XC6118N35DGR-G

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PMIC - Supervisors are components that are used to monitor other signaling from the parent circuit and detect any faulty signals. The XC6118N35DGR-G is a supervisor IC that can monitor voltages, currents and temperatures within your circuitry and enforce safety protocols when an irregularity is detected. The XC6118N35DGR-G is a low-power supervisor IC that offers several safety features and wide single-input supply range of 2.4V to 5.5V.

The XC6118N35DGR-G can be used in a variety of applications where a supervisor IC is needed, such as in automotive and industrial systems. It is designed to monitor voltage and current and detect any irregularities before they become a problem. It can also be used to detect temperature and ensure that the application remains within the device\'s allowable temperature range.

The XC6118N35DGR-G offers several features that make it a great choice for supervisors, such as an integrated hardware reset, a Power-On-Reset (POR) circuit, an open-drain output, and an over-voltage/over-current protection circuit. The reset time for the XC6118N35DGR-G is typically 16ms, which is the time between applying power and a valid reset being issued. The Power-On-Reset circuit ensures that the operation of the application is restarted from a known good state when power is restored.

The XC6118N35DGR-G also has an integrated over-voltage/over-current protection circuit that monitors voltage and current for potentially dangerous levels. If a fault is detected, the XC6118N35DGR-G will issue a reset in order to protect the circuit from the damaging levels. In addition, the device can operate in a number of temperature ranges, so it can be used in hot or cold environments.

The XC6118N35DGR-G is easy to use and offers a variety of features that make it a great solution for supervisor applications. It is cost-effective, and its integrated hardware reset and Power-On-Reset circuit make it a great choice for applications where safety protocols need to be enforced. The device\'s over-voltage/over-current protection circuit ensures that any potentially dangerous levels are detected and a reset is issued to protect the circuit. Additionally, it can be used in various temperature ranges, making it well suited for a wide variety of applications.

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