MAX8671CETL+

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX8671CETL+ is a battery charger, power management, and energy harvesting IC. It is designed to enable safe and efficient charge management of small and medium-size batteries. A wide range of application fields and working principles enable a number of different scenarios with the MAX8671CETL+.ApplicationsThe MAX8671CETL+ is designed to enable efficient charging of rechargeable Li-Ion and Li-Polymer batteries, as well as other any other battery types. The IC is suitable for use in a wide range of applications, including communications, consumer electronics, healthcare, wearable, automotive and industrial devices, as well as home automation applications.The MAX8671CETL+ can be used in a broad range of applications including low-power battery-powered devices, high-power portable and backup systems, and energy harvesting systems. The IC features all the necessary features for safe and efficient charge, balancing, and energy harvesting operations.The MAX8671CETL+ integrates all the necessary functions for efficient battery charge management, including output voltage and current monitoring, input voltage and current monitoring, battery temperature tracking, and smart power management. It also features a programmable shutdown feature for safe battery operation under low power conditions.The IC supports step-down and step-up charging, as well as balanced and single-cell charge management. It is designed to protect the battery from over-discharge and over-charge, as well as over-temperature and over-current conditions.The MAX8671CETL+ is designed to enable up to five stages of flexible power management and battery charging. It offers easy integration into an existing system as well as an open architecture that allows custom configuration of the power management and charging algorithms.The MAX8671CETL+ also features a built-in low-battery comparator, allowing the user to program custom thresholds for low-battery conditions and other events. The IC can be used for both standalone and integrated applications, enabling efficient battery charging and power management when used in a wide range of systems.Working PrincipleThe principle of operation of the MAX8671CETL+ follows the same basic principles as other battery chargers and integrated energy harvesting systems. An analog signal is sent to the charger IC, which then controls the charging and power management functions accordingly.The MAX8671CETL+ allows for step-down and step-up charging, as well as balanced and single-cell charging. It is designed to optimize charging cycle time, maximize battery life, and ensure safe use of the Li-Ion or Li-Polymer batteries.The MAX8671CETL+ also features a range of protection features, including input over-power protection, thermal overload protection, output over-voltage and over-current protection, and reverse current protection. This ensures safe and efficient operation under a wide range of conditions.The MAX8671CETL+ also features a digital programmable timer for setting the end-of-charge thresholds, as well as low-battery detection to stop charging when needed. It also features an adjustable input voltage regulation to support a wide variety of input sources.ConclusionThe MAX8671CETL+ is an efficient and flexible battery charger power management, and energy harvesting IC. It is designed to enable safe and efficient charge management of small and medium-size batteries. The IC supports a range of applications, including communications, consumer electronics, healthcare, automotive, industrial, and home automation applications.It provides a range of features for safe and efficient operation, including power and charging monitoring, temperature monitoring, input voltage and current monitoring, and smart power management. It also features a range of protection features to ensure safe operation under a wide range of conditions.The MAX8671CETL+ is a great choice for a wide range of applications, including energy harvesting systems and battery-powered devices. It is an efficient and reliable charger, capable of providing safe and efficient power and charging management for Li-Ion and Li-Polymer batteries and other cell chemistries.

The specific data is subject to PDF, and the above content is for reference