MAX8765AETI+T

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MAX8765AETI+T ， is a PMIC - Battery Chargers that was created out of the need to provide efficient, robust, reliable and cost effective power management. MAX8765AETI+T\'s primary application is in portable electronic devices where load demands must be matched quickly and precisely. MAX8765AETI+T\'s also has the capacity for quick charge cycles and quick recovery from low voltage shutdowns.

The main application fields of MAX8765AETI+T are mobile phones, portable media players, wearable devices, PDAs, and MP3 players. MAX8765AETI+T is designed for regulating and protecting both single Li-Ion/Li-Polymer or multi-cell battery powered systems from input overvoltage, overtemperature, and overcurrent conditions.

The MAX8765AETI+T consists of an Input Overvoltage Protection (IOV), an Output Voltage and Charge Current Regulation, a Liner Voltage Limiter (VREG), and a Charge/Discharge Current Limiter (CCL). The IOV protects the system against input overvoltage and can be set to clamp high voltage surges at a given threshold. The Output Voltage and Charge Current Regulation maintains the battery charge and regulates the output voltage. The VREG limits the maximum charger output voltage and is typically used to set the output voltage level to match the battery protection circuitry. The CCL limits the maximum charger and discharger currents and all of these components are integrated into the MAX8765AETI+T.

MAX8765AETI+T contains current sensing circuitry. This enables the device to work with a high efficiency and guarantees stable input current, output current, voltage, and temperature. As the battery loads or discharges, MAX8765AETI+T\'s current sensing circuitry takes over and adjusts the battery loading parameters to optimized charging and discharging currents, providing excellent battery run time throughput and reliability.

The power management features of MAX8765AETI+T are based on intelligent control algorithms to provide unique power management capabilities. The devices are specifically designed to match the power requirement of portable electronic devices. The MAX8765AETI+T includes several configurable options including input overvoltage protection, output voltage and charge current regulation, battery protection circuitry, as well as a linear voltage limiter and a charger/discharger current limit.

MAX8765AETI+T is equipped with a factory programmable voltage level to match the battery protection circuitry, allowing users to configure the device to meet their specific requirements. Also, the device includes a wide range of programming interface and control options, providing users with an ultimate flexibility to design the power saving features and power saving strategy for their products.

In addition to its many features and options, MAX8765AETI+T also offers a wide range of safety features, ensuring that the battery charging process is safe and secure. The device provides overvoltage protection, overcurrent protection, reverse current blocking, thermal foldback, and adjustable timer control. These features are designed to prevent any battery or system damage, and to ensure that the battery charges properly and safely.

In summary, the MAX8765AETI+T provides a high performance, feature-rich PMIC - Battery Chargers solution, ideal for both single and multi-cell battery powered systems. It offers a unique combination of performance, flexibility, and safety features allowing designers to integrate its intelligent power management features into their portable electronic devices.

This PMIC - Battery Chargers should be considered for product teams seeking an efficient charging solution adapted to the needs of their battery powered systems while meeting their product specifications.

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