Contenitore per scheda alimentatore 4€ DIY ⚡ pannello frontale, controllo ventola e collaudo finale

In this fourth episode of the DIY power supply series, I'll show you step-by-step how to: 1. Create the front panel for the case using the @PCBWay PCB 2. Mount and install the fan speed control using the @PCBWay PCB 3. Assemble everything in a compact case from an old PC power supply 4. Perform the final test This video follows the previous tutorials in the series: Soldering and testing a DIY power supply ⚡ €4 kit (Full tutorial) Part 1:    • Saldiamo e testiamo un alimentatore fai-da...   Part 2:    • Saldiamo e testiamo un alimentatore fai-da...   Part 3:    • Saldiamo e testiamo un alimentatore fai-da...   If you like what I do, your support is essential! 💡 How can you help me? 💙 Subscribe to the channel 👍 Leave a like and a comment to the videos 📢 Share the channel with your friends Every small gesture makes a difference and helps me carry on this project. Thank you so much for your support! Join the community! You can discuss with other users, ask questions, and share your opinions on the forum: https://rg4tech.altervista.org/forum/... ◾ Link to: hand-built schematic with the modifications seen in the video, fan speed control schematic, and Gerber files: https://rg4tech.altervista.org/forum/... Equipment/materials seen in the video: ◾ PCBway to order the front panel and fan control circuit: ◾ Display: https://s.click.aliexpress.com/e/_op4... ◾ JBC clone soldering iron: https://s.click.aliexpress.com/e/_okD... ◾ PCB support: https://s.click.aliexpress.com/e/_omq... 🎥 Note on video style: My videos are intended to be clear, direct, and lossless. Time: ✅ No opening credits ✂️ Precisely cut pauses and waits 🙅‍♂️ No sign-up or like requests Anyone interested can sign up. I focus solely on technical content. 💲 Monetization is disabled to offer you a smooth, ad-free viewing experience. Thank you for your interest! I hope you find the video useful. 📌 Video Chapters: 00:00 Introduction 00:40 Time-lapse board and enclosure preparation 05:35 Front Panel 08:50 Fan Speed ​​Control 10:00 PCB Ordering on PCBWay 13:47 Circuit Modifications (Schematic) 18:11 PCB Modifications 18:54 Time-lapse Assembly 24:38 Power Supply and Testing 33:20 Final Considerations _____________________________________________________________________________________________________ DISCLAIMER: All projects are for hobbyist purposes and may not be tested or contain errors. It is the user's responsibility to verify every aspect. Therefore, I assume no responsibility for damage to people, property, or the projects themselves resulting from improper or incorrect use. Never exceed your capabilities and always consult a professional if you are unsure of what you are doing. Never work with voltages higher than 48 V. Use low voltages for testing. Remember: Safety comes first! _____________________________________________________________________________________ #pcbway #DIYPowerSupply #DIYElectronics #FanControl #FinalTesting