High Flux Cores

Revolutionizing Magnetic Performance

In the ever-evolving world of power electronics, efficiency and performance are paramount. High Flux Cores stand as a breakthrough solution, offering superior energy storage, reduced core losses, and exceptional magnetic properties. Designed to outperform traditional gapped ferrite and iron powder cores, these advanced cores provide unparalleled advantages in applications requiring high saturation flux density, low core losses, and superior DC bias characteristics.

Tap for enquiry

Why Choose High Flux Cores?

High Flux Cores boast a saturation level of 15,000 Gauss, making them a game-changer in magnetic component design. This high saturation level allows for greater energy storage capacity, significantly reducing the need for oversized inductors and transformers. Compared to conventional core materials, High Flux Cores deliver:

Enhanced Energy Storage

Higher permeability and saturation flux density enable compact designs with superior power handling capabilities.

Reduced Core Losses

Minimized eddy current and hysteresis losses contribute to improved efficiency and thermal performance.

Excellent DC Bias Performance

Maintains stable inductance under high current conditions, making it ideal for demanding power applications.

Optimized Component Size and Weight

By reducing the number of winding turns, High Flux Cores allow for smaller and lighter magnetic components, leading to space and cost savings.

Superior Magnetic Stability

Ensures reliable performance across a wide range of temperatures and operating conditions.

Applications of High Flux Cores
Technical Specifications

High Flux Cores have become the preferred choice for engineers and designers working on high-performance power conversion and filtering applications. Their exceptional properties make them ideal for:

Power Factor Correction (PFC) Inductors - Essential for improving efficiency in power supplies by reducing reactive power losses.

Switching Regulator Inductors - Used in DC-DC converters and voltage regulators to ensure stable power delivery.

In-Line Noise Filters - Suppress electromagnetic interference (EMI) and enhance signal integrity in high-frequency circuits.

Pulse Transformers - Provide reliable signal transmission and isolation in pulse-based applications.

Flyback Transformers - Crucial in isolated power supplies, ensuring efficient energy transfer with minimal losses.

High Flux Cores are available in a wide range of sizes and configurations to meet diverse application requirements. Below are some of the key technical parameters:

Note: Custom heights and configurations are available upon request to meet specific design needs.

Experience the Future of Magnetic Components

High Flux Cores represent the next generation of magnetic solutions, engineered to meet the evolving demands of modern power electronics. Whether you’re designing power supplies, transformers, or inductors, these cores provide the reliability, efficiency, and performance needed to push technological boundaries. Elevate your designs with High Flux Cores and experience the difference in power, precision, and performance. Contact us today to explore our full range of high-performance magnetic solutions tailored to your application needs.

Why Engineers Prefer High Flux Cores

Engineers and designers across industries rely on High Flux Cores for their ability to deliver unmatched performance in demanding applications. Their combination of high saturation flux density, low core losses, and excellent DC bias performance makes them an indispensable component in modern power electronics.

By integrating High Flux Cores into your designs, you can achieve:

Higher efficiency in power conversion systems.

Compact and lightweight designs without compromising performance.

Reduced heat generation, leading to improved system reliability and longevity.

Lower overall costs due to minimized material usage and enhanced energy efficiency.