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AUTOFOCUS  

 Get the best image quality with a single click, no matter how complex the geometry is

CODEX

Coded excitation for SNR improvement

FOCALIZACION DINAMICA

Progressive Focusing: Get the best resolution at all depths

KIT GPUS

Complete your SITAU Phased-Array system with the power of GPU’s

GNR FILTER

See beyond structural noise

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FULL PARALLEL

  • phased array dasel en

    Undoubtedly the most advanced technology of the SITAU series, allowing simultaneous control of up to 1024 ultrasound channels, it is the ideal solution for phased array inspections requiring large active apertures.


    SITAU FP, along with provided Matlab, LabVIEW, C++, etc. libraries which can be interfaced with GPU platforms; SITAU FP becomes a powerful tool for Ultrasound Laboratories and Research Centers, providing the maximum possible flexibility.




    The SITAU systems allow to acquire with two different modes.

    "Phased Array" mode

    In emission, the hardware applies the programmed focal laws for each line of the B-Scan image, allowing focusing at any depth and deflecting the beam at any angle.

    In reception, the hardware applies the programmed focal laws, getting, for each line of the B-Scan image, an A-Scan signal obtained by applying the focal law delays to each one of the elements of the active aperture.

    "Multichannel" Mode

    In emission, the hardware applies the programmed focal law for each line of the B-Scan image, allowing focusing at any depth and deflecting the beam at any angle.
    In reception, no processing is performed with the signals received by each element of the active aperture, for each acquisition, the SITAU system returns all the A-Scan signals received by each element of the active aperture.
    In this mode the SITAU system operates as a multi-channel system allowing access to the A-Scan signals from each channel, this feature allows the user develop Synthetic Aperture Focusing Techniques (SAFT), Full Matrix Capture (FMC), Total Focusing Method (TFM) or Sampled Phased Array (SPA).

  • Signal processing:

    -       Auto-focus

    o     Immersion, the system auto-detects the material surface, and auto-configures the focal laws to get the image focused into the material.

    o     With wedge, the SITAU system auto-detects the wedge geometry, and auto-configures the focal laws.

    -       Grain Noise Reduce Filter.

    Removes, in real-time, the material grain noise using the Phase Coherence Technique.

    -       EMI Filter.

    o     Removes, in real-time, the impulsive noise

    o     Improves flaw detection and reduces the production of false alarms

    o     Keeps a high dynamic range in noisy environments for C and D-scans

    -       Dynamic Depth Focusing in real-time applying a focal laws per each sample of each A-Scan of the B-Scan image (hardware implemented).

    -       Band-Pass filter with programmable cut-off frequencies.

    -       Scan compression with Non-Peak-Loss compression algorithm, up to 128:1 compression rate.

    -       Average (2, 4, 8, 16, 32, 64, 128, 256)

    -       Single focus programmable and independent for emission and reception, and independent for each scan line.

    -       Programmable hardware and software gates to detect of the maximum, minimum, positive edge or negative edge

    -       Acquisition information data in real-time: A-scan, B-scan, peak position and amplitude (gates), encoders count.

    Emitter:

    -       Fixed pulse amplitude (-100 V) or programmable form -20 V to -190 V

    -       Burst mode up to 256 pulses

    -       Programmable coded excitation (16 bits)

    -       Encoder trigger or external input signal trigger

    Receiver:

    -       Bandwidth from 0.8 MHz to 16 MHz (- 3 dB)

    -       Programmable sampling frequency from 2.5 MHz to 40 MHz

    -       Programmable Gain  up to 100 dB

    -       TGC curve up to 2048 points

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