50V 0.01UF CERAMIC CAPACITOR by GE Healthcare

Key Highlights

• The 50V 0.01UF Ceramic Capacitor by GE Healthcare is designed for reliable performance in medical imaging systems, ensuring optimal functionality.
• With axial leaded construction, this capacitor offers ease of integration into various imaging devices, enhancing overall system reliability.
• This component is compatible with a range of GE Healthcare models, making it a versatile choice for healthcare facilities.
• Durability and stability are key attributes, ensuring consistent performance in demanding clinical environments.
• Utilizing high-quality materials, this capacitor supports long-term operational efficiency in imaging applications.

Compatible Systems & Use Cases

This capacitor is compatible with the following GE Healthcare models:

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

These models are typically utilized in radiology and imaging departments for various diagnostic procedures, highlighting the capacitor's importance in maintaining system integrity.

Technical Specifications

Parameter	Value
Voltage Rating	50V
Capacitance	0.01µF
Construction Type	Axial Leaded

Clinical and Service Value

The 50V 0.01UF Ceramic Capacitor is an essential component for various GE Healthcare imaging systems. Its compatibility with multiple models allows for streamlined procurement processes, ensuring that healthcare facilities can maintain a consistent supply of critical parts. This reduces downtime and enhances the overall efficiency of imaging workflows, which is vital in fast-paced clinical settings.

Moreover, the durability and reliability of this capacitor contribute significantly to the long-term performance of imaging equipment. Regular maintenance and timely replacement of components like this capacitor can prevent unexpected failures, thereby ensuring that diagnostic imaging services remain uninterrupted. This proactive approach not only enhances patient care but also optimizes the operational efficiency of healthcare providers.

Additional notes

Axial leaded