IXTQ30N50L Discrete Semiconductor Products

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The IXTQ30N50L is a standard power MOSFET transistor. It is part of a line of MOSFET transistors that combine fast switching performance and low control power loss with low input capacitance and gate charge. The IXTQ30N50L is ideal for a variety of applications, from smart phone charging to battery pack power, automotive power, and many other power control applications.

The IXTQ30N50L MOSFET has a max rating of 600V and 30A. Its on-state resistance is low, at 0.006 Ohm, and the drain to source breakdown is 650V. It features a low total gate charge of 28nC and a fast switching time of 33ns. It also has a low drain-source on-state voltage program of 62mV.

As far as application field is concerned, the IXTQ30N50L MOSFET is ideal for a wide range of automotive systems. It is suitable for applications such as onboard battery charging, DC/DC converters, lights and sensors, and any other automotive power supply requiring fast switching. Additionally, IXTQ30N50L MOSFETs are the perfect choice for power switching in isolated power supplies and buck converters.

In terms of working principle, the IXTQ30N50L MOSFET is an voltage-controlled device; it is an insulated gate type field effect transistor. This type of transistor uses a gate voltage to control the conductance of electrons between the source and the drain. At the same time, there’s very little current flowing through the gate-source terminal, since there is an insulated oxide layer between the gate and the body.

When the gate voltage is increased, electrons are attracted to the gate and form a conducting path between the source and the drain, allowing current to flow. As the gate voltage is increased further, the amount of current flowing in the transistor also increases. Conversely, if the gate voltage is decreased, the transistor conductance decreases and the current flow is decreased.

The IXTQ30N50L MOSFET thus provides an excellent choice for a variety of power control applications. It combines low gate charge, low on-state resistance, fast switching time, and high current operation with a very low drain-source voltage. It is therefore ideal for use in a wide range of automotive, power-supply, and other industrial applications.

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