Difference between revisions of "Arduino SIG Project - Russ"

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= Project 1 =
 
= Project 1 =
 +
 
This project ( one actually done several years ago ) is designed to test stepper motors and sort out which wire is which.  I am thinking of updating it both electronically and in terms of software.
 
This project ( one actually done several years ago ) is designed to test stepper motors and sort out which wire is which.  I am thinking of updating it both electronically and in terms of software.
*Stepper Motor Demonstration and Tester
+
 
*Stepper Motor Tester for the Arduino
+
*[[Stepper Motor Demonstration and Tester]]
*Experimenting with Stepper Motors as Rotary Encoders using a PIC running BoostC Project
+
*[[Stepper Motor Tester for the Arduino]]
 +
 
 +
And something a bit different:
 +
 
 +
*[[Experimenting with Stepper Motors as Rotary Encoders using a PIC running BoostC Project]]
  
 
= Project 2 =
 
= Project 2 =
  
 
This project is designed to drive a bunch of different multiphase motors ( like steppers and brushless motors ) with a high degree of software oversite.  It will use both an Arduino and a Raspberry Pi.  The Raspberry PI will download a drive plan to the arduino which will then execute it.
 
This project is designed to drive a bunch of different multiphase motors ( like steppers and brushless motors ) with a high degree of software oversite.  It will use both an Arduino and a Raspberry Pi.  The Raspberry PI will download a drive plan to the arduino which will then execute it.

Revision as of 11:28, 5 December 2016

Project 1

This project ( one actually done several years ago ) is designed to test stepper motors and sort out which wire is which. I am thinking of updating it both electronically and in terms of software.

And something a bit different:

Project 2

This project is designed to drive a bunch of different multiphase motors ( like steppers and brushless motors ) with a high degree of software oversite. It will use both an Arduino and a Raspberry Pi. The Raspberry PI will download a drive plan to the arduino which will then execute it.