The AC3PXXX-07/P3 current sensor series is a tri-phase transducer, specially designed for low voltage, high current measurement in automotive applications. It provides solutions with faster speed and higher performance-price ratio for DC, AC or pulse currents measurement, with galvanic isolation techniques used to separate the primary and secondary circuits.
The AC5 Series provides efficient and precise sensor solutions for AC, DC and pulse currents in auto- motive applications. It covers from low voltage to high voltage, and provides galvanic separation be- tween the primary circuit and the secondary circuit. 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.
The C02 Series 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.
The C02FS 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.
The C03-30A series 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.
The C03-50A series 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.
The C03-50A series 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.
The C03-50A series 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.
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.
The C06 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.
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.
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.
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.
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.
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.
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.