MAX15023ETG/V+T

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DC-DC switching controllers afford the user with a degree of control and options that, whilst often appearing daunting or challenging, have several major benefits. MAX15023ETG/V+T is no exception. Used in automotive and industrial applications, this integrated circuit is designed to enter a low power state when necessary, and to regulate and adjust current flow in the most efficient manner possible.

The MAX15023ETG/V+T is a synchronous step-down switching regulator with a wide input voltage range (3.1V-30V). It offers an input peak current limit of 10A, fault protection includes OTP, under voltage and over voltage protection, and power optimization features such as external programmable soft-start, frequency foldback, current limiting, and efficiency improvements.

As would be expected, the MAX15023ETG/V+T has a number of integrated features to simplify the application. These include an on-board power switch with integrated FET-gate driver, internal compensation components and on-board anti-saturation control for regaining voltage control during short circuit conditions. Additionally, the MAX15023ETG/V+T has a peak current limit to ensure high efficiency, even at light loads.

The MAX15023ETG/V+T also has a low-power sleep mode, in which few external components are required. The on-board power switch provides compatibility with a wide range of gate drivers, enabling operation at any switching frequency. The output voltage is regulated with a voltage error amplifier, and tracking is provided by external feedback resistors.

The user has a great degree of flexibility with the MAX15023ETG/V+T. Different modes are selectable via adjustable voltage and current thresholds, allowing for efficient operation at very light loads. Output current can be set by resistors and adjusted to required current levels at different temperatures.

The MAX15023ETG/V+T is an ideal solution for applications such as DC motor control, in-line power supplies, automotive USB power converters, solar panel energy harvesting, and medical device power regulation. With a wide input voltage range, integration of various protection features and high efficiency, the MAX15023ETG/V+T is versatile and robust, and can handle a variety of hardware designs.

The MAX15023ETG/V+T is a perfect example of the advantages of using a DC-DC switching controller over traditional voltage regulators. With its wide input voltage range, programmability, fault protection, and power optimization features, it provides users with the control, flexibility and robustness required in a wide variety of applications.

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