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Transcutaneous Power Transmission System Design Review

Explore the design review of a transcutaneous power transmission system for medical applications using passive magnetic coupling technology. Includes project outline, calculations, concept selection, risk review, and work breakdown structure.

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Transcutaneous Power Transmission System Design Review

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Presentation Transcript

  1. P12026: Transcutaneous Power Transmission System level design review Team Members Nooreldin Amer Michael Carozzoni William Chan Naveen George Devin Prescott Paul Slagle

  2. Outline • Project Description • Review of Needs, Specifications • Functional Decomposition • Basic Calculations and Simulations • Concept design • Component selection • Review of Risks • Work Breakdown Structure • Schedule for MSD I

  3. Project Description • Team 12026 is currently researching and developing a module for transcutaneous (through the skin) power transmission. Our project involves the transmission of power through a gap using passive magnetic coupling. This unit has potential as a medical device, and is intended as a proof-of-concept for future application in ventricular assist devices (VAD).

  4. Customer Needs

  5. Engineering Specifications

  6. House of Quality

  7. Functional Decomposition

  8. Basic Calculations and Simulations

  9. Basic Calculations and Simulations (continued)

  10. Basic Calculations and Simulations (continued)

  11. Concept Selection • Concept A: Perpendicular Passive Magnets • Concept B: V-Oriented Passive Magnets • Concept C: Parallel-Slanted Passive Magnets • Concept D: Electromagnet Stepper Concept A Concept B

  12. Concept Selection Concept D Concept C

  13. Concept Selection

  14. Current Technology

  15. Motor/Generator Selection

  16. Motor/Generator Selection

  17. Review of Risks

  18. Interface with 12022

  19. Work Breakdown Structure

  20. Work Breakdown Structure (continued)

  21. Schedule for MSD I

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