STF25N10F7

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

In terms of power control and circuit operation, the STF25N10F7 is a fast switching field effect transistor (FET), defined as a single N-channel. The FET’s applications include power electronic systems, power distribution and remote sensing. Additionally, its characteristics define it as a enhanced mode MOSFET featuring low on-resistance and an internal ESD protection.

A field effect transistor is mainly an amplifier by switching off and passing current between its source-drain pins. The STF25N10F7 is a vertical structure MOSFET with a maximum voltage rating of 25V. Its drain-to-source resistance is rated at 10 cubic millimeters and its drain current is rated at 7.5A. The field effect transistor is mainly composed of a gate, a drain and a source.

The gate forms a modulation electric field surrounding the gate oxide. This electric field exists between the drain and the source and its controlled by the voltage on the gate. If the voltage applied to the gate is high enough, the gate oxide breaks down, which causes electrons to flow from the gate oxide into the substrate. As electrons move away from the gate oxide, the electric field between the gate and the source changes and affects the current flow. This type of field effect transistor, known as an enhanced mode MOSFET, has an internal ESD protection circuitry for increased reliability.

The source-drain current flow is enabled with a high gate-to-source voltage and is terminated by decreasing the gate-to-source voltage. At high frequencies, the FET appears as a resistor with a low value resistance, and as such, it is capable of dissipating low power. Additionally, the MOSFET’s characteristics dictates minimal switching losses, allowing for efficient power conversion when combined with high frequency control.

The STF25N10F7 FET is especially suitable for high speed, power conversion applications, such as backlighting and motor control. It can also be used in low voltage DC switching or in a switch mode power supply. This FET can also be used to create remote sensing and load distributing systems, thus making it a very versatile device.

In conclusion, the STF25N10F7 is a fast switching FET that features a low on-resistance, vertical structure design and internal ESD protection, making it suitable for a wide range of applications. As such, it is widely used in efficient power conversion, motor control and remote sensing.

The specific data is subject to PDF, and the above content is for reference