Factory PLC-High DC Sendust Cores for Advanced Applications

Short Description:

Factory PLC-High DC Sendust Cores are reliable, cost-effective solutions for high-frequency applications, known for low core losses and high permeability.

Product Detail

Product Details

ParameterValue
Material CompositionFe, Si, Al
Thickness28~35μm
Saturation Induction Bs1.25 T
Curie Temperature570℃
HardnessHv 880
Operating Temperature Range-50~120℃

Common Product Specifications

Part No.Core DimensionFinished Dimension
JJ8001805080x45x5585x45x55
JJ7501756075x50x2580x55x25

Manufacturing Process

The factory PLC-High DC Sendust Cores are manufactured using advanced powder metallurgy and heat treatment techniques that enhance the material's magnetic properties, such as high permeability and saturation resistance. According to authoritative studies, the use of controlled atmospheres during heat treatment minimizes oxidation while maintaining the homogeneity of the material, which is essential for achieving consistent performance in high-frequency applications. The manufacturing process ensures that the cores have low eddy-current losses and excellent thermal stability, making them suitable for demanding applications.

Application Scenarios

Based on industry research, factory PLC-High DC Sendust Cores are ideal for use in high-frequency transformers, inductors, and chokes, where low core losses are paramount. Their high saturation point makes them particularly effective in environments with significant DC bias, like switched-mode power supplies and solar inverters. The combination of low losses and high permeability also makes them suitable for EMC filters and automotive applications, providing reliable performance in systems demanding efficiency and durability.

Product After-Sales Service

Our factory offers comprehensive after-sales support for PLC-High DC Sendust Cores, including technical assistance, troubleshooting, and replacement services. We ensure customer satisfaction by providing personalized solutions and expert guidance to address any product-related issues.

Product Transportation

Factory PLC-High DC Sendust Cores are packaged securely to prevent damage during transit. We partner with reliable logistics providers to ensure timely and safe delivery, with options for tracked shipping to maintain transparency and reliability for our customers.

Product Advantages

  • Cost-effective alternative with balanced performance.
  • Low core losses and high permeability enhance energy efficiency.
  • Stable operation across a range of temperatures and frequencies.

Product FAQ

  • What makes PLC-High DC Sendust Cores suitable for high-frequency applications?

    The factory PLC-High DC Sendust Cores have low core losses and high permeability, making them ideal for high-frequency environments where efficiency is crucial.

  • How does the core composition affect performance?

    The alloy composition of Fe, Si, and Al provides a unique combination of high saturation and low losses, which enhances performance in dynamic applications.

  • Can these cores be customized?

    Yes, the factory offers customization of PLC-High DC Sendust Cores to meet specific client requirements for size, shape, and performance parameters.

  • What are the core temperature limits?

    Our cores are designed to operate efficiently within a temperature range of -50 to 120℃, providing stability in various environmental conditions.

  • Do they have high thermal stability?

    Yes, they maintain consistent performance and low losses across wide temperature ranges, making them reliable for high-demand systems.

  • Are they suitable for automotive applications?

    Absolutely. Their high saturation and low core losses make them ideal for automotive EMC and power conversion systems.

  • How do they compare to ferrite cores?

    Factory PLC-High DC Sendust Cores have better permeability and higher saturation levels compared to ferrite, making them more versatile.

  • What applications benefit most from their use?

    They are especially beneficial in switching power supplies, DC-DC converters, and applications requiring low losses.

  • How do they handle DC bias?

    Their high saturation point allows them to handle significant DC bias without performance degradation, maintaining efficiency.

  • What is the lifespan of these cores?

    These cores are designed for durability and longevity, with stable performance over prolonged use in industrial settings.

Product Hot Topics

  • Advantages of Using Factory PLC-High DC Sendust Cores in Modern Electronics

    At Zhejiang Jingjing New Material Technology Co., Ltd., our Factory PLC-High DC Sendust Cores are increasingly popular in modern electronics due to their combination of low core losses and high permeability. These properties are essential for applications like high-frequency transformers and inductors, where energy efficiency is paramount. The cores also offer high saturation levels, making them ideal for handling high DC bias without compromising performance. Their cost-effectiveness compared to alternative materials like nanocrystalline alloys adds to their appeal, balancing superior performance with budget considerations. As industries strive for more efficient and reliable components, our factory continues to be a go-to source for advanced magnetic core solutions.

  • The Future of PLC-High DC Sendust Cores: Meeting Industry Demands

    As industries evolve towards higher efficiency and smaller device footprints, the demand for magnetic cores like our Factory PLC-High DC Sendust Cores is expected to rise. Their ability to deliver low core losses and maintain performance under high-frequency and high-current conditions positions them well to meet these demands. Especially in sectors such as renewable energy, automotive, and telecommunications, where reliability and efficiency are critical, these cores offer a robust solution. Our factory remains committed to innovation and quality to ensure that our PLC-High DC Sendust Cores continue to exceed industry expectations.

  • Customization Options for Factory PLC-High DC Sendust Cores

    Customization is a significant focus at Zhejiang Jingjing New Material Technology Co., Ltd., allowing us to serve diverse industry needs with precision. Our Factory PLC-High DC Sendust Cores can be tailored in terms of dimensions and performance parameters to match specific application requirements. This flexibility ensures that our cores can integrate seamlessly into various systems, whether it’s for specialized automotive applications or complex power electronics. By providing bespoke core solutions, we help our clients achieve their specific engineering goals, demonstrating our commitment to supporting innovation and efficiency in all sectors.

  • Enhancing Power Supply Efficiency with Factory PLC-High DC Sendust Cores

    In the realm of power supply systems, efficiency is a cornerstone of performance. Our Factory PLC-High DC Sendust Cores contribute significantly to this by offering low core losses and high saturation capabilities. This makes them particularly effective in power inverters and transformers, where they help minimize energy consumption and reduce operational costs. By optimizing the magnetic core's performance characteristics, these cores ensure reliability and efficiency, which are crucial for modern power supply solutions. This focus on efficiency not only aligns with current industry trends towards sustainability but also enhances the economic viability of power systems.

  • Overcoming Design Challenges with Factory PLC-High DC Sendust Cores

    Designers often face challenges in balancing efficiency, reliability, and cost in magnetic components. Our Factory PLC-High DC Sendust Cores address these challenges by providing a cost-effective yet high-performance solution. Their unique material composition allows for reduced core losses and excellent thermal stability, which are critical factors in high-frequency applications. By offering customizable cores, we empower engineers to overcome design constraints without compromising on quality or performance, thus driving innovation across industries.

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