Tag Archives: PWM

RGBW LED Controller v3.1

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The new RGBW LED Controller is here! The video above shows some of the things it can do, but here is a list of improvements:

IRLB8721PBF MOSFET’s – More power!

Double sided and thicker board traces

More output headers

Cleaner board layout – All power and LED connections on one side – rounded corners

Improved serial capture method with feedback

Support for solid color commands (magenta, cyan, gold, RGB white, orange, light blue, light green, violet, pink, and RGB warm white)

More control from button inputs – long and short press commands

EEPROM memory of LED levels when powered off/on

IR control mode! – Full control of all channels and a memory recall function Get the remote here: http://www.adafruit.com/products/389

Wireless control via XBee! Get an Adafruit XBee adaptor here: http://www.adafruit.com/products/126

Backward compatible! The new software set will work on version 3.0, 2.2, and 1.9!

In stock and shipping from our store now!

New firmware and cad files available at https://github.com/jersagfast/RGBW-31.

The manual is here: RGBW LED Controller v31

RGBW31

Solar Temperature Badge

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Adafruit now carries Solar Badges! It’s like free outdoor 5V batteries forever! I picked up a few of these and have been toying around what I’m going to do with them. They pump out 5V at 40mA for all of your portable power needs. The other huge plus about these is that the cell is a 2″ round badge that comes with a pin. This makes your power supply wearable to show the world your project!  As described in the video above, this badge measures temperature, displays a color scale from red to blue, and flashes digits, displayed as numbered pulses for the temperature. It also has a RGB ‘rainbow’ mode for bling as well as constant color changing temperature display. It was a fun little project and you can pick up the Solar Badge, Perma-Proto Boards, TMP36 Temp Sensor, Tilt Switch, Push Button, RGB LED, and even the ATmega328 at Adafruit. Continue reading →

RGBW LED Controller

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Control your blinky!

Hi everyone, I am happy to announce that I have completed my RGBW LED controller kit and it is now for sale! This kit is a LED controller that features an embedded ATmega328 with an Arduino bootloader for easy programming, 4 channel LED control with dimming, 5 or 12 volt output, IR receiver, XBee header, RS-232 or TTL serial I/O, 2 push buttons, 12 pin extensions for all unused pins (6 analog and 6 digital), and power and channel LED indicators. You can control 5 or 12 volt LED’s via serial with adjustments to the level of any channel with ramping to the desired level, rate of ramping, color cycle start and stop, rate of color cycle, length of stay on each color during cycle. Fans and motors can also be driven with ease. You can buy one for only $35 with the Paypal link below! Be sure and also visit the complete assembly tutorial! Power supplies, RGB and white LED strips, FTDI Friend or FTDI Cable and XBee’s and XBee adapters are available at Adafruit!

Version 2.2 is shipping! Please go to the assembly page for details.

Quietish Ray Gun

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Hi everyone! I had an idea a while ago to modify this toy ray gun my kids have. The problem you ask? Noise. Too much noise. The bribe? more blinky in exchange for less noise. Here I will take a toy noise gun, upgrade the lighting, reduce the noise, and save parental brain cells! It’s a win win operation. So why the motivation to do this today? Because I gave it back to them this morning..

Arduino sketch here

Eagle file here

Schematic PDF here (if you don’t have Eagle)

RGB LCD Arduino Intervalometer

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I am getting ready to sell some kits and wanted a good way to photograph the assembly without fumbling around trying to hold a camera in one hand and a project in the other. The answer? An intervalometer. A device that can send an IR signal to my Nikon, triggering the shutter. The video above explains all of the features including; automatic delay calculation, auto stop, multiple LCD and LED feedback options, Li-Po charging, FTDI headers, and manual control via button or plug-in foot switch.

This project will work with most Nikon DSLR cameras without changing anything, but can easily be adapted to work with Canon, Sony, or any camera that will accept an IR remote.

You can get nice RGB LCD’s, as well as the foot switch at Adafruit Industries. They even have positive character, negative character (the one used in this project), positive graphic, and negative graphic versions!

Arduino intervalometer code

Eagle intervalometer schematic (Eagle format)

Eagle intervalometer schematic (PDF format)

Intervalometer Parts List (Numbers format)

Intervalometer Parts List (Excel format)

Intervalometer Parts List (PDF format)