Have you ever wondered what makes MOSFETs different from other transistors? In this video the internal world of MOSFETs or metal oxide semiconductor field effect transistors is explored. Discover how they operate and how they differ from current-driven transistors in design and function. An explanation of how N-Type and P-Type semiconductor are created using doping is also included.
I show how MOSFETs work in real life, and explain where they can be used and how to check them. With this simple circuit the transistor works as a switch.
In the video I use IRF540N MOSFET with N- channel, it has three terminals: Gate, Drain, and Source. MOSFET transistor requires very little current to turn on while it can deliver a much higher current to a load, so it works as an amplifier.
MOSFET transistors are used to amplify and switch electronic signals.
Have you ever wondered what makes MOSFETs different from other transistors? In this video the internal world of MOSFETs or metal oxide semiconductor field effect transistors is explored. Discover how they operate and how they differ from current-driven transistors in design and function. An explanation of how N-Type and P-Type semiconductor are created using doping is also included.
I show how MOSFETs work in real life, and explain where they can be used and how to check them. With this simple circuit the transistor works as a switch.
In the video I use IRF540N MOSFET with N- channel, it has three terminals: Gate, Drain, and Source. MOSFET transistor requires very little current to turn on while it can deliver a much higher current to a load, so it works as an amplifier.
MOSFET transistors are used to amplify and switch electronic signals.
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