NGT-702 Arduino Interactive Learning Platform with Scratch
NGT-702 Arduino Interactive Learning Platform with Scratch is an innovative educational tool designed to engage students to develop their creativity, problem-solving skills, and understanding of electronics and programming concepts. The platform combines the versatility of Arduino microcontrollers, popular electronic modules, and the user-friendly programming environment of Scratch to create a captivating learning experience.
The platform contains 25 electronic modules under 6 categories: Digital Input, Analog Input, Display, Sensor, Motor, and Tool. Students will learn and be familiar with each module individually and combine these modules with Arduino and Scratch to create interactive stories, games, measurements, and animations.
NGT-702 offers an exciting and comprehensive educational experience that empowers a wide range of age group students to become creators, inventors, and problem-solvers in the digital age.
(1) Hardware introduction2. Modules
(2) LED display control
(3) Touch button control
(4) Toggle switch control
(5) Buzzer control
(6) Serial LCD display control
(1) Starry Firefly – Light Sensor
(2) Jet Boat – DC Motor
(3) Energy Charge – Touch Button
(4) Moving Train – Reed Switch
(5) Metal Radar – Proximity Sensor
(6) Animal Farm – BCD Switch
(7) The Vault – Variable Resister
(8) Balloon Blowing – Microphone
(9) Pilot Flying – Hall Sensor
(10) Prime Color Palette – RGB Led
(11) The Maze – 5-bit TACT Switch
(12) Distance Measurement – IR Distance Sensor
(13) Temperature Recorder – Humidity & Temperature Sensor
(14) Ping-Pong – Slider Potentiometer
(15) Traffic Safety – Traffic Light
(16) Lamp – Self-Look Switch
(17) Zoo Park – 8-bit DIP Switch
(18) Mini Piano – Touch Slider
(19) Welcoming Guest – Motion Sensor
(20) Super Racer – Toggle Switch
(21) Gas Alarm – Gas Sensor
(22) Heart Rate Detector – IR Pulse Sensor
(23) Motion Tripod Head – 2-axis Servo Motor
(24) Power Outlet – Relay Outlet
(25) Stopwatch – Limit Switch
2. The main unit includes fixed I/O peripherals suitable for common I/O controlled projects.
3. Modular electronic blocks allow users to build their projects with high flexibility.
4. Combine traditional toy blocks for high flexibility of mechanical structure creation.
5. An independent power supply is provided to maximize the number of peripheral modules.
6. Four sets of I/O ports are extended around the working area for easy signal connection.
7. Two sets of USB power to supply power directly to Arduino.
8. Portable carrying case provides convenience, protection, safety, and portability.
