CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems

CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems

  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
Summary
The CN2A-PB02 Closed Loop Hall Effect Current Sensor provides high-precision, galvanically isolated current measurement with exceptional linearity and minimal temperature drift. Ideal for energy storage and battery management systems, it ensures reliable performance in demanding industrial and renewable energy applications.More
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems
  • CN2A-PB02 Closed Loop Hall Effect Current Sensor with Galvanic Isolation for Energy Storage and Battery Systems

Product description

  • Closed loop (compensated) current sensor using the Hall Effect
  • Galvanic separation between primary and secondary
  • Insulating plastic case recognized according to UL 94-V0
  • Very good linearity
  • High accuracy
  • Very low offset drift over temperature
  • No insertion loss
  • Standards:IEC 60664-1:2020, IEC 61800-5-1:2022, IEC 62109-1:2010

Specification

Primary nominal RMS current (A)50
Measuring range (A)±90
Supply voltage (V)±12...15
Secondary output±50mA
Accuracy (%)±0.5
Output bandwidth200
Operating temperature (°C)-40~85
Copper busbar (mm)NA
PCB+
Others
Hall Effect Current Sensors, Fluxgate Current sensors, Voltage sensors, Custom Engineered Solution, Leakage current sensors
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