.. Isn't this way easier to make with an AVR/Arduino?
Take a breadboard, two resistors, two LEDs, some small bridgey cables, ??? (You know what to do, also attach the LEDs to the PWM enabled connectors), write a tiny piece code in Arduino's C/C++ mix in the Arduino IDE, click a button, bang.
Cool. I can't see what kind of chip you're using, but I did something similar with a 16F84A. Try it with one of these three-element R/G/B LEDs. Modulate the red, green, and blue to get whatever color you want. 8-)
.. Isn't this way easier to make with an AVR/Arduino?
Take a breadboard, two resistors, two LEDs, some small bridgey cables, ??? (You know what to do, also attach the LEDs to the PWM enabled connectors), write a tiny piece code in Arduino's C/C++ mix in the Arduino IDE, click a button, bang.
Anyways, this is cool, too. :)
123asas123 3 years ago
this one does 175 pulses per second, which works out to be 10,500 pulses per minute... but it's not for sale. just a little prototype.
willsfca 4 years ago
Cool can you do that @ 10,000-40,000 flash per min and keep it under three volts and I would buy it.Seriously.
homeshadowpurple 5 years ago
it's a picf84! it's definitely designed with the RGB LEDs in mind. i'm just trying to decide on what sequence to use.
willsfca 5 years ago
Cool. I can't see what kind of chip you're using, but I did something similar with a 16F84A. Try it with one of these three-element R/G/B LEDs. Modulate the red, green, and blue to get whatever color you want. 8-)
FlyByPC 5 years ago
that's pretty cool, i was wondering how to do it...
antoniocossio 5 years ago
Hey, that's kinda neat. Thanks willsfca. :-)
DreadnoughtBB35 5 years ago