MAX77601EVKIT#

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Evaluation and Demonstration Boards and Kits are designed to help designers quickly understand functionality of integrated circuits. The MAX77601EVKIT# is a popular kit on the market. It has a wide variety of applications in a range of markets.

The MAX77601EVKIT# is an IC evaluation and development board for evaluation and development of the MAX77601 PMIC. It is a compact, feature-rich board designed to support the development of embedded systems featuring advanced digital, analog, power, interconnect, and audio permutations. It is also used for the quick development of PMIC applications, new product features, and innovative PMIC solutions.

The MAX77601PMIC is a highly efficient integrated PMIC specifically designed with power management capabilities for portable designs utilizing a single-cell or dual-cell Li-Ion and/or Li-Po power source. It provides a low-dropout (LDO) regulator, buck-boost regulator, and integrated loads switch to optimize system performance and power consumption. The embedded power infrastructure provides the flexibility to implement an optimal power solution for smartphones, tablets, and a variety of battery-operated products, such as wearables and other industrial applications.

The MAX77601EVKIT# can be used to understand the features and performance of the MAX77601PMIC, and it also provides a development platform to integrate solutions with other components, such as MCUs, power MOSFETs, programmable device, etc. This helps accelerate the time to market of system level devices.

In the MAX77601EVKIT#, the PMIC includes a step-down DC/DC buck converter and an LDO linear regulator, both of which can supply different output voltages. The board also includes various MCU examples, such as the Texas Instruments TMS320F297/LF297 and Xilinx Kintex-7 FPGA. Furthermore, core power rails (3.3V, -3.3V, 1.8V, 1.5V and 0.9V) are available, which allows testing and measuring of AMICs, power LDOs, buck converters, and system level parameters as the EVB supports up to 25V input voltage.

The MAX77601EVKIT# development board also includes an integrated capacitive touchscreen for electrically testing this part of the system. The capacitive touch interface is capable of supporting up to 10 user-defined touchpoints.

The MAX77601EVKIT# provides a useful platform to evaluate power solutions for various Li-Ion and/or Li-Po powered systems. It is used for many different purposes, such as designing, debugging, and evaluating complex power systems, as well as concept validation. It is an invaluable tool for application engineers, device design engineers, and system designers that are responsible for fast-tracking next generation designs.

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