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Scattering noise reduction

Super resolution

Arbitrary Waveform Generator

Beamforming

Inverse methods

Multi-modes

Nonlinear acoustics

Arbitrary Waveform Generator

Coded excitation is an excited area of research that can be carried out with TPAC's solutions

Control excitation for better signals

TPAC now offers you ability to have full control over your probe’s excitation signal thanks to our Arbitrary Waveform Generator (AWG) feature.

The user is able to choose between various typical waveforms such as burst, gaussian, chirp, etc… or freely define their own pulse encoding or waveform.

Key benefits :

  • Independent sequences over all channels
  • Control frequency content
  • Control pulser voltage
  • Improve penetration
  • Matched filtering process in order to increase SNR
  • Continuous pulsing

Available on systems Pioneer and Pilot
Available in ARIA software or through the API

Other applications

Scattering noise reduction

Research on denoising applied to ultrasound has always been of great interest in the ultrasound community
More about Scattering noise reduction

Super resolution

Super-resolution consists in improvement resolution of standard imaging systems
More about Super resolution

Beamforming

Thanks to new generations of acquisition plateforms, research on beamforming is becoming more and more popular.
More about Beamforming

Inverse methods

Inverse methods and machine learning are popular research areas that can be performed with TPAC's solutions
More about Inverse methods

Multi-modes

Multi-modes consists in taking advantages on geometries in order to better visualize indications
More about Multi-modes

Nonlinear acoustics

Nonlinear acoustics is now available for research and industry thanks to ultrasonic phased arrays.
More about Nonlinear acoustics