AOB12N60FDL Discrete Semiconductor Products

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AOB12N60FDL is a type of N-channel Metal Oxide Semiconductor Field-Effect Transistor (MOSFET). It belongs to a category of power MOSFETs, specifically "logic level" MOSFETs. Its drain-source voltage VDS max is 600V, drain-source current ID max is 12A, and total gate charge Qg is 48nC.

Application Field

Due to its superior performance and higher ratings, MOSFETs have become increasingly popular and widespread in various applications. AOB12N60FDL is a reliable logic level MOSFET and is used in many power management, switching and audio amplifier applications, such as DC to DC converters and other electronic projects. Moreover, this type of MOSFET can also be used in robotic applications, as it is capable of handling higher current values and higher voltage values. This MOSFET is also used in several motor control circuits.

Working Principle

This Metal Oxide Semiconductor Field-Effect Transistor operates using the principle of MOSFETs (Metal Oxide Semiconductor Field-Effect Transistors). A MOSFET is a type of transistor that uses an insulated gate electrode to control the flow of current when a voltage is applied to its gate. In other words, the current flow in the MOSFET is controlled by the voltage applied to its gate.

In an N-channel MOSFET such as AOB12N60FDL, the current flows from drain to source and is controlled by the voltage applied to its gate. The voltage applied to the gate controls the width of the channel, thus controlling current flow. This type of operation is known as "normally-on" operation, which means that the current is on when no voltage is applied to the gate.

AOB12N60FDL can be used as a switch or amplifier, as it can amplify weak signals and provide a high current when larger signals are received. It can also be used in motor control circuits, as it is capable of handling higher current values and voltage values.

In order to control current flow in AOB12N60FDL, the voltage applied to its gate must be higher than the threshold voltage Vth. If the voltage applied to its gate is higher than the threshold voltage, it will turn on and start conducting current. On the other hand, if the voltage applied to its gate is less than the threshold voltage, it will turn off and stop conducting current.

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