20240029946. INDUCTOR FOR LOW AND MEDIUM VOLTAGE APPLICATION simplified abstract (CorePower Magnetics, Inc.)

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INDUCTOR FOR LOW AND MEDIUM VOLTAGE APPLICATION

Organization Name

CorePower Magnetics, Inc.

Inventor(s)

Paul Ohodnicki of Allison Park PA (US)

Kevin Byerly of Pittsburgh PA (US)

Richard Byron Beddingfield of Cary NC (US)

Mark Nations of Raleigh NC (US)

INDUCTOR FOR LOW AND MEDIUM VOLTAGE APPLICATION - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240029946 titled 'INDUCTOR FOR LOW AND MEDIUM VOLTAGE APPLICATION

Simplified Explanation

The disclosed patent application describes a gapless medium voltage inductor that includes a magnetic core with an aperture, a bobbin consisting of a first plate and a second plate, a spacer placed within the aperture of the magnetic core, a longitudinal channel defined through the spacer, first plate, and second plate, and a coil extending through the longitudinal channel and wrapping around the core and the bobbin. The core is positioned between the first and second plates.

  • The inductor has a magnetic core with an aperture, allowing for efficient magnetic flux.
  • The bobbin, consisting of two plates, provides structural support for the inductor.
  • A spacer is placed within the aperture of the magnetic core, ensuring proper alignment and insulation.
  • A longitudinal channel is defined through the spacer, first plate, and second plate, allowing the coil to pass through.
  • The coil extends through the longitudinal channel and wraps around the core and the bobbin, creating a magnetic field.

Potential Applications:

  • Power distribution systems
  • Renewable energy systems
  • Electric vehicle charging stations
  • Industrial machinery and equipment

Problems Solved:

  • Gapless design eliminates air gaps, reducing energy losses and improving efficiency.
  • Proper alignment and insulation provided by the spacer ensure optimal performance and reliability.
  • The coil wrapping around the core and bobbin enhances the magnetic field, increasing the inductor's effectiveness.

Benefits:

  • Improved efficiency and energy savings due to the gapless design.
  • Enhanced performance and reliability through proper alignment and insulation.
  • Increased magnetic field strength for better inductor performance.
  • Versatile applications in various industries, including power distribution, renewable energy, and industrial machinery.


Original Abstract Submitted

this disclosure provides a gapless medium voltage inductor. the inductor includes a magnetic core having an aperture extending therethrough, a bobbin comprising a first plate and a second plate, a spacer disposed within the aperture of the magnetic core, a longitudinal channel defined through the spacer, first plate, and second plate, and a coil extending through the longitudinal channel and wrapping around the core and the bobbin. the core is disposed between the first and second plates.

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