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Data-acquisition with MDSplus and custom devices Fernando Santoro Thomas Fredian, Stephen Lane-Walsh and Joshua Stillerman PSFC at MIT Ø Hardware (the experiment) Ø Software (MDSplus Device class for data acquisition) Ø Real-time visualization Ø Data analysis Ø Jupyter Lab id 593

Data-acquisition with MDSplusand custom devices · Imm x 5.5mm Mate center positive Not conn ected I/O Reference voltage Re Set 3.3V output Output G G round Input voltage Analog pin

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Page 1: Data-acquisition with MDSplusand custom devices · Imm x 5.5mm Mate center positive Not conn ected I/O Reference voltage Re Set 3.3V output Output G G round Input voltage Analog pin

Data-acquisition with MDSplus and custom devicesFernando Santoro

Thomas Fredian, Stephen Lane-Walsh and Joshua StillermanPSFC at MIT

Ø Hardware (the experiment)Ø Software (MDSplus Device class for data acquisition)Ø Real-time visualizationØ Data analysisØ Jupyter Lab

id 593

Page 2: Data-acquisition with MDSplusand custom devices · Imm x 5.5mm Mate center positive Not conn ected I/O Reference voltage Re Set 3.3V output Output G G round Input voltage Analog pin

ArduinoLidar, T/H sensors

MDSplusdevice class

jScopeReal-time data

visualization

AnalysisScipy, Matplotlib,

etc

in a subprocess

Jupyter Lab

Custom Device(as the experiment)

id 593

(as the development environment)

Page 3: Data-acquisition with MDSplusand custom devices · Imm x 5.5mm Mate center positive Not conn ected I/O Reference voltage Re Set 3.3V output Output G G round Input voltage Analog pin

Arduino device and sensors

Arduino UNOmicrocontroller

Garmin Lidar v3HP

Adafruit TemperatureHumidity sensor

id 593

Page 4: Data-acquisition with MDSplusand custom devices · Imm x 5.5mm Mate center positive Not conn ected I/O Reference voltage Re Set 3.3V output Output G G round Input voltage Analog pin

MDSplus and Jupyter Lab

matplotlib and scipy jScope

Data Analysis

Real-timevisualization

id 593