MAX17103EVKIT+

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The MAX17103EVKIT+ is an Evaluation Board designed to quickly and easily evaluate voltage regulator designs. It provides a versatile and powerful test platform for research, analysis, and comparison of voltage regulator topologies and materials. It is an evaluation board for DC/DC and AC/DC (off-line) SMPS with an embedded power measurement feature, which makes calculating efficiency and output power easy.

The MAX17103EVKIT+ is an ideal platform to investigate regulated voltage designs. It is designed for low voltage operation with a wide input voltage range of 6V to 28V and output voltage range adjustable from 0.8V to 28V. It is designed to emulate several commonly used step-down (buck) converter topologies with either current-mode or voltage-mode control. It also has the capability to emulate a buck–boost converter to step up or down a voltage within the input voltage range.

The evaluation board also includes a low power regulator with a voltage ripple rejection feature which maintains high output accuracy levels without additional active components. The board features SMPS controllers with a variety of protection features, such as over temperature, over current, and under voltage, providing enhanced reliability and system stability.

Furthermore, the board can also provide wide bandwidth yet robust tracking and synchronization of multiple SMPS synchronous rectifiers that minimize switching losses and offer high efficiency operation. In addition, the MAX17103EVKIT+ features an on-board waveform analysis tool allowing its user to measure the voltage regulator output signal, helping to quickly identify any potential issues and validate the design.

Besides its ability to evaluate multiple voltage regulator designs and protect against problems, the MAX17103EVKIT+ also offers an extensive range of peripheral control and monitoring interfaces. Its USB and CANbus interfaces allow for easy integration with external systems for data logging, as well as efficient remote monitoring and control. In addition, the on-board EEPROM memory can store the configuration settings and calibration data of the board, providing non-volatile storage and making the board easy to setup.

All in all, due to its ability to evaluate and measure a wide range of regulated voltage designs and its wide range of control and monitoring peripherals, the MAX17103EVKIT+ is an ideal platform to quickly and easily evaluate voltage regulator designs and perform research and analysis.

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