BACKPLANE CONTROLLER (P/N:85224045]

BACKPLANE CONTROLLER (P/N:85224045] The GE Backplane Controller (P/N: 85224045) is a critical component in the HiSpeed Dual CT Scanner system. It acts as a central hub, facilitating the communication between various subsystems within the scanner The board ensures efficient data transmission and system stability, helping to optimize the performance and reliability of the CT scanner. Built with high-quality materials and designed to meet the rigorous demands of medical imaging, this backplane controller is tested for quality assurance

AXIAL INTERFACE BOARD (PART NO: 46- 32113801-B) The Axial Interface Board is a critical component used in GE CT scanners, specifically designed to manage and facilitate communication between different subsystems within the imaging system. This board ensures accurate signal transmission and data processing, playing a vital operations. It is engineered to support high-speed role in controlling the axial movements during scan imaging applications, maintaining system stability and efficiency, The board is commonly found in high-speed dual-slice CT scanner models

The AX Board with SBX Ethernet is a critical component in GE CT scanners, responsible for managing Ethernet communication within the system. It ensures seamless data transmission between essential CT modules, allowing for high-speed image processing and system integration. This board plays a crucial role in maintaining network stability, reducing latency, and ensuring optimal system performance. It is built to withstand the demanding operational environment of medical imaging equipment. The AX Board with SBX Ethernet is a critical component in GE CT scanners, responsible for managing Ethernet communication within the system. It ensures seamless data transmission between essential CT modules, allowing for high-speed image processing and system integration. This board plays a crucial role in maintaining network stability, reducing latency, and ensuring optimal system performance. It is built to withstand the demanding operational environment of medical imaging equipment.