MAX14723ATP+T

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MAX14723ATP+T is a special power management integrated circuit (PMIC) that is designed for specific applications. It features both time-based and voltage-based charging, discharge, and monitoring capabilities compatible with a range of power sources and load types.

MAX14723ATP+T enables designers to easily integrate battery charging and system power management into their power and energy solutions. The device combines simple configuration and management through I2C, with a highly integrated solution to optimize battery performance and system efficiency. The device is configured to monitor and control the charging of two Independent Li-ion batteries and the system power using a single common I2C-compatible interface. It also provides the means to connect two 12V-supply types independently.

The MAX14723ATP+T has a wide range of applications, with specifications that cover a broad range of usage conditions including automotive, consumer, industrial, medical and telecom applications. It can be used for a variety of tasks such as battery charging systems, system power management, and overload protection. The device also features multiple safety features such as over-temperature, under-voltage, over-voltage, short-circuit and brown-out protection.

The device includes a power converter for efficient power management, a digital watch dog timer for fault management, and an onboard temperature sensor for protection. It also includes three current sensing inputs to provide fine-grain control of the battery charging process. The device also has extensive monitoring and protection functions, allowing the system to better detect and respond to abnormal operating conditions.

The MAX14723ATP+T also has an adjustable charge-current limit and fast-charging slots. This allows designers to implement a range of power supply modes, from conventional linear charging to fast charging. It also allows designers to configure the device to intelligently distribute power to maximize battery performance.

The MAX14723ATP+T employs a hybrid control loop architecture to ensure accurate power management. The device’s output voltage and input power are monitored and controlled by a combination of analog and digital techniques. The device also supports System Power Mode, which allows designers to adjust the output voltage to match the power requirements of the system.

The MAX14723ATP+T employs sensing and control loops to maintain system power, temperature and charge level. It also uses a hybrid digital-analog control loop, which allows for faster transient response with adjustable parameters. This makes the device suitable for battery charging, system power management, and other applications in a range of power sources and load types.

Overall, the MAX14723ATP+T is an ideal solution for applications requiring high-efficiency power conversion, fault detection and control, and improved system efficiency. Its versatile design, extensive monitoring and protection features, and ability to handle a wide range of voltage and power loads make the device a suitable choice for a variety of embedded power management applications.

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