Difference between revisions of "ResistanceKnitting"

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Sic examples and the values.
 
Sic examples and the values.
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As can be seen the values are all under 120 Ohm. This is because of the kind of conductive thread used: the sticky metal wire.
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See http://interactionstation.wdka.hro.nl/wiki/Swatch_Making for more details on conductive yarns.
  
 
[[File:rk20.png|200px]] The tube which is stretched, will light up the LED at that side.
 
[[File:rk20.png|200px]] The tube which is stretched, will light up the LED at that side.

Revision as of 13:28, 9 May 2020

This page is showing knitting tubes with conductive thread.

Rk10.png

Cones with conductive thread and normal yarn.

Rk11.png

The tube is knitted on 5 needles. The E loop mounting is used for all threads.

Rk9.png

Setting of the slider, with one of the part knobs set. The tension 8-10, depends a bit on the thickness of the yarn.

Rk12.png Rk13.png Rk14.png Rk15.png Rk16.png

The knitting is done only to one side, in a few tours, the tube is formed. Ending in tension 10 (maximum) and take of as usual.

Rk3.png

With thicker yarn, the five needles are a needle apart.

Rk1.png Rk2.png

Measuring the resistance in a relaxed and a stretched state.

Rk4.png

Sic examples and the values.

As can be seen the values are all under 120 Ohm. This is because of the kind of conductive thread used: the sticky metal wire.

See http://interactionstation.wdka.hro.nl/wiki/Swatch_Making for more details on conductive yarns.

Rk20.png The tube which is stretched, will light up the LED at that side.

200px Depending on the stretching the pitch of the tone changes.

An example of a swatch using the variable resistance of the knitted tube.