MAX5081ATE+

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The MAX5081ATE+ is a versatile DC-DC switching regulator with a wide range of applications. It features an integrated high-efficiency switching MOSFET and control circuitry that allows for a wide range of operating voltages and efficiencies. The MAX5081ATE+ is a monolithic integrated circuit (IC) specifically designed for energy-saving applications, such as solar photovoltaic (PV) inverters, automotive applications, and mobile battery solutions.

The device features a wide operating voltage range from 0.9 V to 100 V and a maximum current capacity of 150 A. Furthermore, the switching frequency can be adjusted from 4 MHz to 85 MHz, allowing for a wide range of power handling capabilities. The MAX5081ATE+ also features an integrated low output current limit and wide input voltage range, which enables efficient operation at a wide range of input voltages.

The MAX5081ATE+ functions as a switching regulator that converts an input voltage of 0.9 V to 100 V and an output current of up to 150 A, depending on the input conditions. The switching frequency of the device can be decreased or increased in order to maximize efficiency at a given input voltage. The device also features programmable frequency spreading for improved EMI performance.

The MAX5081ATE+ features adjustable parameters, such as switching frequency and output voltage. It is also designed to support a variety of external features, such as temperature monitoring, start-up and shutdown circuits, synchronization, and over-temperature protection. The device also provides feedback support for a variety of voltage, current, and temperature sensing applications.

The MAX5081ATE+ is a highly efficient and integrated DC-DC switching regulator suitable for a wide range of applications. It is capable of an output current up to 150A and a wide input voltage range of 0.9V to 100V. It also features adjustable parameters such as switching frequency and output voltage, as well as a variety of external features, such as temperature monitoring, start-up and shutdown circuits, synchronization, and over-temperature protection. The device also provides feedback support for voltage, current, and temperature sensing applications.

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