What is the function of digital radiography?

Digital radiography primarily functions by converting x-ray energy into a digital image. This process allows for the capture of images without the need for traditional film, enabling immediate viewing and analysis. The conversion of x-ray energy into a digital format enhances image processing, manipulation, and accessibility.

Digital radiography utilizes specialized detectors that can directly convert x-rays into electrical signals, which are then processed by a computer to produce a digital image. This technology improves diagnostic capabilities, reduces radiation exposure, and streamlines workflows in medical imaging.

While improving image storage systems and analyzing physiological data are important in the field of radiology, they are not the primary functions of digital radiography itself. Similarly, generating holograms is unrelated to the fundamental purpose of digital radiography. Thus, the ability to convert x-ray energy into a digital image is the cornerstone of digital radiography's function.