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Toshiba Power Vision


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The SSA-380A PowerVision is the first fully digital ultrasound system for dedicated cardiovascular studies. PowerVision's Digital Continuous Beam Former (DCBF) converts the analog signal leaving the patient into digital form earlier than conventional analog/ digital hybrid ultrasound systems, which rely on the use of analog delay lines for signal summation. The result is a purer signal, with higher accuracy and repeatability. A fully digital architecture offers even more advantages: reduced noise and side lobes, improoved contrast and lateral resolution, speckle reduction,and enhanced Doppler sensitivity and greater dynamic range. The PowerVision "time-shares" the high-speed Continuous Beam Former to receive echoes from four directions simultaneously. Quad Signal
Processing
(QSP) empowers the system to receive up to four imaging lines of information, resulting in a two-time increase in frame rate, and two-time increase in line
density. QSP provides more diagnostic information and greater accuracy, due to more
sampling points (typically B/W-79 frames/second; Color Doppler-30 frames/second).

Powervision provides the diagnostic power for all of today's traditional Cardiology appli cations, including adult and pediatric imaging with the system's Multifrequency capability allowing smart transducer imaging from 2.5-10MHz. Vascular imaging is made easy with the use of a Multifrequency 5/7.5/10MHz linear transducer, which features independent beam steering and excellent low-flow sensitivity from the utilization of the Advanced Velocity Range Processing (AVRP) function. Additionally, a comprehensive Stress Echo
package with 128 MB optical disk storage and Contrast Echo analysis is available as an
option to the PowerVision system. Multiplane TEE, and small-diameter biplane TEE
imaging, in both excellent image quality due to Super Sensitive Ceramics with no loss
of frame rate allows you to more fully understand cardiac function and hemodynamics.
PowerVision's advanced architectural design includes a 32-bit, high-speed CPU as well

as a 16 MB raw data memory buffer (four times greater than existing high-end echo systems) offer high capacity storage and retrieval, with access to the raw image, CDI
and Doppler signals.

 

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