Datasheet4U Logo Datasheet4U.com

BL6503E - Single Phase Energy Meter

Datasheet Summary

Description

The BL6503E is a low cost, high accuracy, high stability, simple peripheral circuit electrical energy meter IC.

The meter based on the BL6503E is intended for using in single-phase, two-wire distribution systems.

The BL6503E adopts the oversample technology and digital signal processing technology.

Features

  • S  High accuracy, less than 0.1% error over a dynamic range of 3000 : 1  Exactly measure the real power in the positive orientation and negative orientation, calculate the energy in the same orientation  A PGA in the current channel allows using small value shunt and burden resistance  The low frequency outputs F1 and F2 can directly drive electromechanical counters and two phase stepper motors and the high frequency output CF, supplies instantaneous real power, is intended for calibration a.

📥 Download Datasheet

Datasheet preview – BL6503E

Datasheet Details

Part number BL6503E
Manufacturer BELLING
File Size 567.60 KB
Description Single Phase Energy Meter
Datasheet download datasheet BL6503E Datasheet
Additional preview pages of the BL6503E datasheet.
Other Datasheets by BELLING

Full PDF Text Transcription

Click to expand full text
BL6503E Single Phase Energy Meter IC  FEATURES  High accuracy, less than 0.1% error over a dynamic range of 3000 : 1  Exactly measure the real power in the positive orientation and negative orientation, calculate the energy in the same orientation  A PGA in the current channel allows using small value shunt and burden resistance  The low frequency outputs F1 and F2 can directly drive electromechanical counters and two phase stepper motors and the high frequency output CF, supplies instantaneous real power, is intended for calibration and communications  The logic outputs REVP can be used to indicate a potential orientation  Low static power (typical value of 15mW).  On-Chip power supply detector  On-Chip anti-creep protection  On-Chip voltage reference of 2.
Published: |