C10-4EC 10 TO 4MHZ BROADBAND TRANSDUCER FOR ULTRASOUND SYSTEM by Philips

Key Highlights

• Broadband Technology: The C10-4EC transducer operates within a frequency range of 10 to 4 MHz, providing versatility for various imaging applications, particularly in endocavitary scenarios.
• Tightly Curved Array Design: With a 24.3mm aperture and a 147° field of view, this transducer enhances image quality and detail, making it suitable for intricate examinations.
• High Element Count: Featuring 128 elements, the transducer delivers improved spatial resolution and sensitivity, facilitating better diagnostic capabilities.
• ROHS Certification: The transducer meets stringent environmental standards, ensuring safety and compliance in medical environments.
• Endocavitary Applications: Designed specifically for vaginal and rectal applications, it supports a range of clinical procedures requiring precise imaging.

Compatible Systems & Use Cases

While specific models are not listed, the C10-4EC transducer is compatible with a variety of Philips ultrasound systems designed for endocavitary applications. Likely use cases include:

• Obstetric and gynecological examinations
• Rectal imaging for prostate assessments
• General diagnostic imaging requiring high-resolution outputs

Technical Specifications

Parameter	Value
Frequency Range	10 to 4 MHz
Aperture Size	24.3 mm
Field of View Angle	147°
Number of Elements	128
Type	Tightly Curved Array
Certification	ROHS

Clinical and Service Value

The C10-4EC transducer offers significant clinical advantages, particularly in the realm of endocavitary imaging. Its broadband frequency range allows for enhanced versatility, enabling clinicians to conduct a wide array of examinations with a single device. The tightly curved array design maximizes the field of view, ensuring that critical anatomical details are captured with precision. This capability is particularly beneficial in obstetric and gynecological applications, where accurate imaging is paramount for effective patient management.

From a service perspective, the transducer's ROHS certification underscores Philips' commitment to environmental responsibility, which is increasingly important in today's healthcare landscape. The high element count contributes to improved spatial resolution, reducing the need for repeat examinations and thereby streamlining workflow. Additionally, the robust design of the transducer ensures reliability and longevity, minimizing maintenance requirements and supporting efficient procurement decisions for healthcare facilities. By integrating the C10-4EC into their ultrasound systems, hospitals can enhance their diagnostic capabilities while maintaining a focus on patient safety and care quality.

Additional notes

Transducer, 24.3mm Aperture, Tightly Curved Array Type, 147° Field of View Angle, 10 to 4MHz Frequency Range, 128 Number of Elements, Broadband Technology, ROHS Certification, For Ultrasound System, Endocavitary Applications, Including Vaginal and Rectal