Overview
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Explore the Arduino Nano R4 microcontroller board in this comprehensive 32-minute tutorial that examines its unique features and capabilities. Learn about the board's Renesas microcontroller foundation, which provides 5-volt logic operation similar to the Arduino Uno R4 boards, along with a 3.3-volt Qwiic connector for I2C communication. Discover how to work with the board's advanced features including the digital-to-analog converter (DAC), real-time clock functionality, and operational amplifier, with practical demonstrations and code examples for each component. Get hands-on guidance for IDE setup and sample code implementation, plus troubleshooting tips for the OPAMP library bug and how to fix it. Additionally, examine the Arduino Nano Connector Carrier Board and understand how it can be utilized with any Nano board variant. Master the technical specifications, programming techniques, and practical applications that make the Nano R4 a valuable addition to the Arduino Nano family for electronics projects requiring 5-volt logic and enhanced analog capabilities.
Syllabus
00:00 - Introduction
01:05 - Arduino Nano R4
05:18 - 5-Volt Logic
07:12 - Look at Nano R4
08:11 - IDE Setup & Sample Code
11:17 - Real Time Clock
17:52 - Digital to Analog Converter
21:40 - Operational Amplifier
27:04 - Arduino Nano Connector Carrier
29:23 - Conclusion
Taught by
DroneBot Workshop