CATHODE POWER MODULE ASSEMBLY by Philips

Key Highlights

• The Cathode Power Module Assembly by Philips is engineered to provide reliable power management and control to the cathode in X-ray tubes, ensuring optimal performance in medical imaging systems.
• This module is optimized for high efficiency, making it suitable for demanding medical environments where power stability is critical for accurate imaging.
• Designed specifically for use with various models of Philips CT scanners, it enhances the overall functionality and reliability of diagnostic imaging processes.
• Its robust design contributes to improved patient outcomes by facilitating the generation of detailed internal body images.

Compatible Systems & Use Cases

• Philips BRILLIANCE BIG BORE
• Philips BRILLIANCE 64
• Philips BRILLIANCE
• Philips BRILLIANCE CT AIR

Technical Specifications

Parameter	Value
Power Supply Type	AC/DC
Operating Temperature	0°C to 40°C
Weight	Approximately 5 kg

Clinical and Service Value

The Cathode Power Module Assembly is an essential component in enhancing the performance of CT scanners. By ensuring that the cathode receives stable and adequate power, it plays a vital role in generating high-quality imaging results. This stability is crucial in clinical settings where accurate diagnostics can significantly influence patient treatment plans and outcomes.

Moreover, the module's energy efficiency not only supports the operational demands of healthcare facilities but also contributes to a more sustainable workflow. Its compatibility with multiple Philips CT models allows for seamless integration and reduces the need for extensive retraining of staff, thereby enhancing overall operational efficiency and minimizing downtime.

Additional notes

The "Cathode Power Module Assembly" is a specialized component crafted for medical imaging systems, specifically designed to enhance the performance of the cathode in CT scanners. It plays a pivotal role in diagnostic imaging by ensuring the cathode receives stable and adequate power, crucial for generating accurate and detailed internal body images.