• Part: BL6501
  • Description: Single Phase Energy Meter IC
  • Manufacturer: Shanghai Belling
  • Size: 577.08 KB
Download BL6501 Datasheet PDF
Shanghai Belling
BL6501
BL6501 is Single Phase Energy Meter IC manufactured by Shanghai Belling.
.. Features High accuracy, less than 0.1% error over a dynamic range of 500 : 1 Exactly measure the real power in the positive orientation and negative orientation, calculate the energy in the same orientation Two current monitors continuously monitor the phase and neutral currents in two-wire distribution systems. Uses the larger of two currents to bill, even during a Fault condition 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 munications Two logic outputs REVP and FAULT can be used to indicate a potential orientation or Fault condition On-Chip power supply detector On-Chip anti-creep protection On-Chip voltage reference of 2.42V ± 8% external overdrive capability Single 5V supply Low static power (typical value of 15m W). The technology of SLi M (Smart- Low- current- Management ) years Interrelated patents are pending is used. Credible work, working time is more than twenty (typical temperature coefficient of 30ppm/℃),with Single Phase Energy Meter Meter IC DESCRIPTION The BL6501 is a low cost, high accuracy, high stability, simple peripheral circuit electrical energy meter IC. The meter based on the BL6501 is intended for using in single-phase, two-wire distribution systems. It can exactly measure the real power in the positive orientation and negative orientation and calculate the energy in the same orientation. The BL6501 incorporates a novel fault detection scheme that both warns of fault conditions and allows the BL6501 to continue accurate billing during a fault event. The BL6501 does this by continuously monitoring both the phase and neutral (return) currents. Fault condition is indicated by PIN19 (FAULT), when these currents differ by more than 12%. Billing is continued using the...