Difference between revisions of "Robot Drummer"
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<tr><td>10K Resistor</td><td>---</td><td>2</td> |
<tr><td>10K Resistor</td><td>---</td><td>2</td> |
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</table> |
</table> |
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===Set Up=== |
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All of the components, except the Pittman motors, were powered with 5V DC. The Pittman motors were powered with 12V DC. |
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<b>PICs</b> |
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The PICs used were one "Master" 18F4520 and two "Slaves" 18F4431. The three PICs communicated via [[I2C communication between PICs|I2C]], which enabled us to control the two motors by telling the master PIC what to do through Matlab. |
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<b>H-Bridge</b> |
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<b>Hex Inverter</b> |
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==Programming== |
==Programming== |
Revision as of 14:27, 12 March 2009
Team Members
- Bobby By
- Agatha Lee
- Dan Niecestro
Overview
Mechanical Set-Up
Circuitry
Component List
Part | Part No. | Qty |
---|---|---|
PIC18F4520 Prototyping Board | --- | 3 |
Microchip 8-bit PIC Microcontroller | PIC18F4520 | 1 |
Microchip 8-bit PIC Microcontroller | PIC18F4431 | 2 |
Pittman Motor with Encoder | GM8224 | 2 |
Hex Inverter Chip | SN74HC04 | 1 |
H-Bridge Chip | L293D | 2 |
10K Resistor | --- | 2 |
Set Up
All of the components, except the Pittman motors, were powered with 5V DC. The Pittman motors were powered with 12V DC.
PICs
The PICs used were one "Master" 18F4520 and two "Slaves" 18F4431. The three PICs communicated via I2C, which enabled us to control the two motors by telling the master PIC what to do through Matlab.
H-Bridge
Hex Inverter