The SEELab 3 hardware SEELab is a USB powered, multi-purpose data acquisition and control instrument that can be used to automate various test and measurement tasks via its companion android app, or desktop software. It is primarily intended for use in Physics and electronics laboratories in order to enable students
The hardware design of SEELab-3.0 aims to achieve the maximum possible performance from a very conservative bill of materials. There are several analog components such as Op-amps, voltage dividers, and level-shifters involved in input signal processing that have inherent offsets and slopes that must be corrected in order get
This compact unit is USB powered and consumes around 200mA including the HV and electronics. The MCA is a 2K channel list mode acquisition device which also supplies the HV signal via an adjustable DAC. The low power consumption ensures that it can be runs off of USB power for
In nuclear physics and radiation metrology, the quality of gamma-ray spectroscopy hinges entirely on two import sections: the fundamental resolution of the detector crystal and the precision of the processing electronics. While standard Sodium Iodide (NaI(Tl)) scintillators perform well within the bounds of a 1K or 4K Multi-Channel Analyzer
Experiments possible with this sensor Unlike standard thermistors or IC sensors that track their own internal temperature (Ta ), the MTP10 uses a thermopile matrix to capture incoming long-wave Infrared (LWIR) radiation. This allows it to instantly calculate the absolute surface temperature of a remote object (To ) without touching it. Here
Details on how to create an 8 channel temperature logger add-on for SEElab3 using thermistors and 2 16-bit ADS1115 ADCs.
A spinning magnet creates 3 sine wave voltages in the coils which is studied with SEELab 3