MP2625BGL-P

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The MP2625BGL-P a highly advanced PMIC - Battery Chargers that offer many unique benefits to those looking to maintain sustained, reliable power in their product applications. This superior device employs a combination of advanced technologies to regulate currents, voltages and temperatures, ensuring reliable and safe operation. In this article, we will explain the application field and working principle of the MP2625BGL-P.

The MP2625BGL-P is a true buck, dual-phase PMIC - Battery Chargers with a wide voltage range output between 3.2V and 10.8V, ideal for battery-based applications. Its two 5.4A-rated integrated buck controllers are capable of providing a high-efficiency, low-noise, dual-phase, low-dropout (LDO) power supply that is optimized for the voltage and current demands of Li-Ion and Li-Poly batteries. The protection provided by the device includes under voltage lockouts, thermal shutdowns, and a wide array of current folding-protection functions.

The MP2625BGL-P also features special loop compensation and control-loop optimization features that help maintain battery reliability and extend product life. The advanced loop compensation and control-loop optimization makes it an ideal choice for applications with stringent voltage-regulation requirements. Furthermore, the on-die passive filter provides additional safety margin when used in high-noise environments, such as those commonly found in vehicles and consumer electronics.[3]

The device is designed to manage high-power, low-voltage Li-Ion and Li-Poly battery-powered applications. The flexibility of the MP2625BGL-P allows it to be used in a wide range of battery-charging applications, including handsets, wearables, tablets, and automotive battery packs. The superior performance of the device makes it a great choice for medical equipment, such as portable medical devices or portable diagnostic testers.

The working principle of the MP2625BGL-P is simple yet efficient. The device starts by bringing up a given output voltage through an internal DC/DC converter, which then regulates the voltage to the desired level. The internal current regulator reduces voltage drops due to the high load currents and limits overcurrent consumption by the battery. Finally, the onboard overvoltage protection prevents the system from being subjected to voltage spikes, which could damage sensitive components within the system.

In conclusion, the MP2625BGL-P is a highly advanced PMIC - Battery Chargers offering superior features and performance for product applications requiring reliable and safe power delivery. Its unique combination of advanced technologies enable it to meet the stringent requirements of applications such as medical testing devices and battery packs for automotive applications. The device’s wide voltage range and on-die passive filter make it an ideal choice for high-power, low-voltage Li-Ion and Li-Poly batteries. Lastly, its simple yet efficient working principle makes the MP2625BGL-P a great choice for battery-operated products.

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