MR1

compact ss-nanopore R&D device

electronics summary

  1. Overall Purpose: The board is designed to measure extremely small currents (in the picoampere to microampere range) through a nanopore (from < 1 nm to ~100 microns in diameter), which allows for raw signals from analytes across several orders of magnitude.
  2. PCB Specifications:
  3. Microcontroller:
  4. Analog Front-End:
  5. Analog-to-Digital Converter (ADC):
  6. Digital-to-Analog Converter (DAC):
  7. Power Management:
  8. Battery Management:
  9. Signal Chain and Voltage Generation:
  10. PCB Layout Considerations:
  11. Noise Reduction Techniques:
  12. Additional Features:
  13. Power Supply:
  14. Sampling Rate:
  15. Interfaces:
  16. PCB Layers:
  17. Special Considerations:
  18. Areas for Improvement (MR1 v1.1):
  19. Software Aspects:
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