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ustsipin02 cpu view
Description

Imported from GitHub: ust-modules/USTSIPIN02 · commit 5971e33 · license GPL-3.0

Description

Silicon diode dosimeter and spectrometer.

README

USTSIPIN02 - Semiconductor ionizing radiation detector and spectrometer electronics

It is intended for measurements of cosmic radiation and ionizing radiation dosimetry by using c-Si PIN diode sensor.

Top view on USTSIPIN02

Technical parameters

  • Silicon PIN diode detector with 44 mm³ detection volume
  • The number of energy channels depends on the firmware
  • Deposited energy range from 60 keV to 7 MeV, the measurement range could be adjusted by altering values in the analog front end
  • Energy measurement resolution 15 ±2 keV (the exact value depends on firmware and analog front-end setup).
  • Power supply 3.3 to 5V / 3 mA
  • Integration time depends on specific firmware setup
  • Interface - RS232 TTL on JST-GH connector or USB-C device
  • Dimensions - 91mm x 51mm x 12mm
  • Weight

Use cases

USB interface

The main user interface is with a USB-C connector. See the LABDOS01 for a detailed description.

UART interface

It could also be used for firmware upgrades by switching solder jumper on the PCB.

SignalPixhawk ColorThunderFly color
+5VRedred Red
RXBlackwhite White
TXBlackgreen Green
CTSBlackblue Blue
RTSBlackyellow Yellow
GNDBlackblack Black

Auxilary IO

Mainly useful for special tasks like control of external devices depending on radiation intensity or spectral threshold energy. Another usage is the connection to an autopilot in a UAV. See the AIRDOS03 for details.

SignalPixhawk ColorThunderFly color
TIMEPULSEBlackblue Blue
EXTINTBlackyellow Yellow
GEO_STATBlackwhite White
SDABlackgreen Green
SCLBlackyellow Yellow
TXBlackwhite White
RXBlackgreen Green
GNDBlackblack Black

Bootloader Programming Interface

The connector is used for service actions only. It is not accessible by users in normal circumstances. The user firmware changes use the programmed bootloader.

MCU Pin nameFunction
PB5MOSI
PB6MISO
PB7CLK
#RSTRST#
GNDGND
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