The ADE7751AN is an integrated circuit (IC) component that is primarily designed for use in energy metering applications. It is a high accuracy energy measurement IC that offers various key features to accurately measure and monitor both active and reactive energy consumption.
One of the key features of the ADE7751AN is its highly accurate energy measurement capabilities, which enables it to provide precise measurements of energy consumption. It can measure active energy, reactive energy, apparent energy, RMS current, and RMS voltage with a high level of accuracy.
The IC supports single-phase, two-wire, and three-wire energy metering configurations, allowing it to be used in a wide range of applications. It can be easily interfaced with current transformers and voltage transformers to accurately measure energy consumption in various power systems.
The ADE7751AN offers programmable line frequency detection, which allows it to automatically detect the line frequency of the power supply being monitored. This feature eliminates the need for external calibration, making the IC easy to use and integrate into energy measurement systems.
Another key feature of the ADE7751AN is its pulse output functionality. It provides a pulse output that is proportional to the active or reactive energy consumption, allowing for easy integration with external monitoring and data logging systems.
The IC also offers a low-power mode, which helps in reducing power consumption when not actively measuring energy. This feature is particularly useful in battery-powered applications, where power efficiency is crucial
