMI Ferrite Core?

A5: The delivery time is usually 5-7 days, and the accepted payment term is T/T (Telegraphic Transfer).

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

A6: The supply ability is approximately 2000 pieces per day.