Difference between revisions of "Overview"

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-==User interface==
-The user interface is written using PyQt5 - python binding for Qt v5.
-The interface is divided into three sections.
-* Setup control - Displays current value of slow control parameter and their evolution since the start of measurement. Also provides an interface to control the motor in the allowed range.
-* Measurement - New measurements can be scheduled and started using this page. The details of the measurement completed are also shown in the bottom half of the page.
-*Results - Completed measurements from the current run can be accessed with a simple plot showing the count rate of photons measured by the SiPM. It is also possible to add existing measurements by providing the directory where the measurements are saved.
-==Motor control==
-The stepper motor is controlled using Arduino.
-==Pressure control==
-The pressure is
-==Tempretaure==
-The temperature of the sample will be measured using a PT 100 sensor. The resistance of PT100 is 100 Ω at 0°C and increases linearly with temperature (138.5 Ω at 100°C). Using another resistor (1 kΩ) in the circuit, the change in resistance of PT 100 can be estimated as shown in [https://wiki.nikhef.nl/vuv/Sensor_connections#Temperature_sensor] .
-The input voltage read using this circuit can be converted to temperature:
-''resistance = (voltage)*1000 / (3.3-voltage)''
-''temperature  = (resistance - 100) / 0.385''
-==SiPM==

Latest revision as of 11:32, 7 June 2022