BUK9Y7R2-60E,115

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The BUK9Y7R2-60E,115 is a single N-channel enhancement-mode power field-effect transistor (FET) from NXP. These devices are designed for high speed switching applications and are well suited to high frequencies, making them useful in many different types of equipment. They are particularly well suited to automotive, aviation, and industrial electronics.

The BUK9Y7R2-60E,115 is a high voltage FET with a maximum drain current rating of 175mA and a drain-source voltage rating of 55V. This makes it suitable for use in many different high-performance applications. It has a very low on-resistance of 0.188Ω and can handle frequencies up to 5MHz, making it suitable for switching duty cycles, inverters, and feedback circuits, among other applications.

The BUK9Y7R2-60E,115 has a number of features which make it attractive for many different electronics applications. It has a fast switching time of 0.4ns, which makes it ideal for high-frequency applications. It also has a very low Gate-Source leakage current, which ensures that it won’t cause any unwanted current in the circuits where it is used. Additionally, the device has a low capacitance which helps to reduce power losses in high-frequency applications.

The working principle of a FET is the same as that of a transistor. It is essentially a three-terminal device, with the gate terminal being used to control the current passing between drain and source terminals. When a positive voltage is applied to the gate terminal, the channel of the FET is turned on, allowing current to flow through the device. When the voltage is removed, current cannot pass through the device. This changing of the current allows the FET to be used as a switch, allowing current to pass through a circuit when then gate terminal is activated, and stopping the current when the voltage is removed.

The BUK9Y7R2-60E,115 is a powerful and reliable device that is well suited for a variety of high-frequency, high-performance applications. Its combination of low on-resistance, fast switching time, low leakage current and low capacitance make it an ideal choice for a variety of situations. With its robust design, it is also well-suited for a variety of different environments, making it suitable for a wide range of applications.

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