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quality current sensing CHIPSENSE CR1V 50 PB04 for battery management and photovoltaic inverter applications factory
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quality current sensing CHIPSENSE CR1V 50 PB04 for battery management and photovoltaic inverter applications factory
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Specifications
working temperature:
-40℃~+105℃
Current Range:
±50A
Voltage - Supply:
5V
Band Width:
200kHz
Response Time (tr):
1us
Sensitivity:
12.5mV/A
Bidirectional Current Detection:
Support
Mfr. Part #:
CR1V 50 PB04
Package:
Through Hole
Key Attributes
Model Number: CR1V 50 PB04
Product Description

Current Sensor CR1V PB04 Series

The CR1V PB04 series are closed-loop (compensated) current sensors based on the Hall effect. They are designed for measuring DC, AC, and pulse currents with isolation between the primary and secondary sides. Key advantages include excellent linearity, accuracy, low temperature drift, and no insertion loss. The sensors are compliant with UL 94-V0 standards.

Product Attributes

  • Brand: (Chipsensor)
  • Material: UL94-V0

Application Areas

  • AC variable frequency drives, servo motors
  • Uninterruptible Power Supplies (UPS)
  • Static converters for DC motor drives
  • Switch Mode Power Supplies (SMPS)
  • Welding machine power supplies
  • Battery management
  • Photovoltaic inverters
  • Module power supplies

Technical Specifications

ModelParameterSymbolUnitMinTypicalMaxRemarks
CR1V 6 PB04Supply VoltageVCV4.7555.25@ 5%
Rated Primary Current (RMS)IPNAt6
Max. Measuring CurrentIPMAt-2020
Turns RatioKN-10001-2-4: 1000
Theoretical GainGthmV/A104.17@ VC=5V
Load ResistanceRLk10
Current ConsumptionICmA8 + IP/NS
Output VoltageVOV2.5(0.625*IP/IPN)
Reference Voltage @ IP=0AVREFV2.4952.52.505
Output Voltage @ VC=5VVOUTV0.254.75
Offset VoltageVOEmV-5.35.3VOUT-VREF
Gain ErrorG%-0.50.5Excluding VOE
Tracking Time @ 90% of IPNtrs1@ di/dt=50A/s
CR1V 15 PB04Supply VoltageVCV4.7555.25@ 5%
Rated Primary Current (RMS)IPNAt15
Max. Measuring CurrentIPMAt-5151
Turns RatioKN-10001-2-4: 1000
Theoretical GainGthmV/A41.67@ VC=5V
Load ResistanceRLk10
Current ConsumptionICmA8 + IP/NS
Output VoltageVOV2.5(0.625*IP/IPN)
Reference Voltage @ IP=0AVREFV2.4952.52.505
Output Voltage @ VC=5VVOUTV0.254.75
Offset VoltageVOEmV-2.212.21VOUT-VREF
Gain ErrorG%-0.50.5Excluding VOE
Tracking Time @ 90% of IPNtrs1@ di/dt=50A/s
CR1V 25 PB04Supply VoltageVCV4.7555.25@ 5%
Rated Primary Current (RMS)IPNAt25
Max. Measuring CurrentIPMAt-8585
Turns RatioKN-10001-2-4: 1000
Theoretical GainGthmV/A25@ VC=5V
Load ResistanceRLk10
Current ConsumptionICmA8 + IP/NS
Output VoltageVOV2.5(0.625*IP/IPN)
Reference Voltage @ IP=0AVREFV2.4952.52.505
Output Voltage @ VC=5VVOUTV0.254.75
Offset VoltageVOEmV-1.351.35VOUT-VREF
Gain ErrorG%-0.50.5Excluding VOE
Tracking Time @ 90% of IPNtrs1@ di/dt=50A/s
CR1V 50 PB04Supply VoltageVCV4.7555.25@ 5%
Rated Primary Current (RMS)IPNAt50
Max. Measuring CurrentIPMAt-150150
Turns RatioKN-10001-2-4: 1000
Theoretical GainGthmV/A12.5@ VC=5V
Load ResistanceRLk10
Current ConsumptionICmA8 + IP/NS
Output VoltageVOV2.5(0.625*IP/IPN)
Reference Voltage @ IP=0AVREFV2.4952.52.505
Output Voltage @ VC=5VVOUTV0.254.75
Offset VoltageVOEmV-0.7250.725VOUT-VREF
Gain ErrorG%-0.50.5Excluding VOE
Tracking Time @ 90% of IPNtrs1@ di/dt=50A/s
Environmental and Product Structure Characteristics
ParameterSymbolUnitMinTypicalMaxRemarks
Operating TemperatureTA-40105
Storage TemperatureTS-55125
Massmg10
Insulation Characteristics
ParameterSymbolUnitValueRemarks
AC Isolation Voltage Test (RMS @ 50Hz, 1min)VdkV4.3
Impulse Withstand Voltage 1.2/50sVWkV8
Creepage Distance (Primary and Secondary)dCImm8.2
Clearance Distance (Primary and Secondary)dCpmm8.2
Housing Material--UL94-V0
Comparative Tracking IndexCTIPLC3

2505091635_CHIPSENSE-CR1V-50-PB04_C42441955.pdf

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