Difference between revisions of "RoboCup: Redesign 2014-2015"

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*Create breakout board for MCP23017 and place on GitHub repo (robocup-pcb)
 
*Create breakout board for MCP23017 and place on GitHub repo (robocup-pcb)
**<span style="line-height: 20.7999992370605px;">?Update EAGLE part libraries too</span>
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**<span style="line-height: 20.7999992370605px;">Update EAGLE part libraries too</span>
  
 
=== Battery & Power ===
 
=== Battery & Power ===

Revision as of 20:52, 16 November 2014

Phase I: Techanical Analysis

The first stage of the 2014-2015 RoboCup redesign involves brainstorming potential upgrades by researching new technologies/resources since the last revision. A parallel analysis of current robot bugs and potential enhancements is also done at this time. Outlined below is a listing of resources that the team used in it's brainstorming stage.

Competition 2014

Phase II: Design

Layout

Max PCB Dimensions

To Do

  • Determine location and placement for dribbler motor header
  • Update hall connection header to right angled one
  • Determine optimal placemnt direction for drive motor phase connections (motor board)
  • Add connection header for ball sensor to control board
  • Update the 14-pin connection header (female) for the control-to-motor board connection
  • Add pin locations to all connection housings in CAD part files
  • Add wires among connections in CAD assembly files
  • Finalize method for adjusting motor wire lengths when motors arrive
  • Determine kicker connections and integration
  • Determine placement of battery location

Radio

To Do

  • Determine optimal secondary frequency for base station updates
  • Order breakout boards for radio transceivers
  • Test methods using breakout boards and compare data rates

FPGA

To Do

  • Transition the I2C bus lines to the microcontroller
  • Update Verilog for new balanced encoder signals (A+, A-, B+, B-)
    • ( (A+) + (A-) == 0 ) should be true for no errors

Motors

To Do

  • Order motor controller boards
  • Test different circuits and document data result set to wiki

Motion Sensing

To Do

  • Create breakout board for MPU-9250 and place on GitHub repo (robocup-pcb)
    • ?Update EAGLE part libraries too

Error Detection

To Do

  • Create breakout board for MCP23017 and place on GitHub repo (robocup-pcb)
    • Update EAGLE part libraries too

Battery & Power

The following contains a listing of batteries that were considered for the 2015 design along with other battery/power adapters and accessories.

Battery

Zippy Flightmax 2200mAh 5S 40C

Connector Lead

XT60 12AWG 10cm

Charging Lead

XT60 Banana Plug

Balancing Board

Charge/Balance Board

All Batteries

Zippy Flightmax 2500mAh 5S 20C

Zippy Flightmax 1800mAh 5S 40C

Zippy Compact 2450mAh 5S 35C

Turnig 2200mAh 5S 30C

Thunder Power 2000mAh 5S 16C

To Do

  • Finalize method for connecting the battery to the motor board

Phase III: Production

https://learn.sparkfun.com/tutorials/electronics-assembly

http://www.soldermask.com/ <- Sparfun uses these guys for all their solder stencils