Which of the following components is typically used in fluoroscopy systems to prevent image distortion?

In fluoroscopy systems, flat panel detectors play a crucial role in minimizing image distortion. These detectors convert X-ray radiation into a digital image with high spatial resolution and accuracy. By using advanced technologies such as direct and indirect conversion, flat panel detectors provide clearer and more consistent images compared to older imaging technologies. This results in improved image quality, allowing for more precise diagnoses and assessments.

The characteristics of flat panel detectors, specifically their ability to maintain uniformity and their effective handling of high dynamic ranges, contribute significantly to reducing artifacts and distortion in the images produced. Their design enables effective correction for various imaging parameters, which further enhances the fidelity of the images captured during fluoroscopic procedures.

In contrast, while photodiodes, scintillators, and digital processors have their specific functions within the imaging process, they do not serve the same primary purpose of preventing image distortion to the extent that flat panel detectors do. Photodiodes are often used for light detection, scintillators serve to convert X-ray photons to visible light, and digital processors handle data manipulation and enhancement after the images are captured. However, it's the flat panel detector that is specifically designed to produce high-quality images with minimal distortion in fluoroscopy systems.