ECE 4330 – Final Project By: John Litzenberger.  A IC temperature sensor (DS1620)  Reads through ADC (pin.0 Port A)  Feedback control for extreme conditions.

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Presentation transcript:

ECE 4330 – Final Project By: John Litzenberger

 A IC temperature sensor (DS1620)  Reads through ADC (pin.0 Port A)  Feedback control for extreme conditions  High heat will cause the motor to not operate at maximum level  Regular temperature motor will operate at maximum available output  Simple feedback control system (proportional)

 Read data off of the analog to digital converter  Take an average of the data  Adjust duty cycle according to temperature reading  Output data to terminal

 Be able to supply temperature change.  Body temperature may be used instead of high heat source  Read data properly  Error calculation  Proportional control system

 A tri-state buffer may need to be used  Learn the complete interworking of the temperature sensor

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