| Customization: | Available |
|---|---|
| Application: | Home, Medical Institution, X-ray |
| Scale: | Medium |
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Technical Parameter
| Detector Technology | a-Si |
| Scintillator | GOS/CSI |
| Image Size | 35x 43cm(14x 17in) |
| Pixel Matrix | 140um |
| A/D Conversion | 16bit |
| Minimum Detection Dose | 20nGy (GOS) 14nGy (CSI) |
| Maximum Linear Dose | 150uGy (GOS) 110uGy CSI |
| Spatial Resolution | 3.6LP/mm |
| X-ray Voltage Range | 40-150KV |
| Image Acquisition Time | 1s(wired) |
| Data Interface | GigE/802.11ac |
| Power dissipation | 20W |
| Adapter Input | AC 100-240V,50Hz-60Hz |
| Adapter Output | DC 24V,60W |
| Dimensions | 38.3x 46.0x 1.5cm |
| Weigh | 2.9kg(wired) |
| Housing Material | Carbon. Alloy |
| Water Tightness | IPX3 |
| Operating Environment | 5-35ºC 10-75% RH |
| Pixel Matrix | 2560x 3072 |
1.1 Working Principles
1.1.1 Imaging principles
The scintillation layer of the detector converts incident x-ray into visible light, which is then converted to imaging electronic signals by the amorphous silicon photodiode array, and then amplified and digitized to form a digital x-ray image.
1.1.2 Major Electrical Circuits
The product's electrical circuits consist of real time logic controller, scan driver, readout modules as well as signal communication modules. Under the control of real time logic,thescandriverreadsoutthesignalsofeachline,andthereadoutmodulescovertall columns of signal at the same time. The digitized signal is then transmitted through the communication modules to acomputer.
Optimized workflow
Body Parts And Customer Specific lmage Processing
Optimized For Various Applications
Support Different Languages
Full DiCoM 3.0, and HL7 support
Multi-Vendor Integration
Easily Customizable
High Quallty image
OUr FLAT PANEL DETECTOR Can be Used in Both Human MEDICAL & VETERINARY
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