Speed vs Voltage: MOSFET Explained A MOSFET is a semiconductor device that uses voltage to control current flow. Its core principle involves adjusting the width of the conductive channel by altering the gate voltage, thereby regulating the drain current.─影片 Dailymotion

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在 Dailymotion 上觀看 Speed vs Voltage: MOSFET Explained A MOSFET is a semiconductor device that uses voltage to control current flow. Its core principle involves adjusting the width of the conductive channel by altering the gate voltage, thereby regulating the drain current. - VBsemi

Transcript

00:00This is a MOSFET. It stands for Metal Oxide Semiconductor Field Effect Transistor,

00:06commonly called a MOSFET. You can think of it as a switch, except it's controlled not by hand,

00:13but by voltage. It also has another name, Insulated Gate Field Effect Transistor.

00:19The MOSFET can be considered an upgrade of a transistor. The gate does not require a

00:24continuous current supply like the base of a transistor. The term field effect refers to

00:28controlling conduction by establishing an electric field. Of course, its voltage rating is lower

00:33than that of a transistor. Besides functioning as a switch, a MOSFET can also be used as a variable

00:38resistor. That wraps up this episode's video content. If you have any questions, feel free

00:45to leave a comment below. Goodbye!

Speed vs Voltage: MOSFET Explained A MOSFET is a semiconductor device that uses voltage to control current flow. Its core principle involves adjusting the width of the conductive channel by altering the gate voltage, thereby regulating the drain current.

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