Arduino RGB LED Control Kit | Multi-Color Lighting Set Price in Pakistan | AmpFlick

Description

e the three internal color channels of the diode. Additionally, the kit provides three 220-ohm resistors to ensure current stability for the red, green, and blue elements. However, the modular nature of the breadboard allows you to integrate additional sensors for reactive lighting projects easily.

Technical Specifications for Arduino RGB LED Control Kit

• Microcontroller: Arduino UNO R3 compatible board with high-speed ATmega328P processor.

• Lighting Source: 4-pin Common Cathode RGB LED for multi-color output.

• Current Protection: Three 220 Ohm carbon film resistors with 5% tolerance.

• Prototyping: 400-point solderless breadboard with high-conductivity contacts.

• Logic Levels: Fully compatible with 5V digital and PWM signals.

Wiring and Usage of the Arduino RGB LED Control Kit

• First, identify the longest pin of the RGB LED as the common cathode.

• Connect this cathode pin directly to the ground rail on your breadboard.

• Link the remaining three pins to PWM-enabled digital ports through resistors.

• Afterward, upload the color-fading script to witness smooth spectral transitions.

This diagram shows all kit components connected to simulate working.

Advantages and Disadvantages of the Kit

• Pros: Offers a vibrant visual representation of how digital signals simulate analog color levels.

• Furthermore, it provides an excellent foundation for building custom mood lighting or status indicators.

• Cons: Requires three separate PWM pins which may limit resources for complex multi-sensor projects.

Precautions and Thermal Management

• Never connect any color pin directly to 5V without a current-limiting resistor.

• Ensure the common cathode is not accidentally connected to the 5V power rail.

What is Included in the Package

• 1x Arduino UNO Compatible Board

• 1x 400-Point Solderless Breadboard

• 1x Common Cathode RGB LED

• 3x 220 Ohm Resistors

AND PLEASE NOTE THAT ALL COMPONENTS ARE UN-ASSEMBELED. You have to assemble the kit your self.

DRIVE LINK FOR .ino FILE AND CIRCUIT DIAGRAM: Click Here

Tutorial on how to use this: Click Here

Order more Learning Kits from AmpFlick: Click Here

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