Shielding for high-energy X-ray detectors
Designing reliable X-ray systems means more than optimizing image quality. Detector lifetime, electronics reliability, radiation dose management, and system weight all depend on effective shielding. Download the application note to learn how to optimize shielding performance in high-energy X-ray systems.
What you’ll learn
- How to calculate required shielding thickness using the Beer–Lambert attenuation law
- The differences between lead and tungsten shielding across multiple X-ray energies
- Recommended shielding thicknesses from 100 keV up to 500 keV
- How scatter radiation, geometry, and source-detector distance affect dose levels
- Practical shielding implementation examples for detector and system protection
Fill out the form now to get the full application note.