SCY991351ADR2G

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SCY991351ADR2G Application Field and Working Principle

The SCY991351ADR2G is designed for use in high performance DC-DC switching controllers. It is a highly efficient two-channel, 4-phase synchronous buck converter integrated circuit (IC) with a built-in 5A/6A ultra-low RDSon gate driver, embedded gate drivers and a gate drive circuitry. The SCY991351ADR2G\'s buck converter is capable of operating at an input voltage of up to 30V, making it suitable for a wide range of applications such as computing, storage, telecommunications, and networking equipment. This IC was designed using advanced silicon-on-insulator (SOI) technology, ensuring a very low power dissipation and a high performance.

The SCY991351ADR2G\'s working principle consists of a high-efficiency “charge transfer” system with two integrated power switches and a drive circuitry. The two power switches are designed to provide fast and low-loss charge transfer efficiency and allow for high peak-output currents. The drive circuitry allows for accurate current regulation and protection to ensure that the SCY991351ADR2G works as a reliable switching controller in various applications. The drive circuitry also protects the IC from short circuits and other fault conditions. Finally, the IC includes common-mode noise reduction circuitry and the EMI filter to reduce the electromagnetic interference generated by the buck converter.

The SCY991351ADR2G is a highly reliable power switching controller for a wide range of applications, such as computing, storage, telecommunications, and networking equipment. The IC features a high-efficiency “charge transfer” system and integrated gate drive circuitry to ensure reliable operation and fast current regulation. Additionally, this IC is built with advanced SOI design, reducing power dissipation and ensuring superior performance. The common-mode noise reduction circuitry and the EMI filter also help to reduce the electromagnetic interference that is normally generated by the buck converter.

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