Difference between revisions of "Main Page"

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= The Hardware =
 
= The Hardware =
  
== SiPM PCB ==
+
=== SiPM PCB ===
 +
The SiPM photo sensor which detects the dim light generated inside the scintillation detector is mounted on the small and universal [[Sipm_board|SiPM board]]. Different numbers of SiPMs and read-out configurations can be realized.
  
== Preamplifier ==
+
=== Preamplifier ===
 
The [[preamp|preamplifier]] is located in close vicinity to the [[sipm_board|SiPM photodetector board]] and amplifies the weak signals for transmission to the [[muonpi_board|MuonPi]] board, where they are further processed and evaluated.
 
The [[preamp|preamplifier]] is located in close vicinity to the [[sipm_board|SiPM photodetector board]] and amplifies the weak signals for transmission to the [[muonpi_board|MuonPi]] board, where they are further processed and evaluated.
  
== The MuonPi-Board ==
+
=== The MuonPi-Board ===
  
 
The main signal processing, voltage generation and parameter monitoring and adjustment is done on the Raspberry Pi plug-on [[muonpi_board|MuonPi Board]].
 
The main signal processing, voltage generation and parameter monitoring and adjustment is done on the Raspberry Pi plug-on [[muonpi_board|MuonPi Board]].

Revision as of 22:45, 8 April 2020

The MuonPi Cosmic Detector Project

The MuonPi Project is a RaspberryPi-based system using an inexpensive plastic scintillator + SiPM photo sensor to detect muons from cosmic air showers with a time-stamping accuracy of several tens of nanoseconds utilizing the u-blox NEO-M8N GNSS module's "timemark" feature.

Learn about cosmic radiation

Learn about the detectors

The Hardware

SiPM PCB

The SiPM photo sensor which detects the dim light generated inside the scintillation detector is mounted on the small and universal SiPM board. Different numbers of SiPMs and read-out configurations can be realized.

Preamplifier

The preamplifier is located in close vicinity to the SiPM photodetector board and amplifies the weak signals for transmission to the MuonPi board, where they are further processed and evaluated.

The MuonPi-Board

The main signal processing, voltage generation and parameter monitoring and adjustment is done on the Raspberry Pi plug-on MuonPi Board.

The Software

Admin Area

Useful resources for admins.

Other languages

About this Wiki


Sandbox page for testing/playing :