Uploaded October 2025 | Updated September 2026, 2 weeks ago
In this full lecture from my upcoming course Design a Computer with KiCad, I introduce the fundamentals of high-speed PCB design using the LattePanda Mu compute module and KiCad 9.
You’ll learn:
• Why high-speed PCB design is different from traditional designs
• How to work with proven reference designs
• Key challenges when routing USB 3.2, PCIe, HDMI, and Ethernet
• What makes the LattePanda Mu a great platform for learning modern PCB techniques
• How my simplified carrier board design balances educational value, real-world utility, and manufacturability
⚡ This is a technical deep dive for engineers and makers ready to go beyond microcontroller boards and learn what it takes to design reliable, high-speed digital hardware.
📘 Read the full blog post that goes with this video:
👉 techexplorations.com/blog/kicad/preview-designing-a-high-speed-carrier-board-for-the-lattepanda-mu
🛠️ Course launch expected in early November 2025. Subscribe and turn on notifications to stay updated.
In this full lecture from my upcoming course Design a Computer with KiCad, I introduce the fundamentals of high-speed PCB design using the LattePanda Mu compute module and KiCad 9.
You’ll learn:
• Why high-speed PCB design is different from traditional designs
• How to work with proven reference designs
• Key challenges when routing USB 3.2, PCIe, HDMI, and Ethernet
• What makes the LattePanda Mu a great platform for learning modern PCB techniques
• How my simplified carrier board design balances educational value, real-world utility, and manufacturability
⚡ This is a technical deep dive for engineers and makers ready to go beyond microcontroller boards and learn what it takes to design reliable, high-speed digital hardware.
📘 Read the full blog post that goes with this video:
👉 techexplorations.com/blog/kicad/preview-designing-a-high-speed-carrier-board-for-the-lattepanda-mu
🛠️ Course launch expected in early November 2025. Subscribe and turn on notifications to stay updated.
![[080] Arduino Getting Started: Arithmetic and Boolean operators](https://i.ytimg.com/vi/YXeI3SZPiEA/mqdefault.jpg "[080] Arduino Getting Started: Arithmetic and Boolean operators
This video series teaches how to write your first Arduino program using the Arduino Integrated Development Environment (IDE).
In this video, you will learn about the arithmetic and boolean operators of Arduino C++. These operators are the core elements for decision-making in your code. Understanding these operators is crucial for any Arduino project, whether manipulating sensor data or controlling actuators.
Remember to subscribe for more tutorials!
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
Timestamps:
[00:00 - 00:06] Introduction to Arduino programming fundamentals
[00:06 - 00:16] Overview of arithmetic operators
[00:16 - 00:29] Applications of arithmetic operators in Arduino projects
[00:29 - 00:42] Introduction to boolean operators for decision making
[00:42 - 00:56] Explanation of boolean operators and their role in IF statements and loops
[00:56 - 01:01] Upcoming detailed tutorials on IF statements and loops
[01:01 - 01:20] Practical example: Using a simulated temperature sensor to control an LED
[01:20 - 01:33] Demonstration of decision-making with an IF statement
[01:33 - 01:48] Importance of arithmetic and boolean operators in Arduino programming
[01:48 - 02:07] Conclusion and invitation to like, share, and subscribe for more tutorials")
![[220] Arduino Getting Started: The RGB Color LED](https://i.ytimg.com/vi/ZDLG1qoyTvM/mqdefault.jpg "[220] Arduino Getting Started: The RGB Color LED
In this tutorial, we demonstrate using an RGB LED to create various colors by mixing red, green, and blue light with an Arduino. We cover the setup, wiring, and code to control the RGB LED.
