1. X-ray generator: It is one of the most important components in a DR system and is responsible for generating high-energy x-rays. Common x-ray generators include ray tubes (x-ray tubes) and emission guns.
2. Radiation detector: It is another important component in the DR system, which is used to receive and convert the x-ray imaging information transmitted through the subject. Common radiation detectors include flat panel detectors (such as TFT detectors) and scintillation detectors.
3. Control system: it is the core of the DR system, used to control and manage the work of the x-ray source. The control system usually includes a computer and related software to control the x-ray emission, reception and processing of imaging data.
4. Mechanical stand: It is a frame structure used to support and position the x-ray source and detector. Mechanical supports usually have adjustable parameters to accommodate different imaging needs.
5. Auxiliary equipment: The x-ray source of a DR system may also include auxiliary equipment such as high-voltage generators, filters, and scatter correctors that are used to optimize the quality of the x-ray imaging and reduce the radiation dose.
In general, the x-ray source of a DR system is composed of an x-ray generator, a radiation detector, a control system, a mechanical support and auxiliary equipment. These components work in tandem to enable digital radiography and provide high-quality image information.
Reference: Lima Precision Measurement - roymatek.com
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