XC6108N14AGR-G

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Power management integrated circuits (PMICs) are widely used to ensure reliable and efficient operation of various electronic systems. Among them, supervisors are particularly important in safeguarding correct and safe operation of complex electronic systems. As a power management product, the XC6108N14AGR-G comprises a highly integrated supervisor with various functions and features to fully protect system components and improve system reliability. This article will explore the application field and working principle of XC6108N14AGR-G.

In terms of application fields, this supervisor is suitable for a wide range of industry applications, such as consumer electronics, operational equipment, human-machine interface (HMI)-based products, equipment and motorcycles. With features like low current consumption, high accuracy and accuracy of 2.9 mA input monitoring current, XC6108N14AGR-G is suited as an effective supervisor to protect circuit and extend product life in such applications.

The basic operating principle of this supervisor integral circuit is based on the comparative relationship between the voltages of its input terminals, with one terminal usually being an external reset signal and the other being the power supply reference, then using a linear comparator circuit to compare differences in voltage between the two terminals. When the reset signal from the input terminal has a higher voltage value than the reference voltage from the supply terminal, the comparator will output a HIGH signal, thus outputing a reset signal. In addition, this supervisor integrates both reset and power-on reset (POR) functions as well, allowing it to simultaneously monitor both supply voltage and external signals.In short, XC6108N14AGR-G responds to external reset signals when its reset input terminal has a higher voltage than the reference voltage from the power supply terminals. If the external reset signal has a lower voltage than the reference voltage, a reset signal will not be output.

The XC6108N14AGR-G also boasts various features, such as low current consumption level, low power operation, overshoot protection circuit and overvoltage protection circuit. Low current consumption is achieved by using a low-power CMOS circuit. As for low power operation, its supply current decreases in line with the decrease in external power supply voltage. Additionally, the overshoot protection circuit protects the rest of the system’s components by preventing any excessive voltage spike during the power on or reset operations. Finally, the integrated overvoltage protection circuit helps to ensure that the system remains operational under supply voltage levels much above the normal operation voltage.

With a wide application field and ample number of features and functions, XC6108N14AGR-G greatly improves overall system reliability by responding quickly and reliably to external conditions and quickly outputting a reset signal. The integrated logic circuits that incorporate both reset and power-on reset (POR) functions, the overshoot protection circuit and the overvoltage protection circuit are all added benefits that assure system safety for operating equipment, HMI-based products, consumer electronics and motorcycles.

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