| Project Summary | Project Information |
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The existing RIT-Ventricular Assist Device has a functional magnetic bearing controller that uses custom printed circuit board and discreet components as intermediate electronics between the pump and National Instruments A/D boards. The actual control law is executed on Personal Computer processor that houses the NI boards. We are interested in miniaturization of the PCB and identifying an acceptable microcontroller that can act as the A/D and controller so that the entire control system can be housed in a smaller package. The electronic system will consist of discreet components located in one or more of the following locations 1) packaged within the pump casing 2) within a separate enclosure that is implanted within the abdomen or 3) outside the body in a custom enclosure. Decisions as to what electronics may be enclosed within each of these three locations will be a large part of the design process. We can provide exact pinouts of all connections along with data from working (non-miniaturized) prototypes.
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Team Documents
| Planning | Concept Level Design | System Level Design |
|---|---|---|
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Intellectual Property Considerations |
Concept Generation (CDR Slides) |
Concept Design Review Documents (SD I) Detailed Design Review Documents (SD I) Managerial Design Review Presentation (SD I) Technical Conference Publication (SD II) Poster Publication (SD II) Managerial Design Review Presentation (SD II) Photo Gallery |


