XC6123A335ER-G

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Overview

XC6123A335ER-G is a voltage monitor and supervisor IC manufactured by Xiling Semiconductor. It is a very small device (about 2mm x 2mm) that is typically used to manage the power system of a variety of electronic devices. It features an adjustable reset threshold and integrated N-MOSFET power switch, along with a variety of other features, such as watchdog timer, over-temperature protection, and overvoltage protection.

Application Fields

XC6123A335ER-G is generally used as a supervisor in power management systems. It monitors and controls the power supply of the system through various features, such as adjustable reset threshold, over voltage protection, and over temperature protection. It can also be used as a battery charging controller by providing the system with an adjustable reset threshold. It can be used in a variety of electronic devices, such as mobile phones, tablets, IoT devices, and robots.

Working Principle

XC6123A335ER-G is a voltage supervisor and monitor IC. It analyzes the voltage signal in the circuit and generates a signal depending on whether the voltage is within the preset and adjustable thresholds or not. The IC has a wide input voltage range, from 2.3V up to 5.5V and it can output an adjustable reset signal when the input voltage is below the set threshold. The reset can also be triggered by other signals, such as over voltage, over current, over temperature, and watchdog timeout. The IC features an integrated N-MOSFET switch, which can be programmed to be controlled by the reset signal, allowing the power to be switched off in the case of an emergency.

Benefits

XC6123A335ER-G offers a variety of benefits in terms of power management. It is an extremely small device, which makes it very suitable for use in portable or space constrained designs. It also has an adjustable reset threshold, which can be configured to reset the system if the voltage drops too low. Additionally, the integrated N-MOSFET switch allows the power to be shut off in the case of an emergency, which prevents damage to the system.

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