



🌟 Stay ahead of radiation risks with smart sensing precision!
The GDK101 Gamma Radiation Sensor Module by FTLAB is a compact, solid-state device featuring 10 sensitive PIN photodiodes and an integrated MCU for smart analysis. It accurately measures gamma radiation from 0.01 to 200 μSv/h with ±5% linearity error, includes vibration detection to prevent false alarms, and offers versatile I2C & UART interfaces for seamless Arduino and MCU connectivity. Designed for long-term, maintenance-free use, it’s ideal for environmental safety monitoring and IoT applications.
| ASIN | B01I4RZWA8 |
| Brand | FTLAB |
| Customer Reviews | 3.0 3.0 out of 5 stars (1) |
| Manufacturer | FTLAB co., LTD. |
| Mfr Part Number | GDK101 |
| Model Number | GDK101 |
| Mounting Type | Tabletop |
| Power Source | Corded Electric |
R**R
Useful in the right application
I've been building a radiation topography robot and have been using this in what started as a Raspberry Pi environment. I had to bring on an Arduberry to interface with this sensor. The sensor hasn't lived up to my hopes and I would purchase one of the Geiger counter kits for sale if I were to do it over again. For me, this sensor is trying to do too much with it's averaging and vibration detection, and I would rather just receive a continuous signal of measured radiation and do whatever averaging/data rejection I want in my code. Also, perhaps I'm just dense, but after playing with it for ~6 months, I still haven't figured out what some of the characters it wants for input even are. I see them in the publications and can't find them in any keyboard layouts I know of. I feel the proper use of this sensor is in static radiation safety situations where you'll trip an alarm if radiation levels reach a pre-ordained level. Say a reactor or similar with a simple implementation of Arduino environment detecting the level and throwing an alarm if needed.
Trustpilot
1 month ago
4 days ago