MAX5033AASA-T

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The MAX5033AASA-T is a DC-DC switching regulator designed to provide good efficiency and high power density in demanding applications.

This integrated circuit has a wide range of features, such as low quiescent current, high peak current, synchronous rectification and overload protection. It is ideal for applications needing a high voltage, high current DC-DC power supply.

It is well suited for automotive, industrial and communications applications. This device also features an internal reference voltage, which enables excellent line and load regulation.

The MAX5033AASA-T provides step-down conversion from a wide input voltage range of 9V to 60V. It offers a wide selection of output current levels, from 0.25A to 2.5A, with an adjustable output voltage range of 2.5V to 13V.

The device is designed with a synchronous buck-boost operation, which offers a high frequency design with good efficiency. The operation of the MAX5033AASA-T over a wide input voltage range enables it to be used as a compact, high power, low voltage source in many different applications.

The MAX5033AASA-T also offers a wide selection of switching frequencies, allowing the user to set the system frequency and optimize the efficiency of the device for the application.

The device provides overload and short-circuit protection to prevent damage from abnormal conditions. The device includes a thermal shut-off and thermal warning features, which provide robust protection for the device and the surrounding components.

In addition to these protection features, the device offers a wide selection of power saving modes, which allows the user to choose the most efficient mode for their application.

The MAX5033AASA-T is a high density, high performance switching regulator with an integrated voltage regulator, ideal for applications requiring high power, high efficiency, and small size. The device\'s wide input voltage range, high switching frequencies, high peak current, and low quiescent current make it a perfect choice for automotive, industrial, and communications applications.

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