AON6500

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AON6500 is a low voltage enhancement mode vertical N-channel MOSFET produced by Taiwan Semiconductor Manufacturing Company (TSMC). It features low operating voltages, small operating currents, no reverse leakage current and reliable ruggedness, making it suited for use in various digital circuit applications.

The AON6500 MOSFET operates on a single-transistor/three-terminal circuit with gate, drain and source connections and most commonly used in voltage-controlled circuits. The working principle of the AON6500 MOSFET involves applying a low voltage to the gate, while other connections (drain and source) are left open. This causes the MOSFET to open up and permit current flow between the source and drain terminals.

AON6500 has a wide range of applications. In digital circuits, it can be used to drive other passive components such as resistors, capacitors and transistors, as well as in regulated over-current protection. It can also be used in the power supply branch of a device, providing digital circuit switching and power on/off control.

The AON6500 is widely used in LCD monitors and television sets for the purpose of their electronic digital circuit application. It is also used for the switching of power and electrical signals between digital devices, such as in the communication interface for ICs. Other popular applications for the AON6500 MOSFET include switching power delivery and noise filters.

AON6500 also finds its application in motor driver circuits, where its low current capability makes it an ideal control element. It can also be used to control the speed and flow direction of the motor. In addition, it is used in the latching of a power switch and in the electrically locking of a switcher.

In conclusion, the AON6500 MOSFET is a low voltage enhancement mode vertical N-channel MOSFET that offers low current capability, ruggedness and low operating voltages. It has numerous applications in the fields of electronics, power supplies, communication and motor control and is an important component in digital circuits.

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