Oh right @Njord insisted I tell you, fedi, about this button.
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Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
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Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
And yes @Njord immediately said "you should tell fedi I bet they'll like this"
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Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
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And yes @Njord immediately said "you should tell fedi I bet they'll like this"
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
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@MichaelPorter @Njord haven't noticed anything no
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@MichaelPorter the igniter puts out a lot of RF noise, dunnit?
Back in the good old days you could blast out enough RF to basically picoweld iron filings at a distance, and nobody would stop you. https://en.wikipedia.org/wiki/Coherer
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Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
I remember the old television remote controls had several ultrasonic whistles that pushing a button would be picked up in the television's vacuum tube amplifier and activate solenoids to mechanically change channels or rotate the volume knob...
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@MichaelPorter the igniter puts out a lot of RF noise, dunnit?
Back in the good old days you could blast out enough RF to basically picoweld iron filings at a distance, and nobody would stop you. https://en.wikipedia.org/wiki/Coherer
@rotopenguin I've *never* heard of these! Thanks
Interesting to see the wide variety of coherers. -
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@LunaDragofelis @eniko @Njord yes, but not the kind of power you need for prosthetics, more like picoampere. There's a lot of extremely fundamental research that would still be needed for the kind of application you're thinking of ^^'
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Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
-
Oh right @Njord insisted I tell you, fedi, about this button. It's a big orange button (AC remote for scale) that toggles an extension cord's power on/off when pushed
So far so boring right? Well it had been acting up a bit so we opened it up to change the battery and... no battery?
It apparently uses the mechanical force of pushing the button (it requires a bit of a push!) to trigger a piezoelectric charge which is apparently enough to send a wireless signal to the receiver
Neat!
