MAX16932CATIS/V+T

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The MAX16932CATIS/V+T application field and working principle have become important topics in the field of integrated power management. The MAX16932CATIS/V+T is a dual-output high-efficiency synchronous DC-to-DC stepping down voltage regulator that combines a wide input voltage range, high output current capability, fast transient response, and ultra-low quiescent current. This is an ideal product for applications such as low power medical, portable, computing and telecommunication application fields.

The MAX16932CATIS/V+T works on the switching principle which enables high efficiency operation and fast transient response. It uses a buck boost-type forward converter working in quasi-discontinuous current mode to provide two low-ripple regulated outputs. A pair of high power MOSFETs are used as the main switch. The inductor, current sense resistor and two capacitors constitute the power stage, while the two feedback loop controllerswith their associated circuitry set and regulate the output voltage levels.

The MAX16932CATIS/V+T saves power system design cycle time with its integrated voltage and current regulation, output voltage range from 0.71V to 6V, and fast transient response. The power system design can be simplified with only one dual-output device that is capable to provide both outputs, which eliminates the need for multiple power supplies and measures. The device also enabled high output current which is determined by selecting the appropriate inductor and capacitors.

The MAX16932CATIS/V+T integrates a variety of protections to maintain a high efficiency and safe operation, such as over temperature protection, under voltage lockout, and short circuit protections, which allow it to be used with a wide range of loads. The device also features a built-in foldback protection circuit, which automatically reduces its output current when the current reaches its foldback threshold.

The MAX16932CATIS/V+T is suitable for applications that require a wide input voltage range, high output current capability, fast transient response, and ultra-low quiescent current. These features enable the device to be used in applications such as low power medical, portable, computing, and telecommunication. The device is also a good choice for general power management applications such as powering ASICs, FPGAs and system logic.

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