TRANSDUCER, PUC, 26.1MM SIZE, 130° FIELD OF VIEW, TIGHTLY CURVED ARRAY FORM FACTOR, 3 TO 10MHZ FREQUENCY RANGE, 128 NUMBER OF ELEMENTS, C10- by Philips

Product Overview
Key highlights
The Philips C10- transducer features a tightly curved array form factor with a 26.1mm size and a 130° field of view. Operating within a frequency range of 3 to 10 MHz and comprising 128 elements, it is designed for enhanced imaging quality in various ultrasound applications, ensuring precise diagnostics. TRANSDUCER, PUC, 26.1MM SIZE, 130° FIELD OF VIEW, TIGHTLY CURVED ARRAY FORM FACTOR, 3 TO 10MHZ FREQUENCY RANGE, 128 NUMBER OF ELEMENTS, C10 by Philips
Key Highlights
- The Philips C10- transducer features a tightly curved array design, optimizing imaging quality for a variety of clinical applications.
- With a frequency range of 3 to 10 MHz, this transducer is versatile enough to support both superficial and deeper tissue imaging.
- Its 130° field of view enhances the visualization of larger anatomical areas, improving diagnostic accuracy.
- Equipped with 128 elements, the transducer provides high-resolution images, facilitating better patient assessments.
- Designed for compatibility with various ultrasound systems, it ensures seamless integration into existing workflows.
Compatible Systems & Use Cases
While specific models are not listed, the Philips C10- transducer is likely compatible with a range of Philips ultrasound systems. It is particularly suited for use in obstetrics, gynecology, and general imaging scenarios where high-resolution images are critical for diagnosis and treatment planning.
Technical Specifications
| Parameter | Value |
|---|---|
| Transducer Size | 26.1 mm |
| Field of View | 130° |
| Frequency Range | 3 to 10 MHz |
| Number of Elements | 128 |
| Array Form Factor | Tightly Curved |
Clinical and Service Value
The Philips C10- transducer is engineered to enhance clinical workflows by providing high-quality imaging that supports accurate diagnoses. Its wide frequency range and large field of view allow clinicians to visualize a variety of anatomical structures, making it an essential tool in obstetric and gynecological applications. The high-resolution output ensures that subtle pathologies are not overlooked, ultimately leading to improved patient outcomes.
From a service perspective, the transducer's compatibility with multiple Philips ultrasound systems facilitates ease of integration into existing setups. This reduces the need for extensive training and allows for a more streamlined adoption process. Furthermore, the robust design and high-quality materials used in its construction contribute to its durability, minimizing maintenance needs and ensuring consistent performance over time.
Additional notes
TRANSDUCER, PUC, 26.1MM SIZE, 130° FIELD OF VIEW, TIGHTLY CURVED ARRAY FORM FACTOR, 3 TO 10MHZ FREQUENCY RANGE, 128 NUMBER OF ELEMENTS, C10- by Philips