AP2311M8G-13

Power Management Integrated Circuit (PMIC) is one of the key components in the energy management system of a device. This heterogeneous, integrated system is responsible for a number of functions, including the control and distribution of power, monitoring of temperature, conversion of power and charging. The AP2311M8G-13 is part of PMIC, responsible for power distribution and control, load drivers and other functions.

Power Distribution Switches, Load Drivers, and Applications

The AP2311M8G-13 performs an important role in managing power in any given device by controlling and distributing power in a variety of applications. In addition to power distribution and control, the AP2311M8G-13 also performs load drivers for all voltage levels as low as 2,4V.

The AP2311M8G-13 is designed for a variety of applications which include, but are not limited to, portable devices, hand-held devices, embedded devices, laptops and LCD displays, automotive and robotic systems, industrial devices, and home automation.

The AP2311M8G-13 is an extremely efficient device, with an operating temperature range of -30C - +85C, an average low side RDSon of 85mΩ, and an average high side RDSon of 265mΩ. This power management integrated circuit is also extremely scalable, and is offered in SOT23 and SOIC packaged variants ranging from 8 pages to 32 pages.

Working Principle

The AP2311M8G-13 utilizes a variety of power management techniques such as switch and voltage regulation, voltage sequencing, and over-current protection, and is designed to operate in linear and switching topologies up to 2.4V. This power management device is designed to work by implementing configurable power rails, allowing users to establish and manage power sequences, and to program multiple power rails into a single device. In addition, the device configures and optimizes the power for a variety of applications.

The device features a programmable logic core, allowing users to define and customize power rail configurations in order to optimize power consumption. The device also includes an integrated temperature sensor and over-current protection circuitry, which allows the user to monitor temperature and prevent the device from over-heating. Additionally, the AP2311M8G-13 includes a number of Sleep, Wake, and Deep Sleep modes, allowing users to completely shutdown related peripherals when they are not in use.

The AP2311M8G-13 is a highly configurable power management integrated circuit, with a variety of features that make it ideal for a number of applications. The device is optimized for low power consumption and efficient power distribution and control. In addition, the device offers a variety of safety features and over-current protection methods, allowing users to rest assured that their device remains safe and stable.

Conclusion

The AP2311M8G-13 from Power integration is a highly efficient power management integrated circuit. It is designed for a variety of applications, including but not limited to, portable devices, embedded devices, laptops and LCD displays, robotics, and home automation. The device is designed to manage multiple power rails with configurable logic, and features an integrated temperature sensor and over-current protection circuitry. In addition, the device includes a variety of low power consumption modes and efficient power distribution and control functions. All of these features make the AP2311M8G-13 an ideal choice for a number of applications.