ATmega328P-AU symbol & TQFP footprint design using EasyEDA

Learn how to design a schematic symbol and PCB footprint for the Atmega328P-AU SMD IC using EasyEDA in this step-by-step tutorial! 🚀

Whether you're a beginner or an electronics enthusiast, this video will guide you through the entire process of creating a custom component library.

🔍 What’s Covered in This Tutorial?
1️⃣ Datasheet Analysis: Understand the pinout, dimensions, and essential details.
2️⃣ Schematic Symbol Design: Create a precise and easy-to-use symbol for your circuit designs.
3️⃣ PCB Footprint Design: Accurately design the footprint based on the datasheet for a perfect PCB layout.
4️⃣ Combining Both: Integrate the schematic symbol and PCB footprint to build a complete component library.

🎯 Perfect for:
1. Electronics students and hobbyists.
2. Engineers designing with Atmega328P-AU microcontroller.
3. Anyone new to EasyEDA or custom library creation using EasyEDA.

📚 Why Watch This Video?
A. Gain hands-on experience with EasyEDA.
B. Learn how to read and interpret datasheets effectively.
C. Enhance your skills in schematic and PCB design.

🔔 Subscribe for more beginner-friendly tutorials on electronics, PCB design, and embedded systems.
📩 Questions or suggestions? Drop them in the comments! 👇
---------------------------------------------
Timestamps :
00:00 - Introduction to ATmega328P-AU
01:26 - Datasheet Explanation
04:11 - Schematic Symbol Design
12:04 - Attention to Design Aesthetics
13:06 - Assigning Electrical Properties
15:12 - Designing TQFP Footprint
22:37 - Adjusting Pad Width
25:11 - Combining Symbol and Footprint
26:44 - Conclusion and Key Takeaways

@Linked_Frequency
#atmega #TQFP #QFN #SMDIC #atmega328p #schematics #pcb #footprints #easyeda #linked_frequency #vaibhav_sugandhi #aishwarya_pattar