ADE7755ARSZRL

Product Summary

The ADE7755ARS is a high accuracy electrical energy measurement IC. The part specifications surpass the accuracy requirements as quoted in the IEC1036 standard. The ADE7755ARS includes a power supply monitoring circuit on the AVDD supply pin. The ADE7755ARS will remain in a reset condition until the supply voltage on AVDD reaches 4 V. If the supply falls below 4 V, it will also be reset and no pulses will be issued on F1, F2, and CF.

Parametrics

ADE7755ARSZRL absolute maximum ratings: (1)AVDD to AGND: –0.3 V to +7 V; (2)DVDD to DGND: –0.3 V to +7 V; (3)DVDD to AVDD: –0.3 V to +0.3 V; (4)Analog Input Voltage to AGND, V1P, V1N, V2P, and V2N: –6 V to +6 V; (5)Reference Input Voltage to AGND: –0.3 V to AVDD + 0.3 V; (6)Digital Input Voltage to DGND: –0.3 V to DVDD + 0.3 V; (7)Digital Output Voltage to DGND: –0.3 V to DVDD + 0.3 V; (8)Operating Temperature Range Industrial: –40 to +85℃; (9)Storage Temperature Range: –65 to +150℃; (10)Junction Temperature: 150℃; (11)24-Lead SSOP, Power Dissipation: 450 mW; (12)qJA Thermal Impedance: 112℃/W; (13)Lead Temperature, Soldering; (14)Vapor Phase (60 sec): 215℃; (15)Infrared (15 sec): 220℃.

Features

ADE7755ARSZRL features: (1)High Accuracy, Surpasses 50 Hz/60 Hz IEC 687/1036; (2)Less than 0.1% Error over a Dynamic Range of 500 to 1; (3)The ADE7755 Supplies Average Real Power on the Frequency Outputs F1 and F2; (4)The High-Frequency Output CF Is Intended for Calibration and Supplies Instantaneous Real Power; (5)Pin Compatible with AD7755 with Synchronous CF and F1/F2 Outputs; (6)The Logic Output REVP Can Be Used to Indicate a Potential Miswiring or Negative Power; (7)Direct Drive for Electromechanical Counters and Two Phase Stepper Motors (F1 and F2); (8)A PGA in the Current Channel Allows the Use of Small Values of Shunt and Burden Resistance; (9)Proprietary ADCs and DSP Provide High Accuracy over Large Variations in Environmental Conditions and Time; (10)On-Chip Power Supply Monitoring; (11)On-Chip Creep Protection (No Load Threshold); (12)On-Chip Reference 2.5 V ±8% (30 ppm/C Typical) with External Overdrive Capability; (13)Single 5 V Supply, Low Power (15 mW Typical); (14)Low Cost CMOS Process.

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