ad_low_noise_float_2023_git

Ad converter hardware connecting to USB. Used to measure low frequency noise.

• Instructions (PDF)
• Labber Driver (git repo)

Relations between the different software packags

architecture-beta
    group hw(cloud)[Hardware]
    group api(cloud)[API]
    group app(cloud)[Application]

    service pcb(internet)[HardwarePcb] in hw
    service decoder(cloud)[Decoder] in api
    service ad(cloud)[Ad] in api
    service pymeas(server)[Pymeas] in app
    service labber(server)[Labber] in app

    ad:T <--> B:pcb
    decoder:L <-- R:ad
    ad:B <-- T:pymeas
    ad:B <-- T:labber

Loading

• PCB: The hardware (PCB)

  • https://github.com/petermaerki/ad_low_noise_float_2023_git
  • Directory hardware KiCad
  • Directory software/pico C++

• Decoder: python package: The protocol decoder written in C++/pybind11

  • https://github.com/petermaerki/ad_low_noise_float_2023_git
  • Directory software/decoder

• Ad: python package: The logic to communicate with the PCB

  • https://github.com/petermaerki/ad_low_noise_float_2023_git
  • Directory src/ad_low_noise_float_2023

• Labber: The Labber driver written in python

  • https://github.com/nanophysics/labber_ad_low_noise_float_2023

• Pymeas: python application

  • https://github.com/nanophysics/pymeas2019_noise