XC6123E627ER-G

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PMIC-Supervisors are the foundation of electrical and electronic systems since they are responsible for powers supplies, signal conditioning, and monitoring. The XC6123E627ER-G is a versatile three-phase supervisor that provides accurate, reliable power and signal monitoring functionality. It is an example of a feature-packed device that supports industrial, consumer and communications applications.

The XC6123E627ER-G offers comprehensive protection to ensure safe operation within multiple applications and environments. It is designed to monitor more than one power rail and can be used in a wide range of conditions, including heavy-duty industrial control, telecoms and consumer equipment.

The XC6123E627ER-G offers three independent voltage functions; one core supply, one local supply and one system bus. This ensures that all three power supplies are monitored simultaneously and independently, providing reliable protection for all types of applications. The core supply monitors the most critical power rail that powers the micro-controller. The local supply monitors a local power rail, while the system bus monitors the power supply for the system. This allows the device to accurately monitor all three supplies, providing feedback on any changes in voltage, current or temperature.

The XC6123E627ER-G also integrates a precision Digital-to-Analogue Converter (DAC) to accurately measure current and voltage. This helps to provide an accurate, reliable, and stable power supply for a wide range of applications and environments. The device is able to monitor, control and regulate the current flow, ensuring that there are no voltage fluctuations that could lead to operational disruption or potential system failure.

In addition to the DAC, the XC6123E627ER-G also features an integrated Digital-to-Analogue Sensor (DAS) to accurately measure temperature and other parameters. This helps to prevent electronics from overheating or becoming damaged due to high temperatures. The DAS also offers real-time monitoring, which gives system designers the ability to monitor and adjust conditions according to changing needs.

The XC6123E627ER-G also includes a variety of integrated safety features, to help ensure that the device is operating safely and is able to handle a wide range of environmental conditions. These include integrated over-temperature protection, reverse-current protection and short circuit protection. In addition, the device is able to regulate its own voltage in order to protect itself from potentially damaging over-voltage conditions.

The XC6123E627ER-G is designed to offer protection and monitoring in a variety of industrial applications. It is ideal for use in power systems, medical equipment, telecoms and other industries with critical power monitoring requirements. Its integrated safety features make it safe to use in challenging environments, offering the reliability and accuracy required for the most complex applications.

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