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🔵Contact email: [email protected] If you'd like to thank me for my work with a donation: 🔴boosty - https://boosty.to/internal_engineer/d... 🔴donationalerts (SBP) - https://www.donationalerts.com/r/inte... 🟠Additional soldering iron compartment: https://boosty.to/internal_engineer/p... 🟠Fiberglass clamps: https://boosty.to/internal_engineer/p... Buy FNIRSI HS-02A: https://s.click.aliexpress.com/e/_c3k... 🟢Part 1 on CNC milling:    • Пошаговая инструкция по созданию управляющ...   🟢Fusion tutorials:    • Autodesk Fusion   Download Inkscape: https://inkscape.org/release/ Video description: This video shows the complete process of creating a DIY PCB, from the initial idea to the fully assembled device. I'll cover the entire development cycle: from routing the tracks in EasyEDA and finalizing them in the Inkscape vector editor to preparing NC programs in Aspire using special fixtures for precise workpiece fixturing. I'll also demonstrate the process of creating a height map in UGS for high-quality CNC milling. This step-by-step guide will be useful for anyone who wants to learn how to build electronic boards themselves. Timecodes: 00:00 - Introduction 01:34 - Component Overview 02:12 - Case Overview 06:13 - Trace Layout in EasyEDA 15:57 - Replicating the Board from the Project 18:41 - Exporting the Board from EasyEDA 20:33 - Refining the Trace Layout in Inkscape 21:45 - Preparing the NC Program in Aspire 29:41 - Fixtures for Fixing the Board 31:09 - Building a Height Map in UGS 36:19 - Milling the Board 37:40 - Tinning the Board, Soldering Components, and Introducing the Soldering Iron 40:38 - Additional Soldering Iron Compartment 42:42 - Conclusion