Arduino Kit for Building a Smart Eco-Friendly Home Keystudio Smart Eco-Friendly Hose
The Keyestudio Smart Eco-Friendly House Starter Kit for Arduino lets you create smart and eco-friendly home solutions. With sensors and modules for intelligent control of heating, lighting, and home systems, the kit includes easy-to-use tutorials and sample code, perfect for both beginners and advanced smart home users.
Product Description
Keystudio Smart Eco-Friendly Hose Arduino Starter Kit
Meet the Keyestudio Smart Eco-Friendly House Starter Kit for Arduino – the perfect way to start building a smart and ecological home! This kit includes all the tools you need to enter the world of smart home and green technologies, while maintaining a green and responsible environment.
The kit comes with sensors and modules that allow you to control heating, lighting, water systems and more, while integrating ecological solutions such as light sensors and smart remotes. Each component in the kit is specially adapted to the instructions and sample code based on Arduino, allowing you to start learning and carrying out projects simply and quickly.
Benefits:
– Allows you to create smart home solutions while protecting the environment
– Sensors and modules for smart control of heating, lighting and home systems
– Tutorials and sample code based on Arduino, easy to use and focused
– Ideal for beginners and advanced users in the world of smart and ecological home
This ecological smart home assessment is the perfect choice for anyone interested in learning and creating smart and advanced home solutions with an emphasis on a green environment!
Tutorials:
Online Tutorial: KS0576
Arduino Tutorial: Arduino Tutorial
KidsBlock Tutorial: KidsBlock Tutorial
Description:
Based on programming language, the product uses multiple sensors and modules to realize automated and intelligent management.
C/C++ and KidsBlock programming languages are provided in tutorials, which contain detailed project introduction, making programming method, logic, and electronic circuit more accessible to you.
Importantly, it not only enhances our hands-on ability but cultivates the awareness of scientific and technological innovation and problem-solving ability, which features strong practicality and creativity.
By the way, the sensors and modules are fully compatible with the PLUS main board ports, and the wires are convenient and easy to use.
If you have any difficulties or questions about this tutorial and toolkit, please feel free to contact us.
Features:
- Integrity: We are able to learn multiple sensors.
- Practicability: Detailed working principles of sensors are provided.
- Innovation: The product can enhance our scientific and technological innovation and problem-solving ability.
- Flexibility: PLUS board offers good flexibility and scalability.
- Interactivity: Experimentation platform and communication communities can be used to share experiences with other learners.
Parameters:
Microcontroller: ATMEGA328P-AU
USB-Serial chip: CP2102
Operating voltage: 5V or 3.3V (dip switch control)
External power: DC 6-15V (9V recommended)
Digital I/O pins: 14 (D0-D13)
PWM channels: 6 (D3, D5, D6, D9, D10, D11)
Analog input channels (ADC): 8 (A0-A7)
DC output capacity per I/O: 20 mA
3.3V port output capacity: 50 mA
Flash Memory: 32 KB (of which 0.5 KB is used for the bootloader)
SRAM: 2 KB (ATMEGA328P-AU)
EEPROM: 1 KB (ATMEGA328P-AU)
Clock speed: 16MHz
Onboard LED pin: D13























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