XC6123D734ER-G

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PMIC - Supervisors provide a wide range of uses in different applications, and the XC6123D734ER-G is no exception. The XC6123D734ER-G is a simple supervisory circuit, which can provide voltage regulation, power management, and short circuit protection for an integrated circuit system. In this article, we\'ll provide an overview of the XC6123D734ER-G application field, as well as its working principle.

Application field

The XC6123D734ER-G is a robust supervisory circuit that offers superior performance and reliability. It is ideal for a wide range of applications, including microcontroller-based systems, digital signal processing systems, LCD display interfaces, and high performance analog-to-digital converters. This device is designed for use in extreme environments and is capable of operating in temperatures ranging from -40 to 125°C.

The XC6123D734ER-G is also good for low power systems. It draws only a few microamps at typical operating conditions, making it one of the most energy-efficient PMIC supervisors on the market. Furthermore, it has low start-up and shutdown currents, making it suitable for inrush current protection.

Working principle

The XC6123D734ER-G is a simple supervisor with a 3-terminal architecture. It has an analog supply voltage, an enable pin, and an output pin. The analog supply voltage can be adjusted by changing the voltage at the enable pin, which is connected to the logic circuit. The output pin is connected to the monitored power supply, which will be disabled when the set threshold voltage is exceeded.

The XC6123D734ER-G is capable of providing voltage regulation and power management. It has an 8-bit register that stores the trip points, as well as a low-power mode that can be enabled or disabled as desired. Additionally, it has a built-in pull up resistor to prevent circuit false triggering, and an adjustable reset timer to ensure proper system recovery.

The XC6123D734ER-G also provides short circuit protection. It has a built-in protection circuit that can detect short circuits to ground or short circuits within the supply voltage. When the protection circuit is activated, the output pin is disconnected from the supply voltage and the system is protected from damage. In addition, the fault flag can be monitored externally to provide real-time status information.

Conclusion

The XC6123D734ER-G is a robust PMIC supervisor that offers exceptional performance, reliability, and energy efficiency for an integrated circuit system. It is designed for use in extreme environments and offers voltage regulation, power management, and short circuit protection. With its low power consumption and low start-up and shutdown currents, the XC6123D734ER-G is ideal for low power systems.

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