XC6124C321ER-G

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Power Management Integrated Circuit (PMIC) is an important electronic component for many electronic applications. It provides the necessary power for electronic devices, such as microprocessors, DSPs, and other electronic applications. One particular type of PMIC is the Supervisors. Supervisors are designed to protect and supervise the power system of a device in order to prevent any damage due to power overloading or other unwanted events. XC6124C321ER-G is one of the most popular Supervisors used in many modern device applications.

The XC6124C321ER-G is a voltage supervisor IC targeting a wide range of applications. It integrates a precision voltage monitoring circuit, a low voltage reset circuit and an over-voltage protection circuit, providing an effective and easy solution for high-performance embedded systems.

The XC6124C321ER-G features an adjustable over-voltage threshold with a wide range from 0.25V to 5.5V, a low voltage reset with a wide range from 0.2V to 4.0V, and a precision reset voltage of 0.5V. It also has a reset hold-off time that can be adjusted from 15ms to 4s. The device can be powered by a single power supply with a wide input range from 1.8V to 5.5V.

In terms of application, the XC6124C321ER-G can be used for various purposes like power supply monitoring, power supply resetting, over-voltage protection, and protection against supply voltage transients. It is an ideal solution for embedded systems, consumer applications, instrument control systems, industrial automation, and other applications that require a reliable and accurate power management solution.

The XC6124C321ER-G works by monitoring the power supply voltage, and detecting when the supply voltage is above or below the threshold. In the event of an over-voltage situation, the XC6124C321ER-G will trigger an Over Voltage Protection (OVP) signal, which will shut down the device in order to avoid any potential damage. If the voltage is below the threshold, the reset circuit of the XC6124C321ER-G will be triggered and the reset signal will be sent out to the controlled devices.

The XC6124C321ER-G also offers an integrated low voltage sensing circuit. The low voltage setting can be configured through external pins and the reset voltage is 0.5V. The device is designed to work in both 1.8V and 3.3V environments, making it an ideal choice for applications that require power management solutions for modern devices operating in multiple voltage planes.

The XC6124C321ER-G also has a number of features which make it a great choice for applications that require safety and reliability. It features a low standby current consumption of 2.7uA and features a high power-on reset accuracy of ±50mV. The XC6124C321ER-G also has an active reset timeout from 15ms to 4s and supports power-on sequencing.

The XC6124C321ER-G is an ideal solution for modern electronic applications. It provides reliable and accurate power management protection and the adjustable settings allow it to be used in multiple voltage planes. It has all the features necessary for creating a safe, reliable and efficient system, such as low standby current consumption, high power-on reset accuracy, active reset timeout and power-on sequencing.

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