Assembly and Integration - cubesat-project/CubeSat GitHub Wiki

Electrical Ground Support Equipment

  • Multimeters
  • Power Supplies
  • SDR MegaBee for rapid prototyping
    • MegaBEE Cube
    • 70MHz - 6 GHz
    • 56MHz bandwidth channel
    • 23dBm Output Power
    • USB v2.0 connection
    • SMA Antenna connectors
    • Already available in Dr. Jayshri Sabarinathan Lab
    • Software: HDL, Matlab, C, c++ or Python
  • Oscilloscopes
  • Network Analyzer
  • Spectrum Analyzer
  • Waveform Generators
  • Microscopes
  • Soldering stations (with multiple tips and necessary equipment from CSA workshop)

Mechanical Ground Support Equipment

  • TBD

FlatSat

  • What Equipment on flatsat will eventually become flight hardware:
  • Note this image is out of date, some components have been removed from the design Flatsat

Testing Plan

Methodology

  • Most testing should be automated without need for human intervention.
  • Computer will be communicating with an OBC via JTAG
  • Moving parts will not be automated in to prevent damage to the components or surrounding setup

Critical Sections to Test

  • Antenna Release mechanism
  • 30 minute timer
  • Camera Early Turn on Mechanism

People Resources

CubeSat Club Members

  • Safety training, bringing up to speed on project
  • Assembly and Integration training
  • Extra hands on demonstration model under team leads

Graduate Students

  • Team Leads
  • Double check subsystem work
  • Interface with other subsystems

Capstone Teams

  • Design Work
  • Initial testing
  • Test plans
  • Manufacturing plans
  • Inspection protocols

Lab Environment for Spacecraft Assembly

  • Thompson Engineering Building Room 6
  • Will have a self contained cube of some sort
  • Needs sticky matt outside
  • Needs a sink somewhere nearby
  • Solder stations inside
  • Used for cubesat assembly