Conversor Boost com saída simétrica | Funcionamento e Projeto Completo

Learn step-by-step how a Boost converter with symmetrical output (±V) works and how to design it. This topology is extremely useful for powering operational amplifiers, audio stages, sensors, and analog circuits that require bipolar power. --------------------------------------------------------------------------------------- ✔️ Master the DC-DC converter project: https://curso-dc-dc.com.br/ ✔️ Transform your idea into an electronic project: https://ep-tronix.com.br/ ✔️ Follow the articles on the Power Electronics Blog: https://eletronicadepotencia.com/ --------------------------------------------------------------------------------------- Highlighted parts of the video: 00:00 - Introduction 00:15 - Important notice 00:46 - Project by a channel member 05:58 - Contextualization of bipolar boost 06:47 - Converter operation 10:10 - Converter project 12:38 - First course on the channel 15:03 - Bench tests 17:09 - Closing --------------------------------------------------------------------------------------- In this video, you will understand the operating principle, the energy flow, the design equations, This video will cover all the necessary precautions for assembling your own symmetrical Boost converter, based on the Texas Instruments Application Report. If you work with power electronics, switched-mode power supplies, PWM controllers, or need to power analog circuits with symmetrical voltages, this video is for you. In this video you will learn: ✅ What is a symmetrical output Boost converter and when to use it ✅ How the topology works and why it generates +V and -V from a single input ✅ How to size inductors, MOSFETs, diodes, and capacitors ✅ What are the limitations and precautions in the design ✅ Practical example and detailed circuit analysis 📂 Files and simulations available for channel members — learn more at:    / @eletropowerlab