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P08456: Underwater L.E.D. Light for an R.O.V

P08456: Underwater L.E.D. Light for an R.O.V. Jeremy Schiele Benoit Hennekinne Ryan Seeber Jonathan Lent Justin VanSlyke. User Input. Micro-Controller. USB Converter. LED Driver. Light Output. Temp. Sensor. Power Board. Light Unit Architecture. LEDs. Signal Feedback Power. PWM.

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P08456: Underwater L.E.D. Light for an R.O.V

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  1. P08456:Underwater L.E.D. Light for an R.O.V Jeremy Schiele Benoit Hennekinne Ryan Seeber Jonathan Lent Justin VanSlyke

  2. User Input Micro-Controller USB Converter LED Driver Light Output Temp. Sensor Power Board Light Unit Architecture LEDs Signal Feedback Power PWM USB RS485 G.U.I. 5 V 24 V Battery

  3. Design Implementation Standoffs x 9 Bullet Housing Snap-ring Lens O-Ring Bulkhead Connector Lens Cap Power Board LED Board Driver Board O-Ring μC Board

  4. Design Specifications

  5. Testing Results

  6. Multi-spectral Capabilities Final LED Choices: Cree XR Cool White Lucille's Rebel Green

  7. Luminous Flux • Tested illuminance (lux), converted to Luminous Flux (lm) using one steradian area. Radius=20 in. Steradian= 400 in2

  8. Further Testing • Final sequences to be completed • Test to assure software is capable of operating thruster and light unit Insert GUI Screen Shot Here

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