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Design Presentation Fast D.A.D.I.
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Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Jan 20, 2016

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Page 1: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Design Presentation

Fast D.A.D.I.

Page 2: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Team Members

• D - ale Balsis

• A - aron Tsutsumi

• D - ennis How

• I - kaika Ramos

Page 3: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Overview of Project

• Our Micromouse Project involves designing a mouse beyond the standard top-down, MOSFET driven setup.

• We are using smaller motors with motor driver ICs, side sensors w/ Analog to Digital conversion and a flood-fill algorithm to solve the maze.

Page 4: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Detailed Overview

• We are using unipolar motors to move our mouse vs. bipolar motors.

• We are using side sensors to sense our way through the maze vs. top-down sensors.

Page 5: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Detailed Overview

• We will be using a flood-fill algorithm to solve the maze. This algorithm is distance based, with the mouse keeping track of the shortest way to the center of the maze.

Page 6: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Block Diagram

Page 7: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Motor Driver Design Description• Our Motor

Driver circuit consists of one UCN5804B IC chip for each motor. The accompanying hardware is simply 4 diodes and 3 pull-up resistors for the Rabbit inputs.

• We chose this chip because it was the lowest priced driver that we could find.

Page 8: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Motor Driver Design Description

• This was our test setup. We used LEDs in place of the motor to see how the chip pulses the stepper motor.

• We also had to verify that the circuit would work at around the 3.15V our motors are rated for.

Page 9: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Items Remaining to Be Done

• Finish PCB Etching Design

• Etch Board

• Solder Components

• Debug Circuits

• Write and Test Code

• Debug Code

Page 10: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Potential Problems

• Frying more parts

• Motors might not provide enough torque.

• Running out of time

• Design flaws

• Troubleshooting

Page 11: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Updated Schedule

Page 12: Design Presentation Fast D.A.D.I.. Team Members D - ale Balsis A - aron Tsutsumi D - ennis How I - kaika Ramos.

Questions?

• Meaning of life?• Which came first the chicken or the egg?• What is the sound of one hand clapping?

• Acknowledgements– Pictures

• Motor Schematics from www.nhcad.com/5804 with slight modifications by Aaron Tsutsumi

• Maze Picture from www.micromouseinfo.com/introduction/floodfill with slight modifications by Aaron Tsutsumi