STL8DN6LF6AG Discrete Semiconductor Products

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STL8DN6LF6AG is a single, N-Channel enhancement mode MOSFET (Metal Oxide Semiconductor Field-effect Transistor) produced by Sanyo Semiconductor Corporation. It is a three-terminal device that uses a semiconductor-insulating-semiconductor structure with body doped in the drain region.

MOSFETs are voltage-controlled devices that can be used to switch and amplify electrical signals. The basic operating principles of a MOSFET are based on an electric field, produced by the potential difference between the gate and channel, controlling the flow of current between the drain and source. It is a voltage-controlled device, meaning that by applying a control voltage to the gate terminal, the current flowing between the drain and source is controlled.

The application of STL8DN6LF6AG sparely lies in the area of consumer electronics, such as TVs, audio systems and portable media players, as a switching element. It can be used in many kinds of consumer electronics, such as remote controls, amplifiers, detectors, interface circuits and signal converters. It is an efficient, low-cost power switching device, especially suitable for portable and low-power devices.

The STL8DN6LF6AG has an on-resistance of 0.04 Ohms (Rds) at 10V and maximum ratings of 30V drain-source voltage (Vds) with 20V gate-source voltage (Vgs). It also has a low gate-source capacitance (Cgs) of 0.15pF, making it suitable for high-frequency switching applications. Additionally, the STL8DN6LF6AG also features low turn-on/off times (tr/tf) of 63ns and 47ns respectively, which makes it suitable for fault protection or fast switching applications.

Overall, the STL8DN6LF6AG is a very versatile single-channel MOSFET transistor device suitable for consumer electronics applications. Its on-resistance, capacitance, and other properties make it ideal for switching and amplification, as well as fault detection and protection. Its low cost and high performance, make it a great choice for consumer electronics and lower-power applications.

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