B65646A0000R087

If you are seeking a high-quality magnetic component for your projects, look no further than the B65646A0000R087. Designed with precision, this ferrite core is engineered to meet the demands of various electronic applications. In this product description, we will delve into the features, benefits, and specifications of this remarkable ferrite core to help you understand why it is the ideal choice for your needs.

What is the B65646A0000R087?

The B65646A0000R087 is a dual-piece ferrite core known for its exceptional performance in power management (PM) applications. Made from high-quality N87 material, this ferrite core exhibits optimal magnetic properties, making it perfect for transformers, inductors, and other electromagnetic applications.

Key Features of the B65646A0000R087

• Core Material: The B65646A0000R087 is constructed from N87 ferrite, a material well-known for its low losses at high frequencies and excellent energy conversion efficiency.
• Inductance: With a value of 7400nH, this ferrite core is designed to ensure a high degree of inductance, which is essential for effective energy storage in power supply applications.
• Volume: The core has a total volume of 31000mm³, providing ample space for coil winding and optimizing overall performance.
• Cross-sectional Area: The cross-sectional area measures 370mm², which significantly contributes to the magnetic saturation capacity and overall efficiency of the core.
• Configuration: This product comes in a set of 2 pieces, allowing for flexible design options in various projects.

Applications of the B65646A0000R087

The versatility of the B65646A0000R087 makes it suitable for a wide array of applications across different industries. Here are some common areas where this ferrite core can be utilized:

• Power Supplies: Ideal for switch-mode power supplies (SMPS), the B65646A0000R087 enhances efficiency and reduces electromagnetic interference.
• Inductor Manufacturing: This ferrite core is often used in the construction of inductors, offering low core losses and high saturation flux density.
• Transformers: The B65646A0000R087 is particularly beneficial in designing transformers, ensuring stable performance under varying load conditions.
• Electric Vehicles: Consider this ferrite core for applications in electric vehicles, contributing to the performance of chargers and battery management systems.
• Renewable Energy Systems: This product finds application in renewable energy sectors such as wind and solar power converters, promoting efficient energy conversion.

Benefits of Choosing the B65646A0000R087

When opting for the B65646A0000R087, users can expect numerous benefits that contribute to improved overall project results:

• Enhanced Efficiency: The N87 ferrite material minimizes energy losses, leading to improved efficiency in your electronic circuits.
• Durability: Built to last, the B65646A0000R087 offers high temperature resistance and longevity, ensuring consistent performance over time.
• Cost-effective: With its favorable price-performance ratio, you can achieve high performance without overspending on components.
• Easy Integration: The design and size of the B65646A0000R087 make it easy to integrate into various designs, offering flexibility for engineers and designers alike.
• Proven Quality: Utilizing quality materials and rigorous manufacturing processes, this ferrite core has a proven track record of success in various applications.

Conclusion

To sum up, the B65646A0000R087 is a robust, efficient, and versatile ferrite core that fits a wide range of applications in today’s technological landscape. Whether you are developing power supplies, inductors, or transformers, this ferrite core is designed to elevate your project’s performance and reliability. Choose the B65646A0000R087 for your next design and experience the exceptional quality and efficiency it brings to your electronic applications.

Ready to enhance your projects? Order your B65646A0000R087 today and experience the difference it can make in your designs! For more products related to this ferrite core, check out our Ferrite Cores category.