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- 09:22, 4 December 2020 diff hist +104 Hardware Setup
- 09:19, 4 December 2020 diff hist +82 N File:MuonPi-Connections.png Description of the hardware connections to set up a MuonPi detector. current
- 08:34, 4 December 2020 diff hist +236 N Hardware Setup Created page with "The MuonPi HAT board is a plug-on board for Raspberry-Pi minicomputers exhibiting a 40-pin GPIO-connector. Only place the board on the RPi with power disconnected. Use 13 mm l..."
- 08:27, 4 December 2020 diff hist +526 Main Page →The Software
- 08:18, 4 December 2020 diff hist +824 Main Page →The Software
- 08:05, 4 December 2020 diff hist +3 Main Page →Setup and Operation of the Detector
- 08:04, 4 December 2020 diff hist +118 Main Page
- 11:29, 3 December 2020 diff hist +631 Muonpi board →RPi Interface
- 11:09, 3 December 2020 diff hist +485 Muonpi board →RPi Interface
- 10:55, 3 December 2020 diff hist -38 Muonpi board →Power/Bias Supply
- 10:54, 3 December 2020 diff hist +133 Muonpi board →Detailed Description
- 10:52, 3 December 2020 diff hist +77 N File:Power section v3.1.png Power management and bias voltage generation, MuonPi HAT (V3.1) current
- 10:49, 3 December 2020 diff hist +349 Muonpi board →GNSS Receiver
- 10:39, 2 December 2020 diff hist +510 Muonpi board →RPi Interface
- 10:31, 2 December 2020 diff hist +74 Muonpi board →Detailed Description
- 10:30, 2 December 2020 diff hist +107 N File:Rpi interface v3.1.png Schematic of the MuonPi RPi interface including DAC, ADC, EEPROM, temp sensor and LEDs (V3.1) current
- 10:27, 2 December 2020 diff hist +1,085 Muonpi board →GNSS Receiver
- 10:08, 2 December 2020 diff hist +72 Muonpi board →Detailed Description
- 10:07, 2 December 2020 diff hist +70 N File:Gnss receiver v3.1.png Schematic of the GNSS receiver subcircuit of MuonPi V3.1 current
- 23:44, 1 December 2020 diff hist -19 Muonpi board →Functional Description
- 23:43, 1 December 2020 diff hist +2 Muonpi board →Functional Description
- 23:42, 1 December 2020 diff hist +9 Muonpi board →Functional Description
- 23:41, 1 December 2020 diff hist +1 Muonpi board →Digital Pulse Processor
- 23:39, 1 December 2020 diff hist +8 Muonpi board →Digital Pulse Processor
- 23:37, 1 December 2020 diff hist +2 Muonpi board →GNSS Module
- 23:37, 1 December 2020 diff hist +169 Muonpi board →Digital Pulse Processor
- 23:34, 1 December 2020 diff hist +6 Muonpi board →Digital Pulse Processor
- 23:33, 1 December 2020 diff hist +46 Muonpi board →Input Stage
- 23:28, 1 December 2020 diff hist +750 Muonpi board →Digital Pulse Processor
- 23:11, 1 December 2020 diff hist +413 Muonpi board →Digital Pulse Processor
- 15:31, 23 November 2020 diff hist -49 Muonpi board →Detailed Description
- 10:02, 23 November 2020 diff hist +85 Muonpi board →Digital Pulse Processor
- 10:01, 23 November 2020 diff hist +79 N File:Digital-pulse processor v3.1.png Digital pulse processing section of MuonPi HAT electronics (V3.1) current
- 09:58, 23 November 2020 diff hist +3 Muonpi board →Input Stage
- 09:57, 23 November 2020 diff hist +639 Muonpi board →Input Stage
- 09:45, 23 November 2020 diff hist +62 Muonpi board →Input Stage
- 09:43, 23 November 2020 diff hist +50 N File:Input stage v3.1.png Analog input stage of the MuonPi HAT current
- 09:39, 23 November 2020 diff hist -25 Muonpi board →Input Stage (Analog Pulse Processor)
- 08:35, 23 November 2020 diff hist +1 m Muonpi board →Functional Description
- 21:53, 3 November 2020 diff hist +218 Raspberry Pi Setup →Initial Setup
- 09:01, 4 September 2020 diff hist -182 Cosmic Rays →Cosmic ray showers current
- 08:59, 4 September 2020 diff hist +313 Cosmic Rays →Cosmic ray showers
- 08:37, 4 September 2020 diff hist +104 File:Showersim Geant4 10TeV.png →Summary current
- 08:33, 4 September 2020 diff hist +352 N File:Showersim Geant4 10TeV.png Geant4 simulation of an air shower triggered by a primary proton with kinetic energy of 10 TeV. The atmosphere is modeled in 10 layers with densities coresponding to the density calculated with the barometric formula at the heights of the layers' center. Only protons (red), negative muons (magenta) and positive muons (yellow) are shown.
- 14:59, 3 September 2020 diff hist +155 SiPM board
- 14:55, 3 September 2020 diff hist +298 N File:Sipm pcb parts.png SiPM PCB mounted with one single Ketek PM3325 SiPM (right). Rubber spacer with cut-out for the SiPM to adapt the interface towards the scintillator to a planar surface (middle). VM2000 reflective adhesive foil with cut-out which is attached on top of the SiPM-rubber sandwich (right). current
- 20:58, 19 August 2020 diff hist +27 Resources →How to
- 18:51, 9 August 2020 diff hist 0 Main Page →Learn about the detectors
- 18:51, 9 August 2020 diff hist +24 Main Page →Learn about the detectors
- 18:50, 9 August 2020 diff hist +2 Main Page →Learn about the detectors
