AO6415L

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AO6415L is a single N-channel enhancement-mode vertical DMOS field-effect transistor (FET), which is produced with high cell density and DMOS trench technology. It features ease of parity, low stand-off voltage and extremely low R_DS(on). This product is ideal for load and line switching in portable equipment.

The working principle of the AO6415L is based on the flow of electrons through a conductor. In a FET, the conductor is an insulated gate that forms a thin layer at the surface of the semiconductor. When a voltage is applied across the gate, electrons are attracted to the gate and cause an electric current. This current is then passed through the gate to the drain of the FET, and the voltage across the drain determines the amount of current that passes through.

The AO6415L provides enhanced power performance with low on-resistance, low gate charge and fast switching speeds. It is suitable for the load and line switching of consumer motor control applications. In addition, it provides flexibility and robustness for switching between 0 and 200V when driving multiple loads for local or appliance motor control applications. This device has a maximum off-state drain current of 0.2A, a maximum R_DS(on) of 100mΩ, and a maximum drain-to-source breakdown voltage of 175V.

The main application fields of the AO6415L are consumer motor control applications such as electric vehicles, power tools, and home appliances; and battery-powered systems such as portable and mobile electronics, medical and instrumentation devices. It is also suitable for switching applications involving low and medium voltage loads. Therefore, the AO6415L can be used in a wide range of applications requiring large current switching.

In summary, the AO6415L is a single N-channel enhancement-mode vertical DMOS FET that provides high power performance and low on-resistance. It is suitable for the load and line switching of consumer motor control applications, and switching applications involving low and medium voltage loads. This device is an ideal choice for applications that require large current switching.

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