AON6536

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AON6536 is a monolithic, high voltage, single field effect transistor (FET) which is manufactured using an advanced ultra-thin wafer process. The device, which is a PowerTrench MOSFET, is specially designed to offer efficient power delivery, low thermal resistance, and fast switching necessary for high power applications.

The AON6536 is a single-channel, n-channel type, 20 V to 200 V rated voltage FET, with a 1/5-microsecond rise time, which is ideal for high power applications. The device features a common source style output, a current rating of 6 A, and an on-resistance of 110 mOhms. The device has a low input capacitance of only 0.3 pF and a Vth of -0.6 V.

The properties of the AON6536 make it an ideal device for high-power applications such as synchronous rectifier and power management. The low input capacitance of the device makes it suitable for high speed applications such as P-FET, and N-FET circuits. The device is also suitable for precision switching applications. It is also a suitable device for automotive applications such as brushless motor control, power distribution boards, and motor control modules.

The working principle of the AON6536 is based on the properties of n-channel MOSFETs. When a drain-source voltage is applied across the device, a channel is created between the components of the device, allowing current flow from source to drain. The on-resistance of the device is directly proportional to the magnitude of the drain-source voltage applied. The AON6536 has a very low input capacitance, allowing for fast switching.

The device is suitable for use in high-power applications such as synchronous rectifier, power management, automotive power distribution, brushless motor control, and motor control modules. The device also offers low thermal resistance, and fast switching necessary for high power applications. The device can also be used in precision switching applications, due to its low input capacitance.

The AON6536 can be used to reduce power losses and increase efficiency of devices and systems using it. The device has a relatively low on-resistance and fast switching capability, enabling the design of power efficient, high-complexity systems. By utilizing the properties of the AON6536, engineers can design power systems for a variety of applications, including automotive and general purpose usage.

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