AON6368 Discrete Semiconductor Products

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AON6368 is a high-voltage N-channel MOSFET and is the world’s handful single-chip solution to power switch design. It includes an N-channel enhancement-mode power MOSFET and two precision current limit resistors. It is designed to reduce power dissipation and minimize switching losses in power switching applications. It is capable of up to 95A peak current, with an on-resistance of approximately 59 mΩ.

The AON6368 can be used in a wide variety of applications, especially those where power switches need to be implemented such as DC-DC converters, AC/DC and DC/DC converters, fuel cell operation, switch mode power suppliers, LED lighting, inverters, and solar chargers. The AON6368 can also offer highly cost effective, highefficiency and space saving solution for high voltage power applications. It is ideally suited for a wide array of applications in the industrial, automation, medical, telecom and consumer market.

The AON6368 works by connecting a logic-level gate signal to the gate of the MOSFET. In the low voltage state, the internal gate-to-source voltage (Vgs) is less than the threshold voltage, Vth. This makes the MOSFET switch off and block current through the drain-source. When a gate voltage greater than the threshold voltage, Vth, is applied, the MOSFET will switch on and operate as a drain-source resistor and allow current to flow. The integrated current limit, resistors can also be used to limit the drain source current even further.

The manufacturer guarantees that the AON6368 provides high efficiency and fast switching times, as well as low noise and durability over a wide temperature range. The on-resistance of the device is extremely low and the breakdown voltage is extremely high. This makes the device suitable for high voltage applications where reliable switching performance is essential.

The AON6368 is a highly reliable and efficient solution for high voltage power applications. It is suitable for use in a wide range of applications where Power Switches need to be implemented. Its high current capability and high on-resistance make it suitable for a variety of power switching applications. Its low noise operation, fast switching time and wide temperature range make it a reliable and highly efficient power solution.

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