MAX6782TEA+T

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Power management can be achieved in a simple and efficient way through the use of integrated circuits. The MAX6782TEA+T is a power management integrated circuit (PMIC) that is specifically designed for battery management. This application-specific integrated circuit, or ASIC, is a single chip solution designed to maximize ease of use and provide reliable performance.

The MAX6782TEA+T integrates the tasks of system-level power management, charging and fuel gauging of rechargeable cells into a single device. It is an integrated, one-chip solution for the control of multiple-cell battery packs with varying inner cell and outer configurations. The device combines an analog pre-regulator, a gas gauge and charger, and system-level power management and control in one integrated package enabling significant savings in development time, size, and complexity.

The MAX6782TEA+T incorporates an analog pre-regulator with a system-level regulator, allowing a single-cell input to create a highly efficient system-level voltage converter. This is combined with an integrated gas gauge and charger to provide a complete solution for battery management. The device also includes an integrated system-level wake-up controller which works in conjunction with the analog pre-regulator to enable fast transition of the system-level converter.

The MAX6782TEA+T utilizes the patented adaptive hysteresis control algorithm which provides a high level of accuracy and robustness to the power management functions. This algorithm maintains the targeted pre-regulator output voltage during load transients, thus providing better stability and increased system efficiency. Additionally, the device is able to reduce its operational power consumption by up to 30%, compared to conventional solutions, making it ideal for low-power applications.

The MAX6782TEA+T is designed to provide reliable and easy-to-use power management for battery-powered applications. It can be used in a variety of markets including consumer electronics, automotive, portable communications, wirelessLANs, and any other application which requires reliable and efficient power management. It is an ideal solution due to its low power consumption, robust design, and ease of use.

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