Difference between revisions of "PIFcamp Plant Analyzer"

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(The History)
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== Intro ==
 
== Intro ==
  
It's basically the same circuit as the [http://wiki.sgmk-ssam.ch/wiki/Vive_la_Resistance_aka_NanoSmano_Sajica NanoSmano Sajica aka Vive-la-Resistance]. A basic 4093 single oscillator using 1 NAND gate and buffering the output through another gate to control the LED and further buffering it through a gate to be used as output for a piezo or read-out using the [https://www.pjrc.com/teensy/td_libs_FreqCount.html freqCount] library.
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It's basically the same circuit as the [http://wiki.sgmk-ssam.ch/wiki/Vive_la_Resistance_aka_NanoSmano_Sajica NanoSmano Sajica aka Vive-la-Resistance], as documented on the SGMK wiki. A basic 4093 single oscillator using 1 NAND gate and buffering the output through another gate to control the LED and further buffering it through a gate to be used as output for a piezo or read-out using the [https://www.pjrc.com/teensy/td_libs_FreqCount.html freqCount] library.
  
 
[[File:PIFcamp_plant-Analyzer.jpg|400px]]
 
[[File:PIFcamp_plant-Analyzer.jpg|400px]]
  
 
See more details and applications of the [[PIFcamp Plant Analyzer]] or other projects on [[Plant Electrophysiology]].
 
See more details and applications of the [[PIFcamp Plant Analyzer]] or other projects on [[Plant Electrophysiology]].
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== The circuit ==
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== The History ==
 
== The History ==
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</gallery>
 
</gallery>
 
== The circuit ==
 

Revision as of 09:56, 7 August 2015

PifPlantAnalyzer.jpg

Further developed and worked with during the Lab-in-the-Wild @ PIFcamp, Trenta 2015

Intro

It's basically the same circuit as the NanoSmano Sajica aka Vive-la-Resistance, as documented on the SGMK wiki. A basic 4093 single oscillator using 1 NAND gate and buffering the output through another gate to control the LED and further buffering it through a gate to be used as output for a piezo or read-out using the freqCount library.

PIFcamp plant-Analyzer.jpg

See more details and applications of the PIFcamp Plant Analyzer or other projects on Plant Electrophysiology.

The circuit

The History

Orignally made during the NanoSmano Small Matter, May 2011 in Ljubljana, to use as a model of a NanoCarbon based gas sensor.

See the other workshops from Du du kuglica sajica mavrica

Very simple making of a PCB using photolitho and using a resistive "surface" as a sensing area, coating it with different materials such as soot (black carbon). The use as a "Salami-Sensor" has been questioned though...