AP22814AM8-13

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The application field and working principle of the AP22814AM8-13 are part of the PMIC (Power Management Integrated Circuits) processes dealing with power distribution switches, load drivers, power sources and other related processes in the electrical devices. This type of integrated circuit is designed to provide the necessary power and energy for devices operating in the digital field.

Power Distribution Switches are electronic components used to manipulate the electrical power coming from the main source to supply other electronic components connected in the circuit. The circuit is basically composed of two switches, one controlling the output power while the other is a switch used to control the input power. By controlling the switches and using the right components, it is assumed that the output current and voltage are regulated in a safe and efficient manner.

Load Drivers are integrated circuits (ICs) used to drive inductive loads. These ICs are specially designed to drive switching power supplies, providing the necessary control signal and power required by the load. Load drivers are typically composed of two main components: the driver, which is used to control the signal, and the output power stage which is used to supply power to the load.

AP22814AM8-13 from ON Semiconductor is an innovative integrated circuit designed for load-switch applications. It is designed to provide maximum output power up to 12.5A at up to 42V and to maintain high efficiency over 90%. The IC also provides accurate current limit protection of up to 25A in a small package of 2 x 2mm.

The AP22814AM8-13 works by supplying voltage and current to the output of the IC, which is then converted to a regulated output voltage and current. The integrated input voltage range of the IC is from 8V to 42V, and the output voltage and current levels can be programmed from 3.6V and 25A respectively. The load switch also comes with integrated short-circuit protection, thermal shut-down protection and under-voltage protection.

The AP22814AM8-13 is also designed with an automatic mode for power saving. This power saving feature automatically reduces the current consumption when no load is detected, thus reducing the overall consumption of the device. This feature is implemented through an advanced FET architecture, which allows for increased efficiency and higher power output.

In addition, the AP22814AM8-13 is built with advanced process technology, such as low-power CMOS 65nm and BiCMOS 90nm. This allows the IC to operate at maximum power-efficiency and reduces the heat dissipation generated. This ensures that the device can be used in a highly efficient manner and can be used in a wide range of applications.

Overall, the AP22814AM8-13 is a powerful integrated circuit designed to provide excellent power distribution and high efficiency. It is particularly useful in applications such as load-switch applications, battery chargers, portable devices and other industrial applications. It is designed for high-power applications and provides the necessary signals and current levels for high-efficiency and reliable operation. The advanced FET architecture also provides increased power efficiency and reduced thermal management, making it ideal for use in a wide range of applications.

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