16 Slice MDAS PCI DIP 2363229-R
| 2363229-R | |
| Computed Tomography (CT) | |
| Other Computed Tomography (CT) | |
| GE HealthCare | |
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Product Overview
The 16 Slice MDAS PCI DIP comes as a part of the Computed Tomography (CT) device. The CT is a computerized process of obtaining images or scanning the body parts by means of X-Rays. It is used for imaging method diagnosis using X-Rays. A stream of electrons produced by X-Ray tube is accelerated to specific velocities by an external voltage supply and collide with the target anode in the tube. The beam formed is focused on the patient, and X-Rays emerging from the patient carry the image information which can be stored in a film. The collimator is provided to narrow the rays such that a parallel beam of rays is created which are aligned in a direction. In other words, it filters the rays. The DAS provides a process of measuring the parameters of a patient by means of a software. All the interfaces to the patient occur through the DAS. The 16-slice PCI DAS Interface Processor (DIP) acts as the main interface between the MDAS and the GRE Subsystem. It receives scan data in a high-speed serial stream from the slip ring interface and transmits it to the main memory of the Data Acquisition and Recon Control board (DARC). At the completion of this scan data direct memory access (DMA) it generates a Peripheral Component Interconnect (PCI) interrupt. The board is a half-length PCI add-in card, designed to fit any off-the-shelf motherboard’s 64-bit PCI slot.