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 in 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
⏰ Timestamps
* 00:00 - 00:07: Connecting the Cathode and Anode 🔌
* 00:07 - 00:13: Powering the RGB LED 🌟
* 00:13 - 00:20: Inserting RGB LED into Breadboard 🧰
* 00:20 - 00:32: Connecting the Common Cathode to Ground 🖇️
* 00:32 - 00:39: Wiring Resistors to Digital Pins 📏
* 00:39 - 00:45: Using Pins 9, 10, and 11 for RGB 🌈
* 00:45 - 00:51: Importance of Resistors ⚠️
* 00:51 - 00:56: Starting the Arduino Sketch 💻
* 00:56 - 01:03: Defining Pins for RGB 📑
* 01:03 - 01:11: Setting Pins as Outputs ⚙️
* 01:11 - 01:19: Creating the Set Color Function 🎨
* 01:19 - 01:24: Using Analog Write to Control Colors ✍️
* 01:24 - 01:31: Looping Through Colors 🔁
* 01:31 - 01:38: Waiting Between Color Changes ⏳
* 01:38 - 01:44: Example of Setting Colors 🌈
* 01:44 - 01:51: Maximum Intensity Explanation 💡
* 01:51 - 02:04: Setting Red, Green, and Blue Intensities 🚥
* 02:04 - 02:10: Observing LED Color Changes 👀
* 02:10 - 02:21: Experimenting with Color Combinations 🧪
* 02:21 - 02:30: Achieving Different Colors 🎨
* 02:30 - 03:02: Summary and Further Experimentation 🛠️
* 03:02 - 03:20: Invitation to Subscribe 📢
📚 Main Learning Objectives
* Understand the wiring of an RGB LED with Arduino.
* Learn the difference between common cathode and anode RGB LEDs.
* Set up and use resistors to protect the LED.
* Write Arduino code to control the RGB LED.
* Create various colors by mixing red, green, and blue light.
* Experiment with different color combinations using the setColor function.
📢 Invitation to Subscribe
If you found this tutorial helpful, please give it a thumbs up 👍 and subscribe to our channel for more exciting Arduino projects. Your support motivates us to keep creating valuable content. Hit the bell icon 🔔 to stay updated with our latest tutorials. Drop your questions and ideas in the comments below. Thanks for watching, and see you in the next tutorial! 🚀")
![[200] Arduino Getting Started: Thermistor, an Analog Temperature Sensor](https://i.ytimg.com/vi/ZFUBjdHlfIg/mqdefault.jpg "[200] Arduino Getting Started: Thermistor, an Analog Temperature Sensor
In this tutorial, we demonstrate using an NTC thermistor to measure temperature with an Arduino. We cover the setup and the code required to read and display the temperature data.
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 in 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
⏰ Timestamps
00:00 - 00:07: Introduction to Thermistors 📚
00:07 - 00:13: NTC Thermistor Explanation 🔍
00:13 - 00:20: Required Components 🧰
00:20 - 00:38: Wiring the Thermistor 🔌
00:38 - 00:51: Connecting to Analog Pin 🖇️
00:51 - 01:02: Understanding Voltage Divider 📊
01:02 - 01:08: Voltage and Temperature Relationship 🌡️
01:08 - 01:19: Arduino Code Overview 💻
01:19 - 01:25: Defining Constants and Variables 📑
01:25 - 01:37: Temperature Calculation Function 🔢
01:37 - 01:44: Reading Voltage and Calculating Resistance 🖥️
01:44 - 02:03: Converting Resistance to Temperature 🌡️
02:03 - 02:10: Kelvin to Celsius Conversion 🧮
02:10 - 02:24: Loop Function and Printing Values 🔁
02:24 - 02:36: Adding Delay ⏳
02:36 - 02:45: Testing the Circuit ⚙️
02:45 - 03:00: Practical Applications 🌍
03:00 - 03:10: Invitation to Subscribe 📢
03:10 - 03:15: Comments and Suggestions 💬
📚 Main Learning Objectives
Understand the difference between NTC and PTC thermistors.
Learn to set up a voltage divider with a thermistor.
Read analog values from a thermistor using analogRead.
Convert analog voltage to temperature readings.
Print temperature values to the serial monitor.
Convert temperature from Kelvin to Celsius.
Implement a delay to manage reading intervals.
📢 Invitation to Subscribe
If you found this tutorial helpful, please give it a thumbs up 👍 and subscribe to our channel for more exciting Arduino projects. Your support motivates us to keep creating valuable content. Hit the bell icon 🔔 to stay updated with our latest tutorials. Have any questions or suggestions? Leave a comment below. Thanks for watching and happy making! 🚀")
![[230] Arduino Getting Started: Display Text with the I2C LCD](https://i.ytimg.com/vi/bnNy_ek7Jqw/mqdefault.jpg "[230] Arduino Getting Started: Display Text with the I2C LCD
This tutorial demonstrates how to use a 2x16 LCD with an I2C backpack to display text with an Arduino. We cover the setup, wiring, and code to control the LCD.
