MAX17100EVKIT+

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The MAX17100EVKIT+ is a powerful evaluation board for testing DC/DC and AC/DC (off-line) SMPS (Switch Mode Power Supplies) devices. With a host of robust features, it enables thorough testing and evaluation of the application field and working principles of DC/DC and AC/DC (off-line) SMPS devices.

The MAX17100EVKIT+ offers an extensive range of features, including a wide input voltage range (4.0-42V) and a wide output voltage range (2.75-42V). It also features a current limit of up to 3.2A (60W rating) and a high-end switching frequency of up to 1MHz - making it an ideal choice for high-frequency applications. Furthermore, the board also supports self-startup of the switching power supply without external circuitry and is capable of controlling multiple output voltage rails from a single input.

In addition, the MAX17100EVKIT+ also includes a graphical user interface (GUI) for quick and easy testing and evaluation of the boards. The GUI helps the user to configure the settings according to their needs, enabling them to accurately test the desired parameters. The board also supports multiple game modes, including manual mode, power limit mode, out-startup mode, and power optimisation mode. The MAX17100EVKIT+ also offers an adjustable switching frequency and adjustable output voltages for improved performance and efficiency.

Additionally, the MAX17100EVKIT+ offers excellent thermal management which helps to minimise power dissipation and extend the lifetime of the boards. The board includes thermal protection with an integrated temperature sensor and on-chip temperature shut-off system. These features add to the reliable and robust nature of the MAX17100EVKIT+.

The MAX17100EVKIT+ is an excellent choice for testing and evaluating the application field and working principle of DC/DC and AC/DC (off-line) SMPS devices. Its comprehensive range of features, reliable performance and robust design make it suitable for a wide range of on- and off-line applications. The ease of use of the graphical user interface and wide input/output voltage range make it an ideal choice for testing DC/DC and AC/DC (off-line) devices.

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