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In this video, we will review 5 basic MOSFET parameters that are essential for choosing the right part for your electronics projects. If you are planning to control a 30V DC motor with a 2A current using a microcontroller like AVR or STM32, knowing these parameters will help you choose the best MOSFET. In this video, I reviewed the datasheets of popular MOSFETs like SPP20N60, IRF9540N, IRFML8244TR, and IRF630 and showed you how to choose the right MOSFET based on parameters like gate-source voltage, drain-source voltage, drain current, and price. With this guide, you can find the ideal MOSFETs for your projects and avoid problems like MOSFET damage or improper performance. Stay with us until the end of the video and learn some interesting tips! You will also get answers to the following questions in this video: How to choose the right MOSFET for your project? What are the key parameters to check in a MOSFET datasheet? What role do gate-source voltage and threshold voltage play in MOSFET performance? What is the difference between P-Channel and N-Channel MOSFETs and which one is more suitable? How to drive a DC motor with MOSFET using a microcontroller? How to prevent damage to MOSFETs? What are the importance of parameters such as drain-source voltage and drain current? How to optimize the cost and dimensions of MOSFETs in projects?