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Arduino Starter Kit Basic Components Collection

Arduino Starter Kit Basic Components Collection

The Handy Portable Resistor Kit empowers beginners to explore the exciting world of electronics, providing a versatile set of components to fuel their imagination and hands-on learning. Whether you're a student, hobbyist, or aspiring engineer, this kit is your gateway to endless electronic possibilities.

Package Includes:

  • 30 x 100Ω Resistors
  • 30 x 1KΩ Resistors
  • 30 x 4.7KΩ Resistors
  • 30 x 10KΩ Resistors
  • 30 x 47KΩ Resistors
  • 30 x 100KΩ Resistors
  • 30 x 1MΩ Resistors
  • 2 x 10K Potentiometers
  • 2 x 100K Potentiometers
  • 3 x Green LEDs
  • 3 x Red LEDs
  • 3 x Yellow LEDs
  • 3 x White LEDs
  • 6 x Body Tactile Switches
  • 3 x Blue Circle Switches
  • 3 x Red Circle Switches
  • 3 x White Round Switches
  • 3 x White Square Switches
  • 3 x Green Square Switches
  • 2 x 40-pin Single Header (2.54mm)
  • 2 x 2-pin Headers

19.95 AED 19.95 AED Tax Included
19.95 AED Tax Included

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Kit Contents:

Resistors (Carbon Film)

  • 100Ω – 30 pieces
  • 1KΩ – 30 pieces
  • 4.7KΩ – 30 pieces
  • 10KΩ – 30 pieces
  • 47KΩ – 30 pieces
  • 100KΩ – 30 pieces
  • 1MΩ – 30 pieces

Potentiometers

  • 10K – 2 pieces
  • 100K – 2 pieces

LEDs

  • Green – 3 pieces
  • Red – 3 pieces
  • Yellow – 3 pieces
  • White – 3 pieces

Tactile Switches

  • Body – 6 pieces
  • Blue Circle – 3 pieces
  • Red Circle – 3 pieces
  • White Round – 3 pieces
  • White Square – 3 pieces
  • Green Square – 3 pieces

Single Pin Headers

  • 40-pin (2.54mm pitch) – 2 pieces
  • 2-pin – 2 pieces

Applications:

  1. LED Control: Learn how to control LEDs with different colors using resistors and potentiometers to create light effects.
  2. Voltage Regulation: Use potentiometers to adjust voltage levels for various electronics applications.
  3. Button Inputs: Practice using tactile switches in interactive electronic projects or simple games.
  4. Resistance Calculations: Understand the roles of different resistor values in circuits for voltage and current control.
  5. Prototyping: Ideal for breadboard and Arduino/MCU prototyping to build and test circuits.
  6. Education: A great resource for hands-on learning in schools, workshops, or self-study electronics.
  7. Sensor Interfacing: Combine with sensors to create responsive and interactive sensor-based projects.