MAX17551ATBEVKIT#

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The MAX17551ATBEVKIT# provides an excellent platform for evaluating the performance and features of the MAX17551A step-up switched-mode power supply (SMPS). Classified as an Evaluation Board, DC/DC & AC/DC (Off-Line) SMPS, the board is specifically designed to enable users to quickly attain the power efficiency, small size, high power capability and superior performance of the MAX17551A SMPS. This article will discuss the application field and working principles of the MAX17551ATBEVKIT#.

The MAX17551ATBEVKIT# is designed to address the need for a small, efficient, and robust power supply, especially in space-critical applications such as battery powered portable devices, industrial sensors and medical implants. With minimal external components, the board is easy to configure and equally as easy to use. The board also provides high-efficiency and low-noise operation over a wide VIN range while operating from a single Li-Ion cell. In addition, the high-power capability of the MAX17551A (up to 1.2A) and small size of the MAX17551ATBEVKIT# make it an ideal solution for powering low-voltage high-current applications.

The MAX17551ATBEVKIT# board is based on the MAX17551A step-up, single-inductor, buck-boost DC-DC converter. This regulator operates with an input voltage range of 2.7V to 5.5V and provides output voltages of up to 13V with a maximum output current of 1.2A. Its wide input voltage range allows it to accept input from a single Li-Ion cell or from dual-cell Li-Ion or NiMH batteries, enabling easy integration into a variety of existing powering solutions without the need for external power components. The board also offers over-voltage, over-current, and under-voltage protection features for improved reliability of the application.

The MAX17551ATBEVKIT# board is an ideal evaluation platform for the MAX17551A DC-DC converter due to its flexible supply voltage adjustment and flexible load regulation capability. The board has a switchable mode of operation, allowing for the testing of different supply voltage levels or adjustable regulation of the output voltage. The user can adjust transfer function parameters, such as voltage versus current, output voltage slew rate, current limit and other parameters with the built-in potentiometers. In addition, the board includes an LED array for easy evaluation of the regulator’s performance and provides measurements of the operating conditions.

The board also provides a very good platform for testing the EMI performance of the MAX17551A DC-DC converter. By employing the built-in 10uH inductor, the board has excellent EMI performance which is robust enough for use in both industrial and consumer applications. The board also provides a wide range of additional features such as PWM dimming, jump-start capability, and sleep mode functionality.

In summary, the MAX17551ATBEVKIT# Evaluation Board is a perfect platform for evaluating the performance and features of the MAX17551A step-up DC-DC converter. The board provides an easy to configure and easy to use evalution platform, with a wide range of features for testing different operating conditions and EMI performance. The high-power capability of the MAX17551A and the small size of the MAX17551ATBEVKIT# make it an ideal solution for powering low-voltage high-current applications.

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