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

=INDUCTOR FOR LOW AND MEDIUM VOLTAGE APPLICATION=


==Organization Name==

[[:Category:CorePower Magnetics, Inc.|CorePower Magnetics, Inc.]]


[[Category:CorePower Magnetics, Inc.]]

==Inventor(s)==

[[:Category:Paul Ohodnicki of Allison Park PA (US)|Paul Ohodnicki of Allison Park PA (US)]][[Category:Paul Ohodnicki of Allison Park PA (US)]]

[[:Category:Kevin Byerly of Pittsburgh PA (US)|Kevin Byerly of Pittsburgh PA (US)]][[Category:Kevin Byerly of Pittsburgh PA (US)]]

[[:Category:Richard Byron Beddingfield of Cary NC (US)|Richard Byron Beddingfield of Cary NC (US)]][[Category:Richard Byron Beddingfield of Cary NC (US)]]

[[:Category:Mark Nations of Raleigh NC (US)|Mark Nations of Raleigh NC (US)]][[Category: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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