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Review Blogs TI Ultrasonic Sensor - A Very First Trial of the GUI
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  • Author Author: Jan Cumps
  • Date Created: 13 Dec 2015 6:06 PM Date Created
  • Views 2893 views
  • Likes 7 likes
  • Comments 9 comments
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  • tdc1000

TI Ultrasonic Sensor - A Very First Trial of the GUI

Jan Cumps
Jan Cumps
13 Dec 2015

The  TDC1000-TDC7200EVMTDC1000-TDC7200EVM evaluation module has 4 main parts

The TDC1000 analog front-end and a pre-programmed MSP430 microcontroller on the board, a 1MHz Piezo Ceramic sensor that plugs into the board and a GUI client for on your PC.

 

In this blog I'll briefly check the GUI.

 

image

 

 

 

What's in the GUI

 

The TDC1000 ultrasonic analog front-end IC has a plethora of attributes that can be set and read. The settings drive the behavior of the IC, and also provide the readings.

The firmware on the MSP430 drives the communication with both the analog sensor chip and with the GUI (via USB)

 

 

image

 

 

 

The GUI has several screens where you can set the parameters for the TDC1000. And it allows you to do one-shot and continuous readings of the sensor values.

As a first trial in this roadtest I've simply tried it out by putting a can with paint on top - without any thought - just because I had it at hand.

The only thing that I want to try out is if the sensor can detect if the canister is present above the sensor or not. That's not really a precision exercise, but it shows that all components are connected, working, and talking to each other.

 

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And it works. I've done a graphing exercise, and also checked if the level meter moved when the can is moved off of the sensor.

 

image

 

image

 

 

I've done nothing scientific here. There's no precision to be found in this exercise. It is comforting though that everything runs out of the box, and that I don't have compatibility issues.

That opens the road for the real experiments...

 

 

Related Posts
RoadTest: Unboxing the TI Ultrasonic Sensing evaluation module
TI Ultrasonic Sensor - A Very First Trial of the GUI
TI Ultrasonic Sensor - Prepping the Transponder
TI Ultrasonic Sensor - First Measurements
TI Ultrasonic Sensor - Set the Parameters for Level Measurement and Content Identification
TI Ultrasonic Sensor - Show 3 Signals on a 2 Channel Oscilloscope (RIGOL DS1052E)
TI Ultrasonic Sensor - Liquid Identification and Concentration
TI Ultrasonic Sensor - Create a KiCad Part for the Sensor IC with KiPart
TI Ultrasonic Sensor - SPI Traffic Snooping

TI Ultrasonic Sensor - RoadTest Review

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Top Comments

  • tomaja
    tomaja over 10 years ago in reply to DAB +2
    He's using Imperial seconds OK, now seriously, 1480m/s is close to speed of sound in water so that's probably it.
  • balearicdynamics
    balearicdynamics over 10 years ago +1
    Very nice and inspiring, thank you for this post. Enrico
  • Jan Cumps
    Jan Cumps over 10 years ago in reply to tomaja +1
    That's the answer I'd like to give. In reality, it was a default setting of the GUI. All settings are defaulting to the right ones for the piezo sensor that comes with the kit - and I guess also for water…
  • tomaja
    tomaja over 10 years ago in reply to DAB

    He's using Imperial seconds image

    OK, now seriously, 1480m/s is close to speed of sound in water so that's probably it.

    1896626_orig.jpeg

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  • balearicdynamics
    balearicdynamics over 10 years ago

    I should understand if there is a way to use / convert this to a body non-invasive analyser; this means different frequency, different probe (maybe) and some other changes with this board as the core. But there are too much questions, better if I read the datasheet and technical documentation before.

     

    Great article! Intriguing image

     

    Enrico

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  • DAB
    DAB over 10 years ago

    As good a place to start as any.

     

    How did you pick 1480 m/s for the speed of sound?

     

    DAB

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  • balearicdynamics
    balearicdynamics over 10 years ago

    Very nice and inspiring, thank you for this post.

     

    Enrico

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