Industrial  

The need for advanced electronic components and systems in industrial environments has grown significantly as companies push for higher efficiency and productivity in automation. Soft magnetic cores are widely used in industrial applications, such as medical devices, test and measurement equipment, robotics, and other high-precision electronics. 

Key applications include:

• Transformers and Inductors: Magnetic cores are essential in power supplies, DC-DC converters, and inverters. They enable efficient energy transfer while minimizing core losses, critical for medical equipment and industrial electronics.
• Common Mode Chokes and Filters: In medical and precision test equipment, nanocrystalline and ferrite cores may be used in common mode chokes and filters to prevent unwanted EMI interference from affecting sensitive measurements.
• Current Sensors & Hall Effect Devices: Many industrial systems require precise current measurement. Magnetics’ nanocrystalline, ferrite, and tape wound cores may be used in current transformers and Hall sensors for accurate signal processing.
• Motor Drives: High-performance industrial robots and automation systems rely on soft magnetic cores in electric motors. Powder cores help reduce energy losses and improving efficiency.
• RF Coils: A variety of magnetic cores are used in RF coils and power supply components for stable and efficient operation in MRI machines and ultrasound devices. Powder cores provide higher saturation flux density for handling higher power, while ferrite provides low losses at high frequencies. 

Soft magnetic cores play a crucial role in industrial applications by helping to concentrate and guide magnetic flux and minimize energy loss. The demands of the industry are ever-increasing, and Magnetics’ advanced products will meet the market’s needs every step of the way.