CURRENT SENSORS

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C05 series Open-Loop current sensor

Accuracy: 0.8%
Measuring Range: 10A|16A|20A|32A|50A
Output: 2.5±0.8V@IPN
Supply Voltage: 5V
The C05 series current sensor provides efficient and precise sensor solutions for AC, DC and pulse currents in industrial, commercial and communications systems. It consists of three main components: an accurate low-temperature drift linear hall sensor, a flux collector and a current transformer. It offers markedly low resistance, reducing power loss and temperature drift to deliver exceptional performance.

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C05-XXA33 series Open-Loop current sensor

Accuracy: 0.8%
Measuring Range: 10A|16A|20A|32A|50A|80A|100A|120A
Output: 1.65±0.46V@IPN
Supply Voltage: 3.3V
The C05 series current sensor provides efficient and precise sensor solutions for AC, DC and pulse currents in industrial, commercial and communications systems. It consists of three main components: an accurate low-temperature drift linear hall sensor, a flux collector and a current transformer. It offers markedly low resistance, reducing power loss and temperature drift to deliver exceptional performance.

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C08 series Open-Loop current sensor

Accuracy: 0.5%
Measuring Range: 10A|20A|30A|40A|50A
Output: 2.5±2V@IPN
Supply Voltage: 5V

The C08 series current sensor is a Hall-Effect sensor which is sensitive to the flux density applied orthogonally to the IC surface, and provides an analog output voltage proportional to the applied magnetic flux density. It is particularly adapted for high speed applications such as inverters and converters where fast response time due to fast switching is required.

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C08-XXA33 series Open-Loop current sensor

Accuracy: 0.5%
Measuring Range: 10A|20A|30A|40A|50A
Output: 1.65±1.32V@IPN
Supply Voltage: 3.3V

The C08-XXA33 series current sensor is a Hall-Effect sensor which is sensitive to the flux density applied orthogonally to the IC surface, and provides an analog output voltage proportional to the applied magnetic flux density. The current is sensed differentially in order to reject common-mode fields, improving accuracy in magnetically noisy environments. It is particularly adapted for high speed applications such as inverters and converters where fast response time due to fast switching is required.

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