MAX8845ZETC+T

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MAX8845ZETC+T is an integrated pulse frequency modulation (PFM) battery charger solution specifically designed for high volumes of portable applications. With its small footprint, high power efficiency, and minimal cost, it is an ideal choice for cost-sensitive mobile applications.

The MAX8845ZETC+T provides a comprehensive suite of charging and power delivery features that can be easily customized to meet specific customer requirements. It offers superior battery charging performance, rapid charging times, and wide operating temperature range. It also offers a complete smart charging system for 4-cell Li-ion battery packs.

The MAX8845ZETC+T features an integrated charge pump, dedicated switching controllers and voltage regulators that enable high power delivery with low heat generation. It also can provide voltage regulation while charging two or four Li-ion cells in series. Its switching controllers provide fast charging times, lower input ripple, and superior temperature stability.

The MAX8845ZETC+T also features over-temperature protection and reverse current protection to ensure safe operation of the device and its battery pack. With these safety features, users can rest assured that their device will always be charged with safety in mind.

The MAX8845ZETC+T is an ideal choice for high performance power management applications. It can be used to support high loads and long battery life in portable devices such as tablets, smartphones, or wearable technology. Its wide operating temperature range makes it a suitable solution for applications that must operate in extreme temperatures and climates.

The MAX8845ZETC+T is a PMIC - Battery Charger with a wide range of applications. It is designed to enable rapid charging at the highest possible power efficiency. With its highly integrated feature set, it can be easily configured to support a variety of charging regimes. Its wide operating temperature range, over-temperature protection, and reverse current protection make it an ideal choice for powering any kind of mobile device, no matter the environment.

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