UNIVERSAL RAD POWER DOCKING INTERFACE BOARD by GE Healthcare

Key Highlights

• The Universal RAD Power Docking Interface Board by GE Healthcare is essential for charging flash pad detectors used in advanced imaging systems.
• Compatible with multiple models, including the OPTIMA XR220 and OPTIMA XR200, ensuring versatility across various imaging environments.
• Designed with a robust construction featuring a metal case and safety warnings, enhancing durability and user safety during operation.
• The board supports high-resolution imaging with a detector array of 2024 x 2024 pixels, ensuring superior image quality for diagnostic purposes.
• Incorporates advanced ESD suppression technology to protect sensitive electronic components, reducing the risk of damage during use.

Compatible Systems & Use Cases

This docking interface board is compatible with the following GE Healthcare models:

• OPTIMA XR220
• OPTIMA XR200
• OPTIMA XR648
• OPTIMA XR642
• DISCOVERY XR656

It is primarily utilized in radiology departments for X-ray imaging, enhancing workflow efficiency and image processing capabilities.

Technical Specifications

Parameter	Value
Detector Pixel Array	2024 x 2024 pixels
Data Conversion	14-bit digital data
Construction Material	Metal case with graphite imaging window
ESD Protection	Integrated ESD suppressor

Clinical and Service Value

The Universal RAD Power Docking Interface Board enhances procurement strategies by providing a reliable solution for charging flash pad detectors used in high-performance imaging systems. Its compatibility with multiple GE Healthcare models allows hospitals to standardize equipment, simplifying training and maintenance processes. This standardization can lead to improved operational efficiency as staff can become proficient with a consistent set of tools.

From a maintenance perspective, the robust construction and integrated ESD protection of the docking interface board minimize the risk of failure, ensuring that imaging systems remain operational and effective. This reliability not only enhances patient care through consistent imaging quality but also reduces downtime, allowing healthcare providers to maintain a steady workflow. By investing in durable and efficient components like the Universal RAD Power Docking Interface Board, healthcare facilities can optimize their resources and improve overall service delivery.

Additional notes

The Universal RAD Power Docking Interface Board is the part of flash pad detector, which is used in the Optima XR 200 AMX and XR 220 AMX imaging systems. The detector docking connector is used to charge the flash pad detector. It is also known as charging connector. The charging connector is comprised of URP detector, ground clip, pin connector, protection ESD suppressor and URP docking interface. The flash pad detector is used to convert X-ray data into digital image data that is transferred to the system for processing and display. The detector is an X-ray imaging device that consists of an array of 2024 x 2024 pixels. Each pixel is attached to a data acquisition circuit that converts incoming X-ray signal to 14-bit digital data. The detector is constructed from a metal case. The front face contains a graphite X-ray imaging window and the back face contains safety warnings.