A ultrasound imaging analog processing module, including a TGC, enveloppe detection, and a SPI ADC.Designed by kelu124, Ships from France
An element of the kit This element is part of a kit, which is composed of : Analog board 20Msps ADC pHAT High voltage pulser A single-design board going up to 64Msps, with a 2000 lines capacity,...Read More…
This element is part of a kit, which is composed of :
A single-design board going up to 64Msps, with a 2000 lines capacity, will be made available soon. Don't hesitate to drop me a message if you are curious.
The aim of this module is to get the electrical signal coming back from a transducer, and to deliver the signal, analogically processed, with all the intermediary signals accessible to the user.
All key signals are accessible, and jumpers, as well as pots, enable on-board fine-tuning of the signals.
This gave for example the following image from a vintage ultrasound probe found on ebay:
This module is part of a project has a specific target of providing a low-cost, open source technological kit to allow scientists, academics, hackers, makers or OSHW fans to hack their way to ultrasound imaging - below 500$ - at home, with no specific equipment required. For complementary sources of information, you can visit the Hackaday Page, our github repo or the online modules manual.
The results are detailed below:
It's also extremely robust, extremely versatile, and having access to all intermediary signals enables you to do whatever you want with your ultrasound imaging system.
Sure! You can find the Kicad and Altium files here](https://github.com/kelu124/echomods/tree/master/goblin). Make it yourself! Part of the price here includes the fab fees and my own costs.
Schematics are here.Here's a small graph for the link between ICs:
This project is distributed WITHOUT ANY EXPRESS OR IMPLIED WARRANTY, INCLUDING OF MERCHANTABILITY, SATISFACTORY QUALITY AND FITNESS FOR A PARTICULAR PURPOSE.
Marc | Oct. 25, 2017
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Was a former ultrasound engineer.
Tinkerer of sorts.
The work on Tindie is strictly my own.