Description
INTRODUCTION
Want to program your RGB LED strip to be a bit more "rhythmic" or "unpredictive"? This RGB LED Strip Shield contains all the components you need to build a super cool RGB (or other three channel) LED project with your Arduino.
The shield has 3 outputs with pulse width modulation. Each can control any 12V load, at up to 3A. The shield has build-in IR receiver which allows the LED strip being controlled by an IR remote controller. A buildin fuse protects the LED strip from over current or any shortage by any reasons. It cares your hard work.
This shield makes it possible to drive about 10 meter length RGB LED Strip with your Arduino processor, which almost require 10Amps(@12V) driving capability.
Note: Recommend to connect a 12v power source to the DC adapter on the RGB Strip driver shield, which could powering the Arduino also and protect the system from overcurrent by fuse.
Compatability
- Arduino UNO R2/R3 or compatible
- Arduino Mega 1280/2560
SPECIFICATION
Compatible with Arduino Uno, Mega, Romeo, etc
Compatible with 12V RGB LED Strip(Common Anode)
Recommend working power: 72W (2A per way)
Limited driving capability: 10 meter RGB LED Strip with max brightness
Support IR remote control
RGB LED Strip driving pins:
*D9 -> Blue output
*D10 -> Red output
*D11 -> Green output
IR Receiver
*D4 -> IR receiver pin
SHIPPING LIST
RGB LED Strip Driver Sheild x1
Want to program your RGB LED strip to be a bit more "rhythmic" or "unpredictive"? This RGB LED Strip Shield contains all the components you need to build a super cool RGB (or other three channel) LED project with your Arduino.
The shield has 3 outputs with pulse width modulation. Each can control any 12V load, at up to 3A. The shield has build-in IR receiver which allows the LED strip being controlled by an IR remote controller. A buildin fuse protects the LED strip from over current or any shortage by any reasons. It cares your hard work.
This shield makes it possible to drive about 10 meter length RGB LED Strip with your Arduino processor, which almost require 10Amps(@12V) driving capability.
Note: Recommend to connect a 12v power source to the DC adapter on the RGB Strip driver shield, which could powering the Arduino also and protect the system from overcurrent by fuse.
Compatability
- Arduino UNO R2/R3 or compatible
- Arduino Mega 1280/2560
SPECIFICATION
Compatible with Arduino Uno, Mega, Romeo, etc
Compatible with 12V RGB LED Strip(Common Anode)
Recommend working power: 72W (2A per way)
Limited driving capability: 10 meter RGB LED Strip with max brightness
Support IR remote control
RGB LED Strip driving pins:
*D9 -> Blue output
*D10 -> Red output
*D11 -> Green output
IR Receiver
*D4 -> IR receiver pin
SHIPPING LIST
RGB LED Strip Driver Sheild x1
DFRobot RGB LED Strip Driver Shield v1.0
Current Price
$18.55
Average
$15.47
Min Price
$10.56
Max Price
$18.55
Price dynamics
17%
Description
INTRODUCTION
Want to program your RGB LED strip to be a bit more "rhythmic" or "unpredictive"? This RGB LED Strip Shield contains all the components you need to build a super cool RGB (or other three channel) LED project with your Arduino.
The shield has 3 outputs with pulse width modulation. Each can control any 12V load, at up to 3A. The shield has build-in IR receiver which allows the LED strip being controlled by an IR remote controller. A buildin fuse protects the LED strip from over current or any shortage by any reasons. It cares your hard work.
This shield makes it possible to drive about 10 meter length RGB LED Strip with your Arduino processor, which almost require 10Amps(@12V) driving capability.
Note: Recommend to connect a 12v power source to the DC adapter on the RGB Strip driver shield, which could powering the Arduino also and protect the system from overcurrent by fuse.
Compatability
- Arduino UNO R2/R3 or compatible
- Arduino Mega 1280/2560
SPECIFICATION
Compatible with Arduino Uno, Mega, Romeo, etc
Compatible with 12V RGB LED Strip(Common Anode)
Recommend working power: 72W (2A per way)
Limited driving capability: 10 meter RGB LED Strip with max brightness
Support IR remote control
RGB LED Strip driving pins:
*D9 -> Blue output
*D10 -> Red output
*D11 -> Green output
IR Receiver
*D4 -> IR receiver pin
SHIPPING LIST
RGB LED Strip Driver Sheild x1
Want to program your RGB LED strip to be a bit more "rhythmic" or "unpredictive"? This RGB LED Strip Shield contains all the components you need to build a super cool RGB (or other three channel) LED project with your Arduino.
The shield has 3 outputs with pulse width modulation. Each can control any 12V load, at up to 3A. The shield has build-in IR receiver which allows the LED strip being controlled by an IR remote controller. A buildin fuse protects the LED strip from over current or any shortage by any reasons. It cares your hard work.
This shield makes it possible to drive about 10 meter length RGB LED Strip with your Arduino processor, which almost require 10Amps(@12V) driving capability.
Note: Recommend to connect a 12v power source to the DC adapter on the RGB Strip driver shield, which could powering the Arduino also and protect the system from overcurrent by fuse.
Compatability
- Arduino UNO R2/R3 or compatible
- Arduino Mega 1280/2560
SPECIFICATION
Compatible with Arduino Uno, Mega, Romeo, etc
Compatible with 12V RGB LED Strip(Common Anode)
Recommend working power: 72W (2A per way)
Limited driving capability: 10 meter RGB LED Strip with max brightness
Support IR remote control
RGB LED Strip driving pins:
*D9 -> Blue output
*D10 -> Red output
*D11 -> Green output
IR Receiver
*D4 -> IR receiver pin
SHIPPING LIST
RGB LED Strip Driver Sheild x1
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Product review & video
hey everyone, this is Alex Reid and today
we're going to see an easy way to control an analog RGB LED strip with the
Arduino this way will also be used in my next video for a 7 channels Wi-Fi RGB LED controller for this tutorial you will need the LED strip the power supply
the Arduino and the LED strip controller basically what we want is to remove the
infrared receiver from the LED controller and to replace it with the Arduino. we'll just cut it right away there is three wires between the receiver and
the LED control so we have to VCC the data, and the ground on our side we
just want to keep the ground and the data one there is different types of receivers
the one I have has this pinout so we have the VCC ground and then data but you
should test it with your meter before trying to plug it with the Arduino so
let's plug the ground to the controller with the ground of the Arduino and t


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