LEAP#350 Drawing Circuits with CircuitScribe
There seems to have been quite a boom in conductive paint/ink applications in recent years. From the (google) research I’ve done, I haven’t found any particular reason for “why now” .. no great materials breakthough seems to be driving the trend. Perhaps it is more a market-pull situation - more people interested in wearables and flexible tech for example.
When I saw the latest Circuit Scribe kickstarter campaign, it was a perfect opportunity to try some out.
I received a simple LiteWings kit recently, and was impressed. After making the wing kits I still have ink in the pen, so now looking for novel applications;-)
As always, all notes, schematics and code are in the Little Electronics & Arduino Projects repo on GitHub
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LEAP#349 BURN a new demo for the Stringy
So, a long time after building the Boldport Club String, I decided to read the source .. and discovered I totally missed the fact that it has a demo mode!
I started out reading the source to learn more about the tricks James Hutchby used to implement the Karplus-Strong algorithm, but I was quickly distracted and decided first to make some new demo tracks..
After first confirming I could burn the original source, and of course wanting to avoid trascribing by hand in assembler, I got this workflow going:
Guitar Pro > MusicXML > stringyfi Ruby gem > MPLAB X IDE > PICkit 3 > Stringy!
As always, all notes, schematics and code are in the Little Electronics & Arduino Projects repo on GitHub
Here’s the new demo in action..
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LEAP#348 D Latch with NAND gates
The gated D latch is perhaps the fundamental 1-bit memory unit in active digital logic.
There are a few ways of constructing a D latch, here I’m using a NAND gate SR latch as the base, which is convenient as all it requires is a single 74LS00 (quad two-input NAND).
As always, all notes, schematics and code are in the Little Electronics & Arduino Projects repo on GitHub
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LEAP#347 RF Connectors
Just notes on RF connectors, including crimping your own…
As always, all notes, schematics and code are in the Little Electronics & Arduino Projects repo on GitHub
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