IXFR80N10Q

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AIXFR80N10Q is a type of Field Effect Transistor, also known as an FET. It is an n-channel MOSFET with a drain-to-source voltage of 800V, gate-source voltage of 10V, and a maximum drain current of 35A. This makes it suitable for a wide range of applications, such as power control, motor control, and light dimming.

The basic principle of operation for a field effect transistor is similar to that of a standard transistor. The transistor consists of three terminals: the source and the drain, both of which are connected to a voltage source and the gate, which is connected to a control voltage. The voltage at the gate is used to control the conductivity of the transistor.

When the gate voltage is below the threshold voltage, known as Vth, the transistor is in the off-state and no current flows through the channel. When the gate voltage reaches Vth, the transistor is said to be on and current starts flowing through the channel. Depending on the type of FET, the increase in current with increasing gate voltage varies and this is known as the transconductance.

AIXFR80N10Q is an example of an enhancement mode MOSFET. This means that the MOSFET is in the off-state when the gate voltage is equal to Vth and current will not flow until the gate voltage is increased above Vth. This makes it well suited for applications such as power control where an increase in voltage is necessary to increase the power of the load.

In addition to power control applications, the AIXFR80N10Q can be used in other applications, such as motor control, light dimming, and much more. As the device provides very low on-resistance, it can be used to control high power loads. The transistor is also available with a wide range of voltage, current, and gate-source ratings, making it suitable for almost any application.

In summary, the AIXFR80N10Q is an n-channel enhancement mode MOSFET with a drain-to-source voltage of 800V, gate-source voltage of 10V, and a maximum drain current of 35A. It is well suited for applications such as power control, motor control, and light dimming. It offers unmatched performance with low on-resistance, a wide range of voltage, current, and gate-source ratings, and the ability to control high power loads.

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