50V 0.01UF CERAMIC CAPACITOR by GE Healthcare

Key Highlights

• High-Quality Component: The 50V 0.01µF Ceramic Capacitor by GE Healthcare is designed for reliability in medical imaging systems, ensuring optimal performance and longevity.
• Versatile Compatibility: This capacitor is compatible with a range of GE Healthcare imaging systems, enhancing their functionality and supporting various diagnostic procedures.
• Robust Design: Featuring an axial leaded configuration, this capacitor is engineered to withstand the demanding environments typical of medical imaging applications.
• Enhanced System Performance: By using high-quality capacitors, healthcare facilities can ensure improved system stability and reduced downtime, leading to more efficient patient care.

Compatible Systems & Use Cases

• Models:
  • AMX 3
  • MPX
  • 88 SPOT FILM DEVICE
  • ADVANTX R&F
  • ADVANTX B

These models are commonly used in portable and stationary imaging applications, including radiography and fluoroscopy. The capacitor enhances the reliability and performance of these systems, making it suitable for both routine and complex diagnostic scenarios.

Technical Specifications

Clinical and Service Value

The integration of the 50V 0.01µF Ceramic Capacitor into imaging systems can significantly enhance their reliability and operational efficiency. By ensuring that critical components are functioning optimally, healthcare facilities can reduce the frequency of equipment failures, minimizing disruptions in patient care. This reliability is particularly crucial in high-demand environments where imaging is essential for timely diagnosis and treatment.

From a maintenance perspective, utilizing high-quality capacitors like this one can lead to lower service costs over time. Facilities can expect fewer replacements and repairs, allowing biomedical engineers to focus on other critical tasks rather than routine maintenance. This not only streamlines workflow but also contributes to a more efficient allocation of resources within the healthcare setting, ultimately benefiting patient outcomes.

Additional notes

Axial leaded