Scratch NANO Controller Learning Kit with Scratch Expansion Board NANO

The Scratch NANO Controller Learning Kit is a comprehensive package designed to introduce beginners to the world of programming and electronics using the Scratch programming language. It includes a variety of components and modules that can be easily controlled and programmed using Scratch.

Key Features:

• Scratch NANO Controller: A microcontroller board specifically designed for use with Scratch.
• Breadboard: A prototyping board for experimenting with circuits and connecting components.
• Jumper Wires: Colorful wires used to connect components together.
• Resistors, Capacitors, and LEDs: Basic electronic components for building circuits.
• Grove Modules: A collection of pre-wired sensors, actuators, and other components that can be easily plugged into the breadboard.
• Power Supply: A USB cable for powering the Scratch NANO Controller.
• Scratch Software: A visual programming language that allows you to control the Scratch NANO Controller using a drag-and-drop interface.

Applications:

• Learning Programming: A great way to introduce children and beginners to programming concepts in a fun and interactive way.
• Creating Interactive Projects: Building projects like animated stories, games, or music players.
• Controlling Electronic Devices: Using Scratch to control LEDs, motors, and other electronic components.
• Experimenting with Different Components: Trying out various Grove modules and learning their functionalities.
• Developing Prototypes: Quickly testing and developing ideas for larger projects.

DATA SHEET AND USECASE

Key Components:

• Microcontroller Board: An Arduino Nano-compatible board serves as the central processing unit, interfacing between the Scratch environment and various hardware components.

• Scratch Expansion Shield: This shield is equipped with multiple sensors and components, including:

  • Sliding Resistors (Potentiometers): Allow users to input analog values.
  • Push Buttons: Digital inputs for user interaction.
  • Light Sensors (Photoresistors): Detect ambient light levels.
  • Microphone Modules: Capture sound levels from the environment.