Nice! Thanks. My wife and I made a hat for our 3-month old daughter in March using a Lilypad and conductive thread (video here), but we found the conductive thread tough to work with and a bit flaky connectivity. I'm eager to try the Flora and steel thread for our next wearable project.
Do you have any information (code snippets, circuit designs, power supply info, recommended type of conductive thread/wire, etc.) on how to make the 6x6 led matrix shown at 3:50 in the video?
The thread is multiple fibers twisted together to create a flexible strand, whereas thin guitar strings are a solid piece of wire (not nearly as flexible). But still probably conductive! =]
I'd like to know more about your project because I am starting a similar project, i.e. bike turn signal. Also, the video did not explain the pros and cons of 1-ply, 2-ply, and 3-ply. Since the GPS Flora contains the 2-ply and 1-ply, I'd be interested to know which one I should use for my projects.
It's made of stainless steel fibers, so it can be soldered but you need a special flux. However the sewn connection is quite strong, if you're inclined towards soldering to begin with, just use regular wire! =]
When an non knitted individual yarn is stretched the resistance decreases, while stretching a knitted yarn increases the resistance. There are many references explaining why a knitted yarn behaves so but I can’t find a reference to explain why the individual yarn behaves in an opposite way. This is possibly due to the fact that the cross section of the individual yarn decreases on stretching making the conductive components to become packed together. I would appreciate if somebody can direct me to a reference for this.
I don't know what you did with the silver thread to make it black and non-conductive, but it's not the thread you got from me (members.shaw.ca/ubik/thread). I have samples here that were sewn almost a decade ago and used and stored under less than ideal conditions - a big sweaty pile of fencing lames - and they still look pretty much as they did when sewn, and still show under 5 ohms/sq, which is not far removed from resistance when new. And from my experience, stainless thread is a pain in the *** to work with. Can you machine sew with it?
Nice! Thanks. My wife and I made a hat for our 3-month old daughter in March using a Lilypad and conductive thread (video here), but we found the conductive thread tough to work with and a bit flaky connectivity. I'm eager to try the Flora and steel thread for our next wearable project.
The 3-ply can carry more current. Yes, Becky has made a blinky bike patch before, can't wait to see yours!
Do you have any information (code snippets, circuit designs, power supply info, recommended type of conductive thread/wire, etc.) on how to make the 6x6 led matrix shown at 3:50 in the video?
Very knowledgeable on the subject. Good basic understanding has been shown and voiced
Is that thread has an Insulator ? Can it ground a person if they touch the thread ?
If the thread is made from steel fibers that means it can be soldered for better connection to the microcontroller or it will be ruined?
i need conductive thread. can u please tell where to buy
The thread is multiple fibers twisted together to create a flexible strand, whereas thin guitar strings are a solid piece of wire (not nearly as flexible). But still probably conductive! =]
I'd like to know more about your project because I am starting a similar project, i.e. bike turn signal. Also, the video did not explain the pros and cons of 1-ply, 2-ply, and 3-ply. Since the GPS Flora contains the 2-ply and 1-ply, I'd be interested to know which one I should use for my projects.
Would it be possible to have a video on conductive thread+glove+flex sensor?
Great video, thanks for sharing
It's made of stainless steel fibers, so it can be soldered but you need a special flux. However the sewn connection is quite strong, if you're inclined towards soldering to begin with, just use regular wire! =]
Can you please tell me how to make a series connection using conductive thread?
really like the nail polish tip !
What does this do?
@@judoabbey It provides a sort of conformal/shielding-coating to protect the PCB against moisture, ...
My conductive thread when tied up to one pixel light, when I turned on my flora, the conductor thread was getting super hot causing smoke?
will thin guitar strings work for this? like some 8's maybe?
Cuanta es la resistencia del hilo de plata por cada pulgada? si es mayor de 16 ohm puede quemarse?
What's the max number of Neopixels we should use with this conductive thread?
Is the jacket washable ?
Holy crap, this is good advice! Thanks!
but if we step into water or rain comes in the scene.....then the person who`s wearing it can have electric shock???reply must....plz
Yay, Becky Stern!
When an non knitted individual yarn is stretched the resistance decreases, while stretching a knitted yarn increases the resistance. There are many references explaining why a knitted yarn behaves so but I can’t find a reference to explain why the individual yarn behaves in an opposite way. This is possibly due to the fact that the cross section of the individual yarn decreases on stretching making the conductive components to become packed together. I would appreciate if somebody can direct me to a reference for this.
OMG this stuff is so cool!
I don't know what you did with the silver thread to make it black and non-conductive, but it's not the thread you got from me (members.shaw.ca/ubik/thread). I have samples here that were sewn almost a decade ago and used and stored under less than ideal conditions - a big sweaty pile of fencing lames - and they still look pretty much as they did when sewn, and still show under 5 ohms/sq, which is not far removed from resistance when new. And from my experience, stainless thread is a pain in the *** to work with. Can you machine sew with it?
And you look like a helpless resident of Pamplona... rawr! =]
How are you not getting short circuits?? You seem to be going back on your thread!
Yay
THANKS
Cool nosewarmer...
I think the nose ring is cute
:O