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The 71M6201-IL/F is a single-phase energy metering integrated circuit manufactured by Analog Devices Inc./Maxim Integrated. It functions as an isolated analog-to-digital converter designed for use with the 71M654x series of energy meter ICs. The device provides high-precision measurement capabilities, featuring a specified measurement error of 0.2%. It is housed in an 8-SOIC package and operates within a voltage range that supports its role in isolating sensor signals for accurate power monitoring applications.
Verify component authenticity through authorized Analog Devices or Maxim Integrated distributors. Confirm package integrity upon receipt. Check for obsolescence status as availability may vary. Ensure compatibility with existing 71M654x designs before procurement. Review latest datasheets for any updated handling or storage requirements.
Select this component when isolation between high-voltage sensing circuits and low-voltage metering logic is required. It is suitable for single-phase applications where precise energy data acquisition is critical. Consider the 8-SOIC package constraints and thermal management needs during PCB layout. Validate interface compatibility with the target 71M654x master IC to ensure seamless system integration.
This part belongs to the Maxim Integrated energy metering portfolio, now under Analog Devices. It complements the 71M654x family by providing the necessary front-end isolation and digitization. The product line focuses on utility-grade metering solutions requiring high reliability and precision in residential and commercial power monitoring contexts.
Check for discontinued status at major distributors. Verify if newer revisions of the 71M654x series offer integrated isolation features that might eliminate the need for a separate ADC component. Consult Analog Devices for qualified pin-compatible alternatives if supply chain issues arise.
It serves as an isolated analog-to-digital converter intended to interface with 71M654x energy meter ICs.
The device specifies a measurement error of 0.2%.