Features:
1. 5V power supply, or 3x 1.5V battery; 4x 1.2V battery, current: 12mA - 30mA
2. for the detection of 20mR / h ~ 120mR / h γ-ray and 100 ~ 1800 decoupling number / min - cm2 of soft β-ray
3. Sound and light alarm
4. Interrupt output interface, can be connected to the microcontroller through this interface and then displayed on the LCD
5. Ardunio compatible
6. Support most of Geiger tube: M4011, STS-5, SBM20, J305, etc. (can support 330~600V working voltage of Geiger tube).
7. Support computer (PC) data acquisition, Matlab analysis and processing
Specification:
Name: radiation detector system
Matching Geiger tube parameters.
Technical parameters diameter: Φ10±0.5mm
Total length: 90±2mm
Starting voltage: <350V
Recommended working voltage: 380V
Minimum platform length: 80V
Maximum platform slope: 10%/80V
Ultimate working voltage: 550V
Max. counting rate: 25 times/min
Lifetime: >1 x 10^9 pulses
Medium temperature: -40~55℃
Main body size: 108x63x20mm
The tube is a tin oxide cathode, coaxial cylindrical thin-walled structure (wall density 50 ± 10cg/cm2) pulse application halogen tube, in the surrounding medium temperature from -40 ° C ~ 55 ° C range, for the detection of 20mR / h ~ 120mR / h of γ-ray and 100 ~ 1800 decoupling number / min - cm2 of soft β-ray with.
Compatible with.
(UNO R3 or any other arbitrary device with 5V and external interrupt INT is recommended)
Internet downloadable: SPI example of radiation logger
The radiation logger can be used as host software for setting up radiation monitoring stations.
This kit, fully open source, does not provide technical support
List of loose parts:
1x loose parts kit
Soldered list:
1x welded Geiger counter
1x Geiger tube included
3x Wire
1x Battery box
1x Acrylic plate
1x Screw pack