An ESP32 microcontroller learning kit equipped with a rich variety of input and output devices! It comes with downloadable texts and sample source code. Recommended for educational purposes!
Learning about microcontrollers is difficult if you only read books; hands-on practice with actual devices is essential. This kit, while compact, is equipped with a wealth of input and output devices, allowing for various practical exercises through programming and wiring. It is easy to handle and is a recommended educational material, especially for educational institutions. The ESP32 microcontroller is a highly popular microcontroller used in a wide range of applications, from prototype development to IoT devices. The text is structured to be very easy to understand, even for those learning about the ESP32 microcontroller for the first time. ◎ Developed as a successor to the H8 microcontroller experiment kit, it includes the same learning content. ◎ You can learn how to use basic general-purpose digital I/O and peripherals, such as interrupts, through practical exercises. ◎ All development environments can be obtained from the internet. ◎ By solving the tasks prepared for each step, you will gradually improve your skills.
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basic information
■ Dimensions 300 x 140 x 70 (mm) * Excluding accessories 1.2 kg * Including AC adapter ■ Operating Environment (Computer) OS: Windows 10, 11 CPU: Clock frequency of 1.6 GHz or higher Memory: Recommended 1 GB or more Storage: 10 GB or more of free space USB port required Internet connection required (during development environment setup) ■ Accessories Power adapter - 1 USB micro-B cable - 1 USB mini-B cable - 1 Jumper wires - 40 * Text available for download ■ Learning Content Setting up the development environment Dot matrix LED control Creating and sending executable files Serial communication Bitwise operations Functions Splitting source code Using switches Chattering countermeasures Controlling servo motors and stepper motors Using rotary encoders and pulse counters Controlling microphones and speakers A/D and D/A conversion Utilizing CdS cells (light sensors) Functions and roles of timers Functions and usage of PWM GPIO and timer interrupts Functions and usage of the debugger
Price information
99,000 yen
Price range
P2
Delivery Time
P1
※Delivery times may vary depending on stock availability.
Applications/Examples of results
There is a track record of implementation in corporate training, aimed at acquiring programming skills for the ESP32 microcontroller.
Detailed information
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Components (text available for download)
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Text example
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Dot matrix LED control example
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■ Names of Parts 1. ESP Microcontroller Module 2. Debug Module 3. Power Connector 4. Main Power Switch 5. Condenser Microphone (Sound Sensor) 6. Volume Adjustment Potentiometer 7. Variable Resistor (Angle Sensor 1) 8. Rotary Encoder (Angle Sensor 2) 9. CdS Cell (Light Sensor) 10. Tact Switch 11. IO Expander 12. I2C Address Selector 13. 8x8 Dot Matrix LED 14. Speaker Volume Adjustment Potentiometer 15. Servo Motor Unit Power Switch 16. Stepper Motor Power Switch 17. Power Indicator 18. Servo Motor Unit 19. Stepper Motor 20. Speaker 21. UART Connector for Serial Communication 22. GROVE Connector 23. Universal Area
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Company information
Adwin is engaged in the development and sales of educational materials primarily in the fields of electricity, machinery, and ICT. We provide practical curricula utilizing hands-on kits and multimedia to our customers, which have been used in many settings, including high schools, technical colleges, universities, and vocational training schools, as well as in corporate training. We are promoting the development of an e-learning system utilizing IT and AI for further advancement in technical education.