RESISTOR 5.11K OHMS 1 % by GE Healthcare

Key Highlights

• The RESISTOR 5.11K OHMS 1 % by GE Healthcare is engineered for precision in imaging systems, ensuring optimal performance and reliability.
• Designed specifically for use with the LIGHTSPEED 1X model, this resistor enhances the operational efficiency of advanced imaging applications.
• With a tolerance of 1%, this component guarantees consistent electrical characteristics, critical for maintaining system integrity.
• Manufactured by GE Healthcare, a leader in medical technology, ensuring high standards of quality and compliance.

Compatible Systems & Use Cases

This resistor is compatible with the following system:

• LIGHTSPEED 1X

It is typically utilized in PET-CT imaging systems, where precision components are essential for accurate diagnostics and patient care.

Technical Specifications

Parameter	Value
Resistance	5.11K Ohms
Tolerance	1%
Brand	GE Healthcare
Part Number	46-253940P261

Clinical and Service Value

The RESISTOR 5.11K OHMS 1 % is an essential component for the LIGHTSPEED 1X imaging system, designed to enhance the overall performance and reliability of imaging procedures. By integrating high-quality resistors, healthcare facilities can ensure that their imaging systems operate at peak efficiency, leading to improved diagnostic capabilities and patient outcomes. The precision of this resistor helps maintain the integrity of the electrical signals, which is vital in high-stakes environments such as radiology and nuclear medicine.

In terms of maintenance, utilizing components from a reputable brand like GE Healthcare can streamline service processes. Facilities benefit from reduced downtime and increased system longevity, as these components are engineered to meet rigorous quality standards. This reliability translates into smoother workflows, allowing biomedical engineers to focus on other critical tasks, ultimately enhancing the overall operational efficiency of healthcare services.

Additional notes

RESISTOR 5.11K OHMS 1 % by GE Healthcare