IXTU64N055T

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The IXTU64N055T is a MOSFET transistor, which belongs to the family of single transistors and field effect transistors – commonly known as FETs. This type of transistor is widely used in many industrial and consumer applications.

A MOSFET is essentially a voltage-controlled device that consists of three basic elements: a source, a drain, and a gate. Current flows from the source to the drain depending on the voltage applied to the gate. A MOSFET typically operates in one of two modes, depletion mode or enhancement mode. In depletion mode, the current passing through the transistor is controlled by the magnitude of the drain-source voltage applied. This is the mode the IXTU64N055T is typically operated in. In enhancement mode, the current passing through the transistor is controlled by the magnitude of the gate voltage applied.

The IXTU64N055T is a MOSFET with a drain-source voltage (VDS) rating of 700V and a gate-source voltage (VGS) rating of 20V. It has an On-state resistance (RDSOn) of 87 mΩ and a maximum rated current (ID) of 60 A. The maximum power (PD) dissipated by the transistor is 400W.

The IXTU64N055T transistor is best suited for applications requiring high breakdown Voltage and low On-state resistance such as DC-DC converters, relay drivers, motor drivers and high-frequency switching applications. As the transistor is also capable of conducting high currents, it is also suitable for high current applications such as fans, lighting systems and power-supply components.

The IXTU64N055T is a versatile transistor. Its combination of high-voltage and low-resistance make it ideal for switching applications. It can also be used to amplify very high current levels in various electrical applications. Due to its low On-state resistance, the IXTU64N055T has lower power dissipation than other similar FET transistors.

With its combination of high voltage and low resistance, the IXTU64N055T is a popular choice for many industrial and consumer applications. Its operating principles make it an ideal choice for power-supply components, lighting systems and high-frequency switching applications. Its low power dissipation and high level current capability make it a suitable choice for many applications.

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