Difference between revisions of "2016 Electrical Motor Shield"
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== Description and Usage == | == Description and Usage == | ||
The motor shield utilizes Arduino-based PID control of motors via comparison of actual (from encoders) and desired (from USB) wheel velocities. | The motor shield utilizes Arduino-based PID control of motors via comparison of actual (from encoders) and desired (from USB) wheel velocities. | ||
+ | |||
+ | [https://github.com/RoboJackets/igvc-software/blob/master/sandbox/arduino/MotorShield/MotorShield.ino Current Arduino code]. | ||
== Connections == | == Connections == | ||
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* [[2016 Electrical E-Stop|E-Stop]] | * [[2016 Electrical E-Stop|E-Stop]] | ||
* [[2016 Electrical Light Shield|Light Shield]] | * [[2016 Electrical Light Shield|Light Shield]] | ||
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+ | [[Category:IGVC]][[Category:2016-2017]] |
Latest revision as of 20:57, 13 June 2018
Contents
Motor Shield
Photo:
Description and Usage
The motor shield utilizes Arduino-based PID control of motors via comparison of actual (from encoders) and desired (from USB) wheel velocities.
Connections
Header |
Function |
Signal Type |
R-OSMC |
Control motor speed and direction |
pwm/logic output |
L-OSMC |
Control motor speed and direction |
pwm/logic output |
L-Encoder |
Read data from encoder |
logical input |
R-Encoder |
Read data from encoder |
logical input |
Arduino |
See next table |
Arduino Header Connections to motor shield
Pin |
Function |
Signal |
5V |
power output |
VCC (5V) |
GND |
Ground |
GND |
D2 |
Left Encoder A |
logic input |
D3 |
Right Encoder A |
logic input |
D4 |
Left Encoder B |
logic input |
D5 |
Right Encoder B |
logic input |
D6 |
Left Speed |
PWM output |
D7 |
Left Direction |
logic output |
D8 |
Left Disable ISO |
logic output |
D9 |
Right Speed |
PWM output |
D10 |
Right Direction |
logic output |
D11 |
Right Disable ISO |
logic output |
USB |
Serial monitor and input |
USB input from NUC |
Schematic
Notes
Test bench: Work in progress.