MAX17681AEVKITE#

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The MAX17681AEVKITE# evaluation board is designed to evaluate the MAX17681A buck-boost converter for mobile power. The converter can cover input voltages from 3V to 60V and outputs adjustable 1.2V to 60V with up to 6A output current. The board features a wide input voltage range to simplify testing and evaluation of the power supply system. It also features a high-voltage shutdown to protect against over-voltage and a low-voltage shutdown to protect against under-voltage. The board is ideal for automotive, computing, communication, and industrial applications.

The MAX17681AEVKITE# evaluation board utilizes a synchronous buck-boost converter utilizing peak current mode control with valley switching to achieve wide input voltage range operation. The board has an input current limit set-point of 2A and an output current limit of 7A. The board features programmable switching frequencies from 100kHz to 1MHz. The board also has a built-in soft-start and current limit protection scheme. The board\'s high efficiency components ensure stable power delivery over the entire switching frequency range.

The MAX17681AEVKITE# evaluation board features a built-in 300mA LDO for starting up. The LDO is selectable via a switch on the board and can be used to provide power for starting up the evaluation board. The board also features a power-good signal indicating when the output voltage is within regulation. The output voltage is adjustable via a single potentiometer.

The MAX17681AEVKITE# evaluation board is designed for a wide range of input voltages from 3V to 60V, and outputs adjustable 1.2V to 60V with 6A maximum output current. The board features a current-mode synchronous buck-boost converter with peak current mode control and valley switching, and programmable switching frequencies from 100kHz to 1MHz. The board also features a high-voltage and low-voltage shutdown for protection and a LDO for powering up the board. The output voltage is adjustable via a single potentiometer, and the board is ideal for use in automotive, computing, communication, and industrial applications.

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