MOSFETs em Paralelo | Região Resistiva vs Saturação – O que ninguém te conta

In this video, I demonstrate in practice how MOSFET paralleling behaves in the resistive and saturation regions, explaining the causes of current imbalance and design considerations. --------------------------------------------------------------------------------------- Support Materials 👇👇👇 ✔️ Video about power MOSFETs:    • Transistor MOSFET: Entenda de uma vez por ...   ✔️ Video about diode paralleling:    • NUNCA ligue Diodos de Potência em paralelo...   ✔️ Video about heat sink Pt. 1:    • DISSIPADOR DE CALOR (1/4) | Aprenda a dime...   ✔️ Video about heat sink PT. 2:    • DISSIPADOR DE CALOR (2/4) | Como projetar ...   --------------------------------------------------------------------------------------- Follow the Power Electronics Blog articles. 👇👇👇 ✔️Power Electronics Blog: https://eletronicadepotencia.com/ --------------------------------------------------------------------------------------- Highlights of the video: 00:00 - Opening 00:19 - Introduction 00:59 - MOSFETs in the resistive region 02:01 - Effect of temperature on RDS 02:49 - Thermal simulation 04:05 - Thermal recommendations 04:34 - Effect of gate voltage 05:05 - Tips for MOSFETs as a switch 05:28 - MOSFETs in the saturation region 06:28 - Effect of temperature in the saturation region 07:02 - Simulation in the saturation region 08:00 - Linear MOSFETs 08:51 - Balancing resistors 09:32 - Operation in both regions 10:04 - Balancing Active 10:53 - Video Summary --------------------------------------------------------------------------------------- 🔌 Topics covered: ✅ Difference between resistive and saturation operation ✅ Effect of threshold voltage (Vth) on current sharing ✅ Thermal impact and parameter variations ✅ Tips for minimizing problems in practical applications This content is useful for engineers, technicians, and students who want to avoid failures and increase the reliability of their projects. 📂 Files and simulations available to channel members — learn more at:    / @eletropowerlab