XC6119C46ANR-G

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PMIC, or Power Management Integrated Circuit, is a type of integrated circuit that is designed to efficiently manage the power supply for a system or board. The XC6119C46ANR-G is a low-power PMIC that is capable of generating output voltage up to 8V and output current up to 500mA from a single voltage input. It is ideal for applications requiring high-performance power management with minimal power loss and device footprint. This article will discuss the applications of the XC6119C46ANR-G and its working principle.

Application field and use:

The XC6119C46ANR-G is widely used in portable consumer products, such as mobile phones, tablets and personal media players, and other low-power applications. It is also used in internet of things and industrial automation devices. Its design is optimized for applications requiring efficient power distribution, minimal power loss, and a small device footprint. With a control voltage range from 0.9V to 1.3V, the integrated circuit is able to provide high-efficiency operation with a wide range of input voltages and output current levels.

The XC16119C46ANR-G is also ideal for embedded applications, where it is able to efficiently manage the power supply and offer extended standby time. It is suitable for a wide range of voltage and current levels, making it ideal for applications requiring precise power supply control such as factory automation and process control.

Working Principle:

The XC6119C46ANR-G operates by providing a constant voltage output that is regulated by an external control voltage. The integrated circuit has a programmable reset function, which can be used to control the power-up sequence. By setting the reset voltage, the output voltage can be regulated to meet the required specifications. The device also includes a low-current standby mode, which can reduce power consumption when not in use.

The XC6119C46ANR-G is an advanced PMIC with two integrated output voltage regulators and two low-dropout regulators (LDOs). The two output voltage regulators can support up to two output voltages, with a maximum output current of 500mA respectively. The two LDOs are responsible for the input conditioning, providing an alternative supply voltage when the output voltage is low or dropping.

The integrated circuit includes an overvoltage protection circuit, which protects the connected device from voltage surges and other power-related issues. This protection circuit monitors the supply and shuts off the output in case of an overvoltage condition. Additionally, the device also features a brown-out detection circuit, which can detect low voltage levels and shut off the output when it is below a certain threshold.

Conclusion:

The XC6119C46ANR-G is a low-power PMIC that is capable of generating output voltage up to 8V and output current up to 500mA from a single voltage input. Thanks to its programmable reset function and integrated overvoltage and brownout protection, it is ideally suited for applications where high-performance power management is needed with minimal power loss and device footprint. The XC6119C46ANR-G is highly recommended for use in portable consumer products, internet of things, industrial automation, embedded applications and other applications requiring efficient power management.

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