XC6123A243MG-G

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The XC6123A243MG-G is a commonly used PMIC - Supervisors. It’s used in a variety of applications, including automotive, industrial, medical, and consumer electronics. It’s part of a large family of products designed to provide comprehensive, integrated power management and protection solutions.

The XC6123A243MG-G provides efficient power control and management, improved system reliability and safety, and increased system design flexibility. The device integrates several power control and monitoring functions in one IC to reduce board space and manufacturing costs while increasing system operability and reliability. It offers several advantages over other supervisors, such as adjustable delay periods, adjustable reset thresholds and input voltage ranges, programmable output voltage levels, and built-in frequency agility.

The XC6123A243MG-G includes features such as adjustable delays, adjustable reset thresholds, programmable output voltage levels, and built-in frequency agility. It\'s also equipped with an on-board precision voltage reference, temperature sensor, and under-voltage detector that provides protection against failures. The device allows users to monitor the system performance, detect faults, and modify the settings in order to optimize the system\'s performance.

To use the XC6123A243MG-G, two supply voltages are needed: one for the analog domain (VCC) and one for the digital domain (VDD). All the other ICs are connected to VDD. An external clock is required to synchronize the device. The IC operates the power control functions according to the settings programmed in by the user. It can be used to monitor the system status, detect faults, adjust output voltage levels, and improve system performance.

The XC6123A243MG-G is a versatile device that provides several features, such as adjustable delays, adjustable reset thresholds and output voltage levels, and built-in frequency agility. It also offers protection in the form of an integrated temperature sensor, under-voltage detection, and an on-board precision voltage reference. This device is an ideal choice for a variety of power management and protection solutions and applications in automotive, industrial, medical, and consumer electronics.

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