CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters

CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters

  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
Summary
CR1V-25-PB01 Closed Loop Hall Effect Current Sensor ensures high accuracy and galvanic isolation for reliable current measurement. Designed for applications like battery management, inverters, and renewable energy systems, it offers excellent linearity, low temperature drift, and insulation compliant with UL 94-V0. Ideal for UPS, DC motor drivers, and static inverters in industrial and energy storage systems.More
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters
  • CR1V-25-PB01 Closed Loop Hall Effect Current Sensor for Battery Management and Inverters

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 losses
  • Standards:IEC 60664-1: 2020, IEC 61800-5-1: 2022, IEC 62109-1: 2010

Related Applications

Hall Effect Current Sensors, Fluxgate Current sensors, Voltage sensors, Custom Engineered Solution, Leakage current sensors
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