MAX17100ETM+T

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The MAX17100ETM+T is an advanced specialty power management integrated circuit (PMIC) designed to meet the needs of modern mobile device applications, by integrating an optimized battery charging system with a wide variety of power management functions. The device’s advanced control system and built-in power management algorithms make it an ideal solution for high-power handheld and portable devices. This paper will discuss the application field and working principle of the MAX17100ETM+T.

The MAX17100ETM+T power management chip is ideally suited for medium and high-power mobile device applications. It has a built-in intelligent power management system and battery charging system, which can provide efficient power management for devices ranging from low- to high-power consuming devices. The device can support up to 5-cell battery packs and can be easily integrated into a wide range of products, including cellular phones, digital cameras, PDAs, portable media players, and note-book computers.

Power management is provided by a variety of functions present in the MAX17100ETM+T. These include: a buck converter, boost converter, battery charger, power allocator, system controller, and power-on reset. The buck converter is designed to efficiently generate regulated low-voltage outputs. The boost converter facilitates the generation of higher output voltages. The battery charger provides a safe and efficient means of charging a wide range of batteries. The power allocator distributes power over the device’s multiple rails. The system controller monitors the device’s operating conditions and provides an interface to external controllers. Finally, the power-on reset is used to ensure that the device is reset after a power-cycle event.

The MAX17100ETM+T also includes several safety features. These include over-voltage, over-current, thermal, and battery protection. The over-voltage protection provides a threshold that must be exceeded before the system can damage itself from a supply rail overload. The over-current protection protects against short circuits and other hazardous conditions. The thermal protection monitors the device’s operating temperature and limits the amount of power that can be provided to the system by shutting down the device in the event of an excessive heat condition. The battery protection limits the charge and discharge currents to prevent cell damage and fuse failure.

The MAX17100ETM+T is designed to be used in mobile applications that require efficient power management. It integrates a complete system of power management, including power distribution and control, into a single package. The device supports up to 5-cell battery packs, allowing the user to easily distribute power over multiple rails and device functions. The integrated safety features protect the device from hazardous conditions and ensure that the device can provide a safe and reliable operation.

The MAX17100ETM+T provides an ideal solution for many applications, as it combines the convenience of an integrated power management system, complete with safety features and EMI protection, with the flexibility of configurable power output voltages. All of these features make it an ideal choice for a wide range of mobile devices.

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