SP706RCN-L

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The SP706RCN-L is a regulator designed primarily for applications in power management integrated circuits (PMICs). It is a highly efficient 3-phase buck regulator which provides the highest power conversion efficiency, even in partial loading conditions. The SP706RCN-L is optimized for efficient operation in high-speed applications and offers a high output current range of up to 5A.

The SP706RCN-L regulator is a widely used IC in PMIC Supervisors. It is cost-effective, reliable and widely used in a wide range of mobile device applications. It is a highly efficient three-phase buck regulator which provides the highest power conversion efficiency, even in partial loading conditions. This allows for the lowest system cost with the highest efficiency.

The regulator has several protections embedded in it for safe operation and reliability. It includes overvoltage, over temperature and short circuit protections. It also includes a power good flag, which indicates a proper power connection to the controller. The SP706RCN-L is an ideal device for synchronous buck converter applications.

The device offers a wide input voltage range from 7V to 24V, and an adjustable output voltage range from 0.9V to 6.5V. It is designed to provide high efficiency up to 95% and low no load power losses. Furthermore, it has a very low operating current of 1 µA and a fast load response time of 3µs. The SP706RCN-L also has internal soft start functionality for optimal protection against inrush current.

The SP706RCN-L regulator has an output current capability of up to 5A, which enables support for high current applications. It has a very low shutdown current of 1µA and an adjustable frequency range from 200kHz to 1200 kHz, to allow for maximum flexibility. Finally, its over-voltage protection up to 140V makes it an ideal choice for high voltage applications.

The SP706RCN-L is an excellent choice for regulator applications in a variety of PMIC Supervisors. It offers the highest power conversion efficiency with low power losses and a wide input voltage range. Its protection features, low operating current and fast load response time make it a reliable and cost-effective solution for power management.

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