Wemos Lolin32 Repair: Fixing a Fried 3.3V Regulator! скачать в хорошем качестве

Wemos Lolin32 Repair: Fixing a Fried 3.3V Regulator!

Wemos Lolin32 Repair: Fixing a Fried 3.3V Regulator! Ever encountered smoke and a fried regulator on your Arduino, ESP32, NodeMCU or Wemos Lolin32? In this video, I’ll show you how I diagnosed and repaired my damaged Wemos Lolin32 after the 3.3V regulator blew up due to a high current draw. Learn how to troubleshoot, source spare parts, and replace the regulator using basic tools like a soldering iron and a budget microscope. This step-by-step guide is perfect for electronics enthusiasts, beginners, and anyone looking to save their microcontroller boards from permanent damage. Watch till the end for useful tips and lessons learned during this repair! Key Highlights: Diagnosing the issue (smoke and failed 3.3V rail) Step-by-step regulator replacement Tools used: soldering iron, cheap microscope Multimeter readings before and after repair Don’t forget to like, comment, and subscribe for more DIY electronics repair and project videos! Chapters: 0:00 Introduction 0:10 Diagnosing the Issue 1:32 Tools Required 1:50 Regulator Replacement Step-by-Step 3:20 Testing and Final Results Connect with us here:   / dhkdude     / dhkdude     / dhkdude   https://www.dhkdude.com #ElectronicsRepair #WemosLolin32 #DIYFix #MicrocontrollerRepair #SolderingTips #3.3VRegulator #Troubleshooting" Keywords: Microcontroller Microcontroller repair Arduino projects Science fair projects Advanced Arduino projects Arduino ESP32 Arduino projects science arduino projects arduino based ESP8266 NodeMCU Wemos Lolin32 3.3V regulator fix Soldering microscope tutorial Electronics troubleshooting guide How to repair a microcontroller DIY repair tools for beginners Wemos ESP32 board fix Diagnosing smoke in electronics Regulator replacement tutorial Saving a fried microcontroller Saving a fried arduino