XC6118C16CGR-G

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Supervisors, including power management integrated circuits (PMICs), are an essential type of semiconductor device. They are used to ensure the stability of a system’s power supplies, by keeping them within predetermined limits and providing protection against abnormalities in the system. The XC6118C16CGR-G is one such PMIC supervisor. It has various application fields and a simple working principle.

The XC6118C16CGR-G is a low-voltage supervisor, used in a wide range of applications such as digital power supplies, microprocessor cores, and embedded systems. Its wide range of features includes two independent output channels, timeout reset delay circuit, and selectable reset-active level (active low or active high). The XC6118C16CGR-G can be used to monitor the power supplies of different systems, such as 12V systems, 2.5V to 5.5V systems, and a wide range of systems with different operating voltages such as 1.8V, 3.3V, 1.2V and 4.2V.

In addition to its various application fields, the XC6118C16CGR-G has a simple working principle. It is designed to detect either a high or low voltage in the monitored power supply and issue a reset command when the value goes outside of predetermined limits. The XC6118C16CGR-G is equipped with an adjustable reset delay time that allows it to delay the reset, giving time for the monitored system to recover.

The XC6118C16CGR-G also has a low-power consumption mode which can be used to reduce unnecessary power consumption. This is done by shutting down the power supply when the monitored voltage is inside the predetermined limits and switching it on when the voltage goes outside of the limit. The XC6118C16CGR-G can also provide a debounced version of the reset pulse, which helps reduce spurious reset commands that may be triggered by brief voltage spikes.

In conclusion, the XC6118C16CGR-G is a PMIC supervisor that can be used in a variety of systems. Its wide range of features and simple working principle make it an ideal choice for applications like digital power supplies and embedded systems. Its low-power consumption mode and debounced reset circuit also provide protection against abnormalities in the monitored system, ensuring its stability.

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