LL46-GS08 Discrete Semiconductor Products

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The LL46-GS08 is a diode rectifier, classified as a single device, used for a variety of power electronics applications that require high performance and efficient operation. It is an ideal solution for fast switching and high-precision power control.

This device is a SOD-123-type package with a single N-type MOSFET bed structure. It features single-ended gate drive and integrated gate-to-source protection, as well as low on-resistance values making it a low-power consumption solution. This diode rectifier is well-suited for a number of applications such as battery management, home automation, and electric vehicle charging.

This rectifier operates using a working principle different from other diodes. Rather than using a pn junction to act as a rectifying element, the LL46-GS08 utilizes an N-MOSFET bed structure. This structure offers the benefit of higher current flow and better control over switching modes. The maximum on-state resistance for this rectifier is 2.0 ohms, and its maximum blocking voltage is 40V. As a result, this device works well in both medium-voltage and low-voltage applications.

The key advantage of the LL46-GS08 is its high-efficiency performance. This device is designed for fast switching and enabling accurate power control over a wide voltage range. As a result, it offers high-power efficiency and improved system power density. It also features wide temperature operation range (from -40˚C to +105˚C), ensuring robustness and reliable operation. This rectifier can be used to provide power supply in medium- and high-power systems.

In summary, the LL46-GS08 is a single-diode rectifier that offers unmatched efficiency and performance. Its features, such as integrated gate-to-source protection, low on-resistance values, wide temperature range, and single-ended gate drive, make this device ideal for a variety of power electronics systems. Its N-MOSFET bed structure allows for high-power efficiency and improved system power density. Its fast switching capability makes it a great choice for medium- and high-voltage applications.

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