Types-Of-Ultrasound-Transducers-Used-for-different-examinations - PowerPoint PPT Presentation

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Types-Of-Ultrasound-Transducers-Used-for-different-examinations

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To utilize the ultrasound transducer to its complete potential, you need to choose the best one. Several different types of ultrasound transducers will increase the performance of your transducer. In addition, different types of ultrasound transducers can be used for different examinations. – PowerPoint PPT presentation

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Title: Types-Of-Ultrasound-Transducers-Used-for-different-examinations


1
Types Of Ultrasound Transducers-Used for
different examinations
2
  • To utilize the ultrasound transducer to its
    complete potential, you need to choose the best
    one. Several different types of ultrasound
    transducers will increase the performance of your
    transducer. In addition, different types of
    ultrasound transducers can be used for different
    examinations.
  • But before knowing about the types, do you know
    that an ultrasound transducer is also known as
    the probe?
  • It is a device that will produce sound waves that
    bounce off your body's tissues and make echoes.
    The transducers also have a system that receives
    the echoes, and then you can send them to the
    computer, creating an image for you.
  • For More Information Please visit,
    https//piezodirect.com/ultrasonic-piezo-transduce
    rs

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4
  • Linear Transducers
  • The arrangement of piezoelectric crystals is
    linear, and the shape has a rectangular shape
    beam. The near-field resolution it has is also
    good.
  • The footprint, applications, and frequency will
    depend on whether the product is a 2D or 3D
    image. If you choose the 2D imaging, that will
    have a wider footprint, whereas the centre
    frequency will be 2.5 to12 MHz.

5
  • Convex Transducers
  • Another type of transducer you have is of convex
    one, including GE C1-6, also known as the curved
    transducer. It is because the piezoelectric
    arrangement of crystals is curvilinear.
  • The shape of the beam is convex and is quite
    better for in-depth examinations, with the image
    resolutions that decrease when there is an
    increase in the depth. The frequency will depend
    on the product you get, whether 2D or 3D.
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