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 in 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
⏰ Timestamps
00:00 - 00:11: Connecting SCL and SDA Pins 🔌
00:11 - 00:20: Understanding I2C Interface 📡
00:20 - 00:31: Installing LiquidCrystal_I2C Library 📚
00:31 - 00:51: Initializing the LCD with Code 💻
00:51 - 01:02: Displaying Hello World on the LCD 🌍
01:02 - 01:09: Adding a Second Line of Text 📝
01:09 - 01:14: Including Necessary Libraries 📂
01:14 - 01:26: Creating the LCD Object 🛠️
01:26 - 01:38: Initializing the LCD in Setup Function ⚙️
01:38 - 01:46: Turning on the Backlight 💡
01:46 - 01:58: Clearing the Display 🧽
01:58 - 02:08: Setting Cursor Position 🎯
02:08 - 02:13: Printing Text to LCD 🖨️
02:13 - 02:21: Adding a Delay ⏳
02:21 - 02:35: Uploading and Running the Code 🚀
02:35 - 02:45: Observing the Display in Action 👀
02:45 - 02:54: Summary of Learning 🎓
02:54 - 03:11: Invitation to Subscribe 📢
📚 Main Learning Objectives
Understand how to connect and wire an I2C LCD to an Arduino.
Install and use the LiquidCrystal_I2C library.
Write and upload Arduino code to control the LCD.
Display custom text on a 2x16 LCD.
Utilize functions like lcd.init, lcd.backlight, lcd.clear, and lcd.print.
Experiment with modifying text displayed on the LCD.
📢 Invitation to Subscribe
If you found this tutorial helpful, please give us a thumbs up 👍 and subscribe to our channel for more Arduino projects. Your support motivates us to keep creating valuable content. Hit the bell icon 🔔 to get notifications about new videos. Leave your questions and suggestions in the comments below. Thanks for watching, and well see you in the next tutorial! 🚀")
![[030] Arduino Getting Started: The Arduino Uno R4 Minima and Wifi](https://i.ytimg.com/vi/bvrVJjskixI/mqdefault.jpg "[030] Arduino Getting Started: The Arduino Uno R4 Minima and Wifi
This detailed overview reveals the latest additions to the Arduino Uno family: the Arduino Uno R4 Minima and the Arduino Uno R4 Wi-Fi.
Whether youre new to Arduino or an experienced developer, these new boards bring significant upgrades and new features to elevate your projects. The Uno R4 series stands out with enhanced power management, increased memory, and Wi-Fi connectivity on the Wi-Fi model, perfect for Internet of Things (IoT) projects.
Dive into the specifics of both boards as we explore their capabilities, from their powerful 32-bit microcontrollers to their extensive connectivity options.
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
Timestamps:
00:00 - Introduction to Arduino Uno R4 Series
00:09 - Overview of Uno R4 Minima and Wi-Fi Models
00:36 - Key Improvements over Previous Models
01:00 - Getting Started with Arduino IDE
01:35 - Technical Characteristics of Uno R4 Series
03:05 - Wi-Fi and Bluetooth Capabilities of Uno R4 Wi-Fi
03:45 - Modern Connectivity with USB-C Port
04:08 - Enhanced Protection Features
Key Features:
* 32-bit Microcontroller: Both models are powered by a 48 MHz ARM Cortex-M4 processor, offering a significant leap in processing power.
* Memory: The Arduino Uno R4 has 256 KB of flash memory, 32 KB of SRAM, and 8 KB of EEPROM, providing ample space for complex projects.
* Connectivity Options: Standard communication interfaces such as UART, SPI, I2C, and CANBAS, with the Wi-Fi model featuring Wi-Fi and Bluetooth for IoT applications.
* Power Supply Options: Flexible power through USB-C or external sources, with onboard regulation ensuring stable operation.
* Peripherals and Protection: Advanced features, including a real-time clock, capacitive sensor unit, and over-voltage protection, enhance functionality and safety.
Whether embarking on a simple learning project or developing sophisticated IoT solutions, the Arduino Uno R4 series offers the versatility and reliability needed for various applications. Join us as we explore the endless possibilities with these innovative boards.
Dont forget to like, subscribe, and hit the notification bell to stay updated on our latest videos. Have questions or thoughts to share? Leave a comment below; were excited to hear from you. Keep creating and exploring with us!")
