Wholesale Nanocrystalline Core Toroidal Inductor

Short Description:

s are essential for high-frequency applications with superior magnetic properties and stability.

Product Detail

Main Parameters

CharacteristicValue
Saturation Magnetic Induction (Bs)1.25 T
PermeabilityHigh
Core LossLow
Temperature Range-40 to 140°C

Common Specifications

SpecificationValue
Thickness0.08mm - 26mm
Hardness880 kg/mm²
Curie Temperature (Tc)560°C
Density7.2 g/cm³

Manufacturing Process

Nanocrystalline Core Toroidal Inductors are manufactured using a rapid solidification process. This technique involves the cooling of liquid alloys at high rates to achieve a nanometer-scale crystalline structure. The process enhances the magnetic properties and reduces core losses, making the material ideal for high-frequency applications. Following solidification, the material undergoes precision cutting and heat treatment to stabilize its structure, ensuring optimal performance across varied environmental conditions.

Application Scenarios

Nanocrystalline Core Toroidal Inductors find application in power electronics, EMI filters, high-frequency transformers, and magnetic sensors. Their high permeability and low loss characteristics make them suitable for power supplies, inverters, and converters. In EMI filtering, these inductors help suppress noise, enhancing the performance of electronic devices. Their sensitivity and thermal stability are crucial in precision measurement and energy conversion systems.

Product After-Sales Service

Our wholesale Nanocrystalline Core Toroidal products are backed by a comprehensive after-sales service. We offer technical support, product replacement, and maintenance advice to ensure customer satisfaction and optimal product performance.

Product Transportation

We ensure that all wholesale orders of Nanocrystalline Core Toroidal Inductors are packaged securely and transported via reliable logistics partners. Our logistics team monitors the shipment process to ensure timely and safe delivery to our customers worldwide.

Product Advantages

  • High magnetic permeability for efficient energy transfer.
  • Low core loss at high frequencies, enhancing electronic device performance.
  • Thermal stability over a wide temperature range, suitable for various environments.

Product FAQ

  • What is the advantage of using Nanocrystalline Core Toroidal Inductors?

    Nanocrystalline Core Toroidal Inductors provide superior magnetic properties, such as high permeability and low core loss, making them ideal for high-frequency applications, enhancing efficiency and performance.

  • Can I order these inductors wholesale?

    Yes, Zhejiang Jingjing offers wholesale options for Nanocrystalline Core Toroidal Inductors, providing cost-effective solutions for bulk purchases.

  • What industries benefit from using these inductors?

    Industries like power electronics, telecommunications, renewable energy, and automotive benefit significantly due to the inductors' efficiency and compact design.

  • How do these inductors handle temperature variations?

    With excellent thermal stability, they maintain performance across a broad temperature range, suitable for environments from -40°C to 140°C.

  • Are custom sizes available?

    We offer customization to meet specific requirements, ensuring our inductors fit your application's needs perfectly.

Product Hot Topics

  • The Future of Nanocrystalline Core Toroidal Inductors in Power Electronics

    The demand for efficient power solutions continues to grow. Wholesale Nanocrystalline Core Toroidal Inductors are becoming a cornerstone in modern power electronics, contributing to the downsizing of devices and improved energy efficiency. Their adoption is expected to rise as industries seek more compact, efficient solutions.

  • Enhancing EMI Filtering with Nanocrystalline Core Toroidal Inductors

    With increasing electronic device density, managing electromagnetic interference is crucial. These wholesale inductors offer heightened EMI suppression capabilities, ensuring devices operate smoothly without noise disruptions, a significant factor for the advancing tech landscape.

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