Making a calibrated Geiger counter for a tiny space rover project
To make the experience fit your profile, pick a username and tell us what interests you.
We found and based on your interests.
Got the case printed all nice, Used a friends printed that had a textured bed. Test fit all the components and got them soldered up. I uploaded a small video of it in action with a calibrated Caesium-137 source. Radiation module complete!
I was able to test fit the module a few times in the 3D CAD of the rover and have created the following module, it will contain the class 5 detector, SAMD21 Proc, and a buzzer.
As I'm more of a electronics, design, and hardware guy. I worked a bit with ChatGPT 4 to find if it was reading correct...
https://github.com/thedocdoc/Pocket-Geiger-Type-5/tree/main
A solid state low power Geiger
A Geiger counter built from a type 5 Pocket Geiger Radiation Sensor from Radiation Watch. The prototype was calibrated by a known Cesium 137 source and was found to be spot on.
Sensor - https://www.sparkfun.com/products/14209 Note: This product is for educational purposes and should not be directly relied upon for determinations regarding one’s health or safety.
Example output-
Display acknowledged.
Counts Per Minute (CPM): 1859.00 Radiation (uSv/h): 35.05
Counts Per Minute (CPM): 1867.00 Radiation (uSv/h): 35.21
Counts Per Minute (CPM): 1862.00 Radiation (uSv/h): 35.11
Counts Per Minute (CPM): 1870.00 Radiation (uSv/h): 35.26
Create an account to leave a comment. Already have an account? Log In.
Become a member to follow this project and never miss any updates
By using our website and services, you expressly agree to the placement of our performance, functionality, and advertising cookies. Learn More
The sensor and code are for educational purposes and should not be directly relied upon for determinations regarding one’s health or safety.