IXFT24N50Q

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IXFT24N50Q are high voltage power Field Effect Transistors (FETs) manufactured by Infineon Technologies using advanced OptiMOS™ 3 low-voltage process technology to achieve a breakdown voltage of 700V and an operating temperature range from -55°C to 150°C.

IXFT24N50Q are suitable for a wide range of high voltage applications, such as telecom systems, industrial DC to AC converters, flyback converters, power supplies, and adapter applications. It is designed to provide high efficiency switching operations, with low conductance losses for high frequency applications.

IXFT24N50Q have a low on-state resistance, allowing for optimized performance in demanding high frequency switching applications. The rectangular gate construction of this device, along with its fast switching characteristics, makes it especially suitable for applications requiring high switching speeds. The transistor also features a low drain-to-source capacitance, which results in reduced energy losses and improved energy efficiency. This transistor requires gate voltage of +6V in order to fully turn on. Its thermal resistance is also low, allowing the device to dissipate heat quickly.

IXFT24N50Q operate as an enhancement-mode, which means that an applied voltage of greater than 0V will switch the device on. This FET relies on a built-in electric field in order to control the conduction of charge carriers between drain and source. This field is generated by a voltage driven field between the gate and the channel, which controls the channel and thus the FET.

Due to the underlying technology and design of IXFT24N50Q, these FETs offer several benefits over traditional MOSFETs such as low on-state resistance, fast switching, high blocking voltage, low gate drive voltage and improved thermal resistance. They also have lower gate charge, offering improved efficiency and increased power handling capabilities. This makes them ideal for applications that require reliable switching performance at high speeds.

In summary, IXFT24N50Q are high-voltage FETs developed using advanced low-voltage process technology. This device features a low on-state resistance, fast switching speed, low gate drive voltage, improved thermal resistance and low drain-to-source capacitance. Its ability to provide reliable switching performance at higher frequencies provides an advantage over traditional FETs, making it and ideal choice for demanding applications.

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