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Solid-State X-Ray Detector Glass Panel for Digital Mammography

15d ago· 1 min readenInsight

Summary

This article describes a glass panel component of a solid-state X-ray detector. The panel features an array of approximately 1,100 x 900 pixels, each containing a field-effect-transistor (FET) switch and a light-detecting diode. X-rays cause a scintillation material to emit visible light, which is accumulated by the pixels for storage and computer readout. Originally designed for digital mammography, this technology demonstrated significant improvements in dynamic range and readout speed compared to CCD technology.

Source

Twitter / XSolid-State X-Ray Detector Glass Panel for Digital Mammographycia.gov

Key quotes

· 3 pulled
Etched onto the panel is an array of about 1,100 x 900 picture elements ("pixels").
X-rays make a separate scintillation material "glow" visible light, reducing the total amount of energy needed to create an image.
Originally intended for digital mammography applications, this glass panel demonstrated enormous dynamic-range and readout-speed improvements over the charge-coupled-device (CCD) technology it replaces.
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This glass panel is a component of a solid-state detector used in an X-ray imaging device.  Etched onto the panel is an array of about 1,100 x 900 picture elements (“pixels”). Each consists of a field-effect-transistor (FET) switch and a light-detecting d

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