TRANSDUCER, PUC, 9.78MM SIZE, 90° FIELD OF VIEW, SECTOR PHASED ARRAY FORM FACTOR, 4 TO 12MHZ FREQUENCY RANGE, 96 NUMBER OF ELEMENTS, S12-4 S by Philips

Key Highlights

• The Philips TRANSDUCER, PUC, offers a compact 9.78mm size, making it ideal for a variety of clinical applications, including adult and pediatric echocardiography.
• With a 90° field of view and a frequency range of 4 to 12 MHz, this transducer provides high-resolution imaging essential for accurate diagnostics.
• Featuring a sector phased array form factor and 96 elements, it enhances imaging performance, particularly in challenging anatomical areas.
• This transducer is compatible with multiple Philips ultrasound systems, ensuring versatility across various clinical settings and procedures.
• Designed for ease of use, it supports efficient workflows in both adult and pediatric echocardiography, including neonatal head assessments.

Compatible Systems & Use Cases

This transducer is compatible with the following Philips ultrasound systems:

• HD11
• IU22
• CX50
• HD11XE
• IE33
• EPIQ 7
• EPIQ 5
• AFFINITI 50
• AFFINITI 70

Use cases include adult and pediatric echocardiography, as well as neonatal head imaging, facilitating comprehensive cardiac assessments in diverse patient populations.

Technical Specifications

Parameter	Value
Transducer Size	9.78 mm
Field of View	90°
Frequency Range	4 to 12 MHz
Number of Elements	96
Form Factor	Sector Phased Array

Clinical and Service Value

The Philips TRANSDUCER, PUC, is engineered to enhance clinical workflows by providing high-quality imaging in a variety of settings. Its compatibility with multiple Philips ultrasound systems allows healthcare facilities to utilize existing equipment effectively, minimizing the need for additional investments. This versatility ensures that clinicians can perform a wide range of echocardiographic assessments, from adult to pediatric patients, without compromising on image quality.

In terms of maintenance, the durable design of this transducer reduces the frequency of service interruptions, thereby supporting consistent patient throughput. The ease of integration into existing ultrasound systems streamlines training for biomedical engineers and clinical staff, facilitating a smoother transition and minimizing downtime. By optimizing both procurement and operational efficiencies, this transducer contributes to improved patient care and resource management within healthcare facilities.

Additional notes

Applications:Cardiac (Adult Echo)Cardiac (Pediatric Echo)Pediatrics (Neonatal Head)