Oh yeah, we're still doing these.
A picture so good, it needs a caption.
It's been a while; let's see what you got.
New year, new laughs.
2016! Let's do this.
2015's not over yet.
Santa's here early for one of you.
Just gonna leave this right here...
It's time to hand over the goods.
Here we go again!
This is your fault for taking the bait.
Ladies and gentleman, we have a champion.
WHY IS IT ALREADY SEPTEMBER?
Win a monthly caption contest & burn fat with this one weird trick!
Hit us with your best shot.
One of you is getting a big ol' box of goodies.
IT'S TIME.
Congratulations to the winner of this month's caption contest!
IT'S TIME.
It's time to announce the winner of our most recent caption contest.
The story goes that George Antheil was madly in love with Hedy Lamarr and this was an attempt to gain her interest. There are no documents…
I know a guy who is a big "fan" of IoT, even though he's not all that technical. His "day job" is as a business attorney, so he can afford a…
That's true, the blue LEDs would ideally have a resistor closer to 4x than 2x when jumping from 3.3V to 5V. I don't remember my original…
Thanks for your reply! Your "roughly double" resistances for 5V vs 3.3V imply that the difference between LED drop and 3,3V is same as 3,3V…
Your right, that would be a great way to fine tune the current for LEDs! You're also correct that the goal of this project was finding the…
Hi there! For the sake of brevity, I didn't go into full detail about how exactly I calculated the 5V resistor values. But in short, I took…
Responding to your note about the highly non-linear relationship between the pot position and the current -- a way to address this would be…
Nice initiative Dryw! But there's something a bit off in the "5V resistor value" calculations, supposedly using Ohm's law. The forward…
Minor issue: "Today's Deals" is still showing SparkFun Level Shifting microSD Breakout and…
Interesting