MAX14720BEWA+T

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The MAX14720BEWA+T is a Parametric Multi-channel Three-Phase System PMIC Voltage Regulator from Maxim Integrated which is optimized to provide high performance power regulation for three-phase systems such as servers and telecommunications equipment. This device is made up of an integrated high-current buck converter, a three-phase linear regulator, a high-side power switch, and an analog voltage regulator.

The MAX14720BEWA+T\'s Voltage Regulator Linear + Switching module works by combining a three-phase linear regulator with a buck converter to provide a highly efficient and low-noise power solution. The buck converter takes the input voltage and reduces it to the desired output voltage, while the linear regulator makes adjustments to the output voltage to keep it within set parameters. Additionally, the high-side power switch is used to provide over-current and short circuit protection.

The MAX14720BEWA+T\'s Voltage Regulator Linear + Switching module is well suited for applications such as servers, telecom equipment, storage systems, and other types of computing platforms. This device provides a high efficiency power regulation solution that eliminates the need for bulky heat sinks and complex assembly operations. It also helps to save board space and reduce system costs.

The MAX14720BEWA+T Voltage Regulator Linear + Switching module also provides high accuracy output voltage regulation and low noise operation. The device is available in various packages, including direct-terminal packages and SMT packages, which makes it suitable for many different system architectures. Additionally, the MAX14720BEWA+T offers a wide operating temperature range from -40 to +85°C.

The MAX14720BEWA+T is an excellent choice for power regulation in high power three-phase systems. Its combination of advanced features, wide temperature operating range, and robust package options make it ideal for applications such as servers, telecom systems, storage systems, and other computing platforms.

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