XC6108C26CGR-G

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Power management integrated circuits (PMICs) are among the most important and versatile types of integrated circuits on the market. PMICs provide power management functions like voltage and current regulation, protection, and monitoring while managing supply voltages to multiple hardware components. PMICs like the XC6108C26CGR-G are designed to help make the most efficient use of power resources, reduce electrical waste and help ensure components last longer. Supervisors, one type of PMIC, provide reset capabilities often with extended features to aid in system dependability.

The XC6108C26CGR-G Application Field and Working Principle

The XC6108C26CGR-G is a low power supervisor solution from ON Semiconductor designed for monitoring voltage level and resetting a system when it migrates outside a predetermined range. The device can also monitor the device temperature and large-area temperature change to ensure that safe operating conditions are always maintained.

The application fields of the XC6108C26CGR-G are diverse, ranging from automotive to audio-visual applications. It is an excellent choice for applications such as high-end audio systems, in-vehicle infotainment, lighting radar systems and Advanced Driver-Assistance systems (ADAS) due to its low power requirements, small package and high accuracy.

The XC6108C26CGR-G features two supply voltage monitors with 2.435V typical trip point accuracy. Its operating temperature is from -40°C to +85°C, and its trip point accuracy is maintained by a factory-trimmed band gap reference voltage of 1.1V. Several features are also included such as hysteresis and delay on reset output, as well as reset output pulse duration options.

The XC6108C26CGR-G also includes several protection mechanisms, such as reverse voltage protection for both VIN and VCC. Power-on reset and brown-out protection ensure the system voltage is reset in the event of a power failure. It also features Power Good monitors with delay, Data Ready, andStatus monitors all with a wide range of inputs. Moreover, alarm and protection functions are also provided to protect against device and system damage.

The reset counting feature integrates a sophisticated, built-in counter that records the number of times that a system reset has occurred during use. By tracking the reset count and distributing the information to other applications, manufacturers can be confident that their systems are functioning correctly and safely.

Conclusion

The XC6108C26CGR-G is an excellent example of a PMIC supervisor. It combines advanced features, such as reverse voltage and power-on reset protection, with high accuracy and extremely low power consumption, enabling it to be used in a broad range of applications. In addition, with its reset counting feature, manufacturers can easily monitor the performance of their systems, gaining important insight into how their products are being used and developed.

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