MediaTek

MT6351

  • The MT6351 is a power management IC (PMIC) developed by MediaTek. It is specifically designed to optimize power delivery and energy management for mobile devices, such as smartphones, tablets, and other portable electronics. The MT6351 offers integrated solutions for battery charging, voltage regulation, and thermal management, among other essential power management functions.The MT6351 integrates a range of LDOs (Low Dropout Regulators) and DC-DC converters, providing stable power to various components in a mobile device. These power outputs are optimized for core processors, displays, audio components, sensors, and other critical parts, ensuring the device operates efficiently without excessive power consumption.

Product description

The MT6351 is a highly integrated power management IC (PMIC) designed for use in modern smartphones, tablets, and other portable devices that require efficient power management. The IC provides a comprehensive solution for managing battery charging, power distribution, and thermal control in mobile devices.

A standout feature of the MT6351 is its battery charging management capabilities. It supports fast charging protocols, allowing devices to charge quickly and safely. This is particularly important for users who want their devices to charge in a shorter amount of time without risking damage to the battery or device. The MT6351 includes overcharge protection, which ensures that the battery is not charged beyond its safe limit, over-discharge protection, which prevents the battery from being drained too much, and current-limiting to regulate the amount of power drawn during charging.

For power delivery, the MT6351 integrates both LDOs (Low Dropout Regulators) and DC-DC converters. LDOs are used for low-power components that need stable and precise voltage regulation, while the DC-DC converters are employed for high-power components, such as the processor, display, and other performance-intensive hardware. This combination of regulators allows for efficient power distribution, reducing overall power loss and improving the battery life of the device.

The IC is designed with high power efficiency in mind, meaning it minimizes the amount of energy wasted as heat. DC-DC converters are particularly valuable in this regard, as they help provide the necessary power to high-performance components without generating excessive heat or drawing more current than necessary. As a result, devices powered by the MT6351 are able to offer longer battery life even when running demanding applications.

The MT6351 also includes comprehensive protection features to ensure the safety of the device. It has overvoltage protection to prevent damage from voltage surges, overcurrent protection to limit the amount of current drawn by the device, and thermal protection to avoid overheating during extended usage or charging.

By integrating these features into one compact, efficient chip, the MT6351 simplifies the power management requirements of mobile devices while offering reliable performance and safety. It is well-suited for modern devices that require fast charging, powerful processors, and long battery life, making it a critical component in today’s smartphones and tablets.

In summary, the MT6351 is a highly efficient power management IC that integrates charging, power regulation, and protection features into a single solution. It ensures that devices operate safely and efficiently, delivering stable performance and longer battery life while also enabling fast charging capabilities. Its versatile features make it a go-to solution for manufacturers looking to power their next-generation mobile devices.


Specification parameters

  • Battery Management:

    • Supports fast charging capabilities.

    • Includes battery protection features like overcharge, over-discharge, and overcurrent protection.

    • Capable of managing multiple charging protocols for improved charging speed and flexibility.

  • Power Outputs:

    • Provides multiple LDOs and DC-DC converters for efficient power distribution.

    • Optimized output voltages for various components, including the processor, memory, display, and audio.

  • Protection Features:

    • Overvoltage protection to protect devices from voltage spikes.

    • Overcurrent protection to prevent excessive current from damaging the device.

    • Thermal protection to maintain device safety and performance under high workloads.

  • Efficiency:

    • High-efficiency DC-DC converters that minimize power loss, helping to extend battery life.

    • Low dropout regulators (LDOs) for efficient voltage regulation.

  • Charging Support:

    • USB Type-C charging interface for modern devices.

    • Support for fast charging technologies, ensuring quicker recharge times for smartphones and tablets.


Product view

Related products