Precision Sensor Products
64+ Hall Effect current and voltage sensors engineered for demanding industrial, railway, EV, and energy applications.
CEB500LTC100
The CEB500LTC100 is a high-precision closed-loop (compensated) Hall effect current sensor designed for accurate measurement of DC, AC, and pulsed currents, with complete galvanic isolation between primary and secondary circuits. The sensor is optimized for railway traction systems, industrial drives, and power electronics applications, ensuring high reliability under harsh operating environments.
CEB1000LTC200
The CEB1000LTC200 is a high-precision closed-loop (compensated) Hall effect current sensor designed for accurate measurement of DC, AC, and pulsed currents, with complete galvanic isolation between primary and secondary circuits. The sensor is optimized for railway traction systems, industrial drives, and power electronics applications, ensuring high reliability and stable performance under demanding operating conditions.
CEB1000LTC250
The CEB1000LTC250 is a high-precision closed-loop (compensated) Hall effect current sensor designed for accurate measurement of DC, AC, and pulsed currents, with complete galvanic isolation between primary and secondary circuits. With enhanced output scaling and optimized magnetic design, this sensor is ideally suited for railway traction systems, propulsion converters, and high-performance industrial applications, ensuring superior accuracy and dynamic response.
CELV5000LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV4200LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV1000LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV2000LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV3000LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV3600LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CELV4000LV50
The CELV-LV50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CEC500CLT100
The CEC-XXX-CLT Series is a high-performance closed-loop (compensated) current transducer designed for accurate measurement of DC, AC, and pulsed currents with galvanic isolation between the primary and secondary circuits.
CEC500CLT125
The CEC-XXX-CLT Series is a high-performance closed-loop (compensated) current transducer designed for accurate measurement of DC, AC, and pulsed currents with galvanic isolation between the primary and secondary circuits.
CEV3000-IM50
The CEV-XX-IM50 Series is a high-accuracy, galvanically isolated voltage transducer designed for measurement of DC, AC, and pulsed voltages in demanding industrial and railway environments. The sensor provides a proportional current output (50 mA nominal) ensuring high noise immunity and reliable signal transmission over long distances
CEV3500IM50
The CEV-XX-IM50 Series is a high-accuracy, galvanically isolated voltage transducer designed for measurement of DC, AC, and pulsed voltages in demanding industrial and railway environments. The sensor provides a proportional current output (50 mA nominal) ensuring high noise immunity and reliable signal transmission over long distances
CEV3600IM50
The CEV-XX-IM50 Series is a high-accuracy, galvanically isolated voltage transducer designed for measurement of DC, AC, and pulsed voltages in demanding industrial and railway environments. The sensor provides a proportional current output (50 mA nominal) ensuring high noise immunity and reliable signal transmission over long distances
CEV4000IM50
The CEV-XX-IM50 Series is a high-accuracy, galvanically isolated voltage transducer designed for measurement of DC, AC, and pulsed voltages in demanding industrial and railway environments. The sensor provides a proportional current output (50 mA nominal) ensuring high noise immunity and reliable signal transmission over long distances
CEV50DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV125DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV150DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV250DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV500DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV1000DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV750DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV1500DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CEV2000DVL50
The CEV-DVL50 Series voltage sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary voltage signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications
CETB50LA50
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB100LA100
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB100LA50
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB200LA100
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB250LA125
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB300LA100
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CETB300LA150
The CETB-LA Series current sensors are designed for accurate measurement of DC, AC, pulsed, and arbitrary current signals while ensuring galvanic isolation between the primary and secondary circuits. These sensors provide high accuracy, low power consumption, and superior interference immunity, making them ideal for demanding industrial and power applications.
CEC300CL150I
The CEC-CL-I series is a compact, high-performance, galvanically isolated closed-loop current transducer designed for precise measurement of DC, AC, and pulsed currents in industrial power electronics applications.
CEC500CL100I
The CEC-CL-I series is a compact, high-performance, galvanically isolated closed-loop current transducer designed for precise measurement of DC, AC, and pulsed currents in industrial power electronics applications.
CEC1000CL200I
The CEC-CL-I series is a compact, high-performance, galvanically isolated closed-loop current transducer designed for precise measurement of DC, AC, and pulsed currents in industrial power electronics applications.
CEC1000CL200R
The CEC-1000-CL-200-R is a high-performance, galvanically isolated closed-loop current transducer designed for precise measurement of DC, AC, and pulsed currents in demanding railway and industrial environments.
CEB2000LF400
The CEB2000LF400 is a high-performance closed-loop (compensated) Hall effect current sensor designed for precise measurement of DC, AC, and pulsed currents, with complete galvanic isolation between primary and secondary circuits. Designed for high-current applications, this sensor features a large aperture and enhanced output capability, making it ideal for railway traction systems, high-power converters, and industrial power applications requiring robust and reliable performance.
CEBNV400HCLCANF
The CEB-NV-400-HCL-CAN-F Series is an automotive-grade isolated Hall effect current sensor designed for high-accuracy battery current measurement in electric vehicles, hybrid vehicles, energy storage systems and Battery Management Systems.
CEBNVDCHR5VB22
The CEB-NV-DCH-R5V-B22 Series is a compact dual-channel open-loop Hall effect current sensor designed for simultaneous measurement of two current ranges in New Energy Vehicle, battery pack, converter, power steering, motor drive and low-voltage power electronics applications.
CEBNVHOLR5VB15
The CEB-NV-HOL-R5V-B15 Series is a compact open-loop Hall effect current sensor designed for isolated measurement of DC, AC and pulse currents in electric vehicles, motor drives, converters, UPS, SMPS and industrial power supply applications.
CEBNVHOLR5VB17
The CEB-NV-HOL-R5V-B17 Series is an open-loop Hall effect current sensor designed for isolated measurement of DC, AC and pulse currents in New Energy Vehicle, battery management, converter and motor-drive applications.
CEBNVHOLR5VS21
The CEB-NV-HOL-R5V-S21 Series is a compact open-loop Hall effect current sensor range designed for isolated measurement of DC, AC and pulsed currents in New Energy Vehicle, photovoltaic, inverter, UPS and battery monitoring applications.
CEBPVHOLR5VB16
The CEB-PV-HOL-R5V-B16 Series is an open-loop Hall effect current sensor designed for isolated measurement of DC, AC and pulse currents in photovoltaic, inverter, UPS, SMPS and industrial drive applications.
CEBPVHOLR5VB22
The CEB-PV-HOL-R5V-B22 Series is an open-loop compensated Hall effect current sensor designed for isolated measurement of DC, AC and pulse currents in photovoltaic inverters, AC/DC drives, UPS systems, SMPS, industrial converters and inverter applications.