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Voltage Positioning Power Controller
| The Sensorless Adaptive Voltage Positioning (SLAVP) control is a method that allows for Adaptive Voltage Positioning (AVP) for power convertors without current sensing. By eliminating the need for accurate current sensing and high-resolution high-speed Analog-to-Digital Converters (ADCs), the SLAVP control reduces the size, cost, and power losses from sensing and sampling. The SLAVP simplifies the design and implementation and can therefore be used for a variety of applications and not just for special high-end applications such as powering microprocessors. The SLAVP control can be added to controllers with conventional voltage mode closed loop control without the hardware requirements and cost increase incurred by other AVP controllers. |
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Inventor
Dr. Jaber Abu-Qahouq
Inventor Profile[/x-box-perceptive][x-box-perceptive boxstyle=”content” main_image=”/wp-content/uploads/icon-book.jpg” bg_color=”hsl(0, 0%, 100%)” content_position=”top” nav_position=”top” align=”center” col_width=”40″ image_width=”150″ box_radius=”10″ min_height=”200″ image_style=”margin-top: -100px; padding: 0px; border-radius: 80px; border: solid 2px #000;” href_target=”false” box_style=”content” class=”mbl” style=”border-top: solid 8px rgb(55, 138, 223);border-bottom: solid 8px rgb(55, 138, 223);”]
Patent Status
Patent Issued
Patent Link[/x-box-perceptive][x-box-perceptive boxstyle=”content” main_image=”/wp-content/uploads/icon-book.jpg” bg_color=”hsl(0, 0%, 100%)” content_position=”top” nav_position=”top” align=”center” col_width=”40″ image_width=”150″ box_radius=”10″ min_height=”200″ image_style=”margin-top: -100px; padding: 0px; border-radius: 80px; border: solid 2px #000;” href_target=”false” box_style=”content” class=”mbl” style=”border-top: solid 8px #6e9421;border-bottom: solid 8px #6e9421;”]
Commercialization
Licensing or sponsored research
Contact Us[/x-box-perceptive]Please contact our team to learn more about this technology or license it from The University of Alabama
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Whitney Hough
wlhough@ua.edu
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Ben Bickerstaff
bhbickerstaff@ua.edu
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