Difference between revisions of "IR Tracker"

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* RC Servos - move the device to get align with emitter
* RC Servos - move the device to get align with emitter


==Electrical Design==
==Circuit==


The primary components used in this circuit are:
The primary components used in this circuit are:

Revision as of 05:33, 8 March 2008

IR Tracker.jpg

Team Members

Team Members.jpg

Mark Straccia, Matt Turpin, Alice Zhao (Team '7.5')

Overview

The IR Tracker is a device that detects the position of an infrared emitter and orients itself to get in line with the emitter.

The goal of our project is:

This is how it works:

We will discuss:

Mechanical Design

The primary components used in this circuit are:

  • Plexiglas
  • Turntable (part number, vendor, cost, when available)
  • Mirror (part number, vendor, cost, when available)
Mechanical Design.jpg

The goals:

  • Pitman Motors - constantly detect location of the emitter
  • RC Servos - move the device to get align with emitter

Electrical Design

The primary components used in this circuit are:

  • Controller (PIC)
  • H-Bridge
  • Hall Sensors
  • Schmidt Triggers
Circuit Diagram.jpg

Code

See full code here

Results

Our resulting design:

Reflections

  • More planning
  • Simpler mechanical design
  • More efficient code