Fair-Rite Sintered Ferrite Powder


Fair-Rite Sintered Ferrite Powder

Manufacturer

Part #

Category

Fair-Rite 181481875 Passives

Description

Fair-Rite Sintered Ferrite Powder is made from the same base material as Fair-Rite solid ferrite components. This powder is ideally suitable for applications such as flux containment, inductance tuning, and RF absorption. It offers a particle size ranging from 100µm to 350µm.

Fair-Rite Sintered Ferrite Powder

Introduction

Fair-Rite Sintered Ferrite Powder is a versatile material designed for various electronic applications. Known for its unique properties, this powder is an essential component in the field of passive electronic components.

Part Description

Fair-Rite Sintered Ferrite Powder is manufactured from the same base material as Fair-Rite's solid ferrite components. This powder is particularly effective in scenarios where air is already present in the design, making it ideal for applications such as flux containment, inductance tuning, and RF absorption. The particle size of this powder ranges from 100µm to 350µm, allowing for flexibility in various applications.

Fair-Rite Sintered Ferrite Powder

Applications

  • Experimentation
  • Flux containment
  • Inductance tuning
  • RF absorption

Industries

  • Electronics
  • Telecommunications
  • Automotive
  • Aerospace
  • Consumer Electronics

Usage Ideas

  1. Inductor Design: Use Fair-Rite Sintered Ferrite Powder to create custom inductors for power supply circuits, optimizing inductance values for specific applications.
  2. RF Shielding: Incorporate the powder into enclosures or components to enhance RF absorption, reducing interference in sensitive electronic devices.
  3. Experimental Prototyping: Utilize the powder in research and development projects to explore new applications in flux containment and magnetic field manipulation.

Conclusion

Fair-Rite Sintered Ferrite Powder is a valuable material for a wide range of applications in the electronics industry. Its unique properties and versatility make it an ideal choice for engineers and designers looking to enhance the performance of their electronic components. Whether for experimentation or practical applications, this powder is a reliable solution for various challenges in the field.