MP26075EQ-LF-Z

The MP26075EQ-LF-Z is specifically designed for battery charging applications and is categorized under PMIC - Battery Chargers. This device has a wide range of powerful features including two switching regulators and two high accuracy linear current regulators. This integrated solution allows the MP26075EQ-LF-Z to manage charging of a single or multiple cell Li-Ion/Polymer battery. Its constant frequency current mode architecture provides unmatched efficiency and flexibility.

The two switching regulators are adjustable over a wide range of current settings. This enables the user to customize the current level for any given application. The switching regulators also feature a low RDSON output in order to achieve maximum efficiency. Built in safety features provide complete protection to both the Li-Ion/Polymer battery as well as the system.

The MP26075EQ-LF-Z also features two high accuracy linear current regulators. These linear current regulators have an adjustable output current range of 0 to 20mA. The output current is adjustable via an external resistor, providing additional flexibility to the user. The linear current regulators have very low standby current and the output voltage is extremely stable.

Other additional features include an adjustable current limit and thermal protection circuitry. The adjustable current limit allows the user to set the amount of current supplied to any given Li-Ion/Polymer battery. The thermal protection circuitry protects both the Li-Ion/Polymer battery, as well as the system, by cutting off the supply of current to the battery in case of excessive heat buildup. This ensures that the battery stays safe.

In addition, the MP26075EQ-LF-Z has a small footprint, making it suitable for many space constrained designs. It also comes with additional features such as an integrated error amplifier which can be used to adjust the output voltage.

Overall, the MP26075EQ-LF-Z is an ideal solution for battery charging applications. Its wide range of features make it suitable for a wide range of applications, while its safety features ensure that it is extremely safe to operate. The small footprint of the device makes it suitable for space constrained designs.