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Wireless Remote Control Car

Wireless Remote Control Car. T.A. Paul Rancuret ECE 445 Fall 2009 . Group #13 Lucas Setzer Youngjae Koh Cameron Pick. Goals. Infrared Signals Proximity Sensors Efficient Drive of DC Motors. Features. Start, stop, accelerate, decelerate and reverse Crash Detection 90% Efficiency

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Wireless Remote Control Car

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  1. Wireless Remote Control Car T.A. Paul Rancuret ECE 445 Fall 2009 Group #13 Lucas Setzer YoungjaeKoh Cameron Pick

  2. Goals • Infrared Signals • Proximity Sensors • Efficient Drive of DC Motors

  3. Features • Start, stop, accelerate, decelerate and reverse • Crash Detection • 90% Efficiency • Wireless control ranges up to 50ft

  4. Original Design Discrepancies • Design Changes

  5. System Overview

  6. Hardware • Infrared Transmitter/Receiver • PIC Microcontroller • H-Bridge Circuit • Power Supply • Motors

  7. Testing Procedures • Efficiency • Distance for the Proximity Sensors • Signal Reliability/Outputs from Transmitter

  8. Successes and Challenges • Difficulties with PIC programming • Transistor difficulties • Receiver decoding difficulties

  9. Potential Improvement • Higher Efficiency • Range and Signal Clarity

  10. Questions???

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