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Magnetic Bearing Critical Design Review Team miniMuffin Lauren Glogiewicz Jacob Beckner Kevin Bodkin James Holley Philip Terry.

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Presentation on theme: "Magnetic Bearing Critical Design Review Team miniMuffin Lauren Glogiewicz Jacob Beckner Kevin Bodkin James Holley Philip Terry."— Presentation transcript:

1 Magnetic Bearing Critical Design Review Team miniMuffin Lauren Glogiewicz Jacob Beckner Kevin Bodkin James Holley Philip Terry

2 Level 0 Functional Decomposition Phil T.

3 Level 1 Functional Decomposition Phil T.

4 Level 2 Functional Decomposition Phil T.

5 Current Control Jake B. I out = -V in / R mag

6 Electromagnets Electromagnets have inductance as circuit element Causes initial overshoot and slow rise to desired level Must be accounted for in design Rise Time = 20 ns Leveling Time = 2.7 μs Jake B.

7 Sensor Circuit Sensor output current is based upon the distance away from the object Ideal distance to axle from the sensor is between 0.3” - 0.8” Beyond this, sensor data will become unreliable Kevin B.

8 A/D Converter Using microcontroller on-board A/D TI MSP430: 4 Channel 10-Bit 200 KSPS TI C2000: 7 Channel 12-Bit 4.6 MSPS Kevin B.

9 Software FD Kevin B. 8-12 bits per magnet sent to current control via FPGA I/O Convert distance error to current 8x sensor distance in to FPGA

10 Microprocessor / FPGA Two possible microcontroller / FPGA controllers: TI C2000 o Up to 60 MHz o Supports I2C and SPI o On board A/D Converters Altera DE2 Board o Up to 50 MHz o 80 GIO Pins o Ability to apply control in parallel James H.

11 D/A Converter TI DAC7576 o 8 channel, 12 bits o Up to 2.3 MHz communication speed o I 2 C synchronous communication will be used James H.

12 Magnet Test Bed James H.

13 Magnet Test Bed James H.

14 Timeline Milestone 1 o Floating 1D concept o Focus on feedback loop design and interface Milestone 2 o 2D axle built and working Expo o Fully 3D axle with horizontal stabilization Lauren G.

15 Updated Budget We have received $1000 from UROP We will still apply for the EEF Grant ItemPart No.CostQuantityTotal Cost ElectromagnetsEM 200 $ 41.6115 $ 624.15 Optical SensorsSharp GP2Y0D805Z0F $ 3.7015 $ 55.50 BJT $ 0.3825 $ 9.50 Op Amps $ 1.0025 $ 25.00 Capacitors $ 0.6020 $ 12.00 Resistors $ 0.6020 $ 12.00 WireWire T Lead Plastic 22AG $ 18.005 $ 90.00 Nuts, Bolts, ScrewsAluminum (25 pack) $ 9.583 $ 28.74 Aluminum6ft x 1/4" x 2" $ 30.221 Machining $ 200.001 PCB $ 60.003 $ 180.00 Shipping and Handling $ 10.006 $ 60.00 Posters/Presentation $ 70.001 Total $ 1,397.11 Lauren G.

16 Questions?


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