S-8259AAE-M6T1U

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The S-8259AAE-M6T1U is a highly efficient, low power battery management IC designed to enable system designers to create compact experience driven power products. The device offers high voltage accuracy, good battery management and state of charge monitoring, fast charging current, low standby power consumption and a high level of safety and protection.

The S-8259AAE-M6T1U is a highly integrated and efficient power management solution that consolidates critical battery management functions. It includes a battery charger, battery protection circuit, and integrated current and voltage sensing. The battery charger and protection circuit work together to protect and maximize the capacity and cycle life of the cell.

The S-8259AAE-M6T1U is designed to operate up to 10.8V and can be configured as variable input or fixed output using the external current sensing resistor. The device offers programmable charge current and voltage accuracy and wide input voltage range. The low dropout voltage can be set with the external current sensing resistor.

The S-8259AAE-M6T1U features protection features for overcharge, overdischarge, overcurrent, and thermal protection. The device also provides an end-of-charge detection signal and an adjustable timer for the end-of-charge detection. The device can be configured for a single or dual current range, with adjustable current and voltage settings.

The S-8259AAE-M6T1U is suited for applications such as digital cameras, portable video players, notebooks, and tablet PCs. It is also suitable for battery operated applications such as medical equipment, industrial systems, gaming systems, and home security systems. The device’s low quiescent current, low power consumption, and wide input voltage range make it well-suited for application in battery-powered portable electronics and consumer applications.

The S-8259AAE-M6T1U is an ideal device for battery management in a wide range of portable electronics, as it provides accurate, safe, and dependable charging while minimizing power consumption. The device’s high efficiency allows designers to create compact and reliable power products, while avoiding costly external components. The device’s high voltage accuracy coupled with its adjustable current and voltage settings ensure optimal battery performance and maximum cycle life.

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