MAX17601EVKIT#

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The MAX17601EVKIT# evaluation and demonstration boards and kits are designed to support the use of the MAX17601 DC-to-DC buck-boost converter integrated circuit. It is packaged in a tiny, 4mm × 4mm TQFN package and designed for high efficiency and quick transient response. The MAX17601EVKIT# is an interesting development board that supports power supply applications from 0.6V to 14V.

The application field of the MAX17601EVKIT# is wide. It can work as a voltage converter or as a noise filter in various applications that need reliable power supply solutions such as industrial machinery, medical devices, automotive electronics, point-of-loads, and core chipsets requiring regulated operating voltage rail. Moreover, the MAX17601EVKIT# can be used to power energy harvesting, Li-ion battery charging, and many other systems that require low noise, high efficiency, and easy setup.

The working principle of the MAX17601EVKIT# is simple and revolved around the input voltage range and output voltage range. As a buck-boost converter, it is capable of adjusting its output voltage from 0.6V to 14V, with an input voltage 0.8V to 18V. In addition, it can offer up to 16V of input protection, enabling industrial designs. The MAX17601EVKIT# also has an adjustable 500kHz maximum switching frequency and a selectable spread spectrum mode to provide better EMI performance. It also features an adjustable soft-start time to ensure proper startup when the input source is from a Li-ion battery.

When connected to the input power source, the MAX17601EVKIT# automatically adjusts its output voltage according to the voltage of the input source, soft-starts the power supply output, or shuts down if the input voltage is outside its allowed range. This allows the user to set the output voltage easily, while ensuring that the voltage range remains within the recommended range. Moreover, the MAX17601EVKIT# is designed with an internal line regulation of 0.5%, allowing dynamic adaptation to different input voltages, and a fast transient response of <30us.

In addition, the accompanying development/simulation software allows users to quickly simulate the operation of the evaluated circuit board. It supports analog waveform simulation, frequency domain analysis, plotting of voltage transient capture results, and visualization of spectral properties. This makes the MAX17601EVKIT# a great evaluation tool for understanding the basic operation of a buck-boost converter IC.

Overall, the MAX17601EVKIT# evaluation and demonstration boards and kits are highly versatile for evaluating buck-boost converters. It features a wide input voltage range, an adjustable 500kHz switching frequency, selectable spread spectrum mode, internal line regulation of 0.5%, and an adjustable soft-start time. Furthermore, the accompanying simulation and visualization software makes the MAX17601EVKIT# an ideal development board for understanding power supply operations.

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