What is one characteristic of photostimulable phosphor plate technology?

Photostimulable phosphor plate technology is notable for capturing analog data before it is digitized. This technology employs a photostimulable phosphor plate to store x-ray images in a similar way to traditional film. When x-rays hit the phosphor plate, they excite the phosphor material, which retains a latent image. The plate is then scanned by a laser, which detects the stored energy and converts it into a digital signal, resulting in the final digital image.

This characteristic allows for the advantages of traditional film in terms of sensitivity and dynamic range, while still enabling the benefits of digital imaging, including easier storage and retrieval. The process does not provide instant imaging results, as there is a necessary step for scanning and digitization after exposure. Additionally, while photostimulable phosphor plates do utilize x-ray exposure, they do not operate on the principle of direct exposure like some digital sensors. Lastly, this technology can be used for both intraoral and extraoral images, making it versatile in dental radiography.