User's Manual

24
Safety in Use
This device should be operated under radiology professional’s presence only. The patient should not operate this device
nor touch the device physically. This cassette size device is designed to be placed into a system, therefore the device
would not touch the patient body directly.
Operation Principle
The X-ray information input to the image sensor from the outside is converted to visible light by Scintillator, and
then through the amorphous silicon (a-Si), it is transferred to the photo Diode on the TFT Array and becomes
converted back to an electrical signal. The converted electrical signal is amplified and converted to a digital signal
and forms the image data. It is sent to computer through Ethernet Interface, and the obtained image will be
displayed on the monitor screen.
X-ray Generator Requirement
The BSD3543W(BT-DA22W/BT-DB22W) is image acquisition sensor. So, it is not related with rating(W) and rated
voltage etc, of X-ray generator tube. But, it is related with quality of X-ray. X-ray best condition is 50kVp~150kVP.
System Overview
The BSD3543W(BT-DA22W/BT-DB22W) is a flat panel X-ray detector used for radiological applications, part of a
digital image acquisition system. The BSD3543W(BT-DA22W/BT-DB22W) detector is a X-ray image acquisition
device that is based on flat panel. The digital X-ray detector uses a large area amorphous silicon sensor array with
a scintillator. The panel will display high quality images in approximately 6 seconds over a wide range of dose
setting.
This device should be integrated with an operating workstation [PC] and an x-ray generator. It can do to utilize as
digitalizing X-ray images and transfer for radiography diagnostic. Also, it is intended to replace radiographic
film/screen system in all general purpose diagnostic procedure.
The BSD3543W(BT-DA22W/BT-DB22W) device differs from traditional X-ray system in that, intended of exposing a
film and chemically processing it to create a hard copy image, a device called a detector panel is used to capture
image in electronic form.