Mulcort Geiger Counter Kit Bundle, Assembled DIY Geiger Counter Kit, Radiation Detector System, Tube Nuclear M4011 STS5 J305 Tube Module with PC Data Acquisition

11번가 원화(KRW) 기준 가격입니다.

상품 특징

• [ COMPATIBLE & OPEN SOURCE] This assembled Geiger Counter kit is fully compatible with and other popular microcontrollers making it an ideal open source platform for electronics enthusiasts and students. You can easily integrate this radiation detection module into your existing projects or use it as a standalone educational tool to learn about nuclear physics and environmental monitoring. The open source nature allows for extensive customization and community support.
• [PREMIUM DURABLE CONSTRUCTION] Crafted from materials this radiation detector system is built to last and will not rust ensuring reliable performance in various experimental conditions. The sturdy components provide excellent durability for both indoor laboratory use and outdoor field applications giving you a robust tool for long term radiation measurement and safety monitoring projects.
• [WIDE TUBE COMPATIBILITY] Supports a versatile range of Geiger Muller tubes including M4011 STS5 and J305 with operating voltages from 330V to 600V. This flexibility allows you to choose the appropriate tube for your specific sensitivity and detection range requirements whether for low background radiation measurements or more active source experiments.
• [ADVANCED PC DATA ANALYSIS] Connect the detector directly to your computer for real time data acquisition and sophisticated analysis using software like MATLAB. This feature enables detailed logging graphical representation and processing of radiation counts turning the kit into a powerful tool for scientific research academic projects and professional environmental assessment.
• [PERFECT FOR MCU DEVELOPERS] An excellent kit for microcontroller software developers who want to on writing their own drivers and applications for Geiger Tube interfacing. It provides the essential hardware foundation allowing you to concentrate on coding custom algorithms data visualization and creating unique radiation monitoring solutions without hardware design hurdles.