Toroid Core, Material P4, Dimensions 12.7x7.92x6.35mm

Description

 

PACK OF 500 PIECES

The T12.7X7.92X6.35C is a toroid core made of material P4, with dimensions of 12.7mm in outer diameter, 7.92mm in inner diameter, and a height of 6.35mm. Toroid cores are used in a variety of electronic applications, primarily for inductors and transformers.

  1. Material (P4): The designation 'P4' refers to the specific material composition of the toroid core. The properties of this material, such as permeability, saturation, and frequency response, determine its suitability for different applications. P4 material is typically used for its magnetic properties that are well-suited to certain frequencies and power levels.

  2. Dimensions:

    • Outer Diameter (12.7mm): The outer diameter of the toroid is 12.7mm.
    • Inner Diameter (7.92mm): The inner diameter is 7.92mm.
    • Height (6.35mm): The height or thickness of the toroid is 6.35mm.
  3. Applications: Toroid cores made of P4 material are commonly used in making inductors and transformers in power supplies, RF circuits, and other electronic devices. They are preferred in applications where efficiency and minimal electromagnetic interference are crucial.

  4. Efficiency and EMI Reduction: Toroid cores are efficient in containing the magnetic field within the core material, which minimizes electromagnetic interference (EMI). This makes them ideal for use in close proximity to sensitive electronic circuits.

  5. Usage: These cores are particularly effective in high-frequency applications, where their shape and material properties help to maintain inductance with minimal losses.

The T12.7X7.92X6.35C toroid core, with its P4 material and specific dimensions, is suitable for a wide range of applications where efficient magnetic performance and minimal interference are required. The choice of the P4 material suggests it is tailored for applications where its particular magnetic properties are advantageous, such as in RF applications or power electronics.

Product form

  PACK OF 500 PIECES The T12.7X7.92X6.35C is a toroid core made of material P4, with dimensions of 12.7mm in... Read more

SKU: T12.7X7.92X6.35C

$35.10 Excl. VAT

8 in stock

    • 30 days warranty
    • High quality product
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    Description

     

    PACK OF 500 PIECES

    The T12.7X7.92X6.35C is a toroid core made of material P4, with dimensions of 12.7mm in outer diameter, 7.92mm in inner diameter, and a height of 6.35mm. Toroid cores are used in a variety of electronic applications, primarily for inductors and transformers.

    1. Material (P4): The designation 'P4' refers to the specific material composition of the toroid core. The properties of this material, such as permeability, saturation, and frequency response, determine its suitability for different applications. P4 material is typically used for its magnetic properties that are well-suited to certain frequencies and power levels.

    2. Dimensions:

      • Outer Diameter (12.7mm): The outer diameter of the toroid is 12.7mm.
      • Inner Diameter (7.92mm): The inner diameter is 7.92mm.
      • Height (6.35mm): The height or thickness of the toroid is 6.35mm.
    3. Applications: Toroid cores made of P4 material are commonly used in making inductors and transformers in power supplies, RF circuits, and other electronic devices. They are preferred in applications where efficiency and minimal electromagnetic interference are crucial.

    4. Efficiency and EMI Reduction: Toroid cores are efficient in containing the magnetic field within the core material, which minimizes electromagnetic interference (EMI). This makes them ideal for use in close proximity to sensitive electronic circuits.

    5. Usage: These cores are particularly effective in high-frequency applications, where their shape and material properties help to maintain inductance with minimal losses.

    The T12.7X7.92X6.35C toroid core, with its P4 material and specific dimensions, is suitable for a wide range of applications where efficient magnetic performance and minimal interference are required. The choice of the P4 material suggests it is tailored for applications where its particular magnetic properties are advantageous, such as in RF applications or power electronics.

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