LTC1732EMS-8.4#PBF

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The LTC1732EMS-8.4#PBF is an integrated power management integrated circuit (PMIC) designed to charge and manage Li-ion and Li-polymer batteries. It is an all-in-one solution for various battery applications and can be used in low cost and high power applications. The LTC1732EMS-8.4#PBF provides a wide range of integrated components to efficiently manage the power supply system for Li-ion and Li-polymer batteries. This PMIC offers high power density, high efficiency, low quiescent current, wide input voltage range and high charge current capability.

The LTC1732EMS-8.4#PBF is suitable for use in battery applications ranging from consumer products to medical, industrial and automotive applications. This integrated battery charger includes a single-ended synchronous buck controller, a buck-boost DC/DC converter, and a load switch. It has five selectable high-performance operating modes to effectively meet a wide range of battery applications. The LTC1732EMS-8.4#PBF is a high performance, energy-efficient integrated PMIC for Li-ion and Li-polymer battery applications.

The LTC1732EMS-8.4#PBF enables rapid battery charging and high power management performance. Its buck-boost DC/DC converter and Charge Mode (C-mode) allow for fast charging of the Li-ion and Li-polymer batteries. The buck-boost DC/DC converter also ensures efficient power supply in all operating modes. The integrated load switch allows for flexible power delivery and optimized efficiency. The LTC1732EMS-8.4#PBF features integrated over-temperature protection, current-limit protection, and short-circuit protection to prevent damage to the circuits, batteries, and other components.

The LTC1732EMS-8.4#PBF enables flexible power delivery using four different power saving modes: Standby, Suspend, Sleep, and Shutdown. These power saving modes allow for low power consumption for battery applications. The Standby mode provides a low power idle current that can be optimized for the application. The Suspend, Sleep, and Shutdown modes provide progressively lower power consumption. All of these operating modes can be used together to optimize the operating efficiency of the system operating at various battery levels.

The LTC1732EMS-8.4#PBF includes a flexible and efficient programming interface that allows for easy configuration. The programming interface includes an embedded processor which enables fast and efficient battery charging and power management. This embedded processor supports multiple communication protocols, including SMBus, I2C, and Serial Peripheral Interface (SPI). The integrated programming interface allows for easy configuration of the PMIC and optimization of the performance.

In summary, the LTC1732EMS-8.4#PBF is an integrated PMIC with a unique combination of features. It is an ideal solution for Li-ion and Li-polymer battery applications. It offers high power density, high efficiency, low quiescent current, wide input voltage range and high charge current capability. It provides a flexible power saving modes and a flexible programming interface. The integrated over-temperature protection, current-limit protection, and short-circuit protection make it suitable for even the most demanding battery applications.

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