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Product Overview
The P2D CW transducer is engineered to provide high-quality continuous wave Doppler signals, essential for accurate measurement of blood flow velocities in cardiac and vascular applications. Its ergonomic pencil design ensures ease of use during extended examinations, facilitating detailed hemodynamic evaluations.
Technical Specifications
Frequency Range: 2.0 MHz continuous wave Doppler for deep penetration and precise velocity measurements.
Scan Modes: Continuous Wave (CW) Doppler.
Field of View: Not applicable; designed for Doppler signal acquisition without imaging capabilities.
Depth of Field: Optimized for assessing deep vascular structures and cardiac chambers.
Footprint: 16 mm diameter pencil probe for focused Doppler assessments.
Connector Type: Standard GE proprietary connector, ensuring seamless integration with compatible ultrasound systems.
Design: Lightweight and ergonomically designed for operator comfort during prolonged use.
Applications
Cardiac Hemodynamics: Enables precise measurement of blood flow velocities across heart valves and within cardiac chambers.
Vascular Assessments: Facilitates evaluation of blood flow in peripheral vessels, aiding in the detection of stenosis or occlusions.
Compatibility
GE Vivid IQ
GE Vivid T9
Clinical Performance Highlights
Delivers high-quality Doppler signals for accurate hemodynamic assessments.
Optimized for deep penetration, allowing evaluation of both superficial and deep vascular structures.
Reliable performance across a range of clinical applications, from routine examinations to specialized assessments.
Operational Efficiency and Design
Ergonomic and lightweight design minimizes operator fatigue during prolonged scanning sessions.
Slim profile enhances patient comfort and allows access to anatomically challenging areas, improving examination quality.
Seamless integration with GE ultrasound systems ensures compatibility and streamlined operation.
Advanced Imaging Features
Specialized for continuous wave Doppler applications, providing precise velocity measurements.
Superior signal quality supports confident diagnostics in both superficial and deeper anatomical assessments.
Durable construction ensures longevity and consistent performance, even in demanding clinical environments.