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The magnetic flux created by the primary current (If) is balanced through a secondary coil using the magnetic probe device to provide a feedback and associated electronic circuitry to drive a compensating current in the secondary coil. The secondary (compensating) current is an exact (instantaneous) representation of the primary current and is converted to a voltage through an internal high precision resistor.
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• Excellent accuracy • Very good linearity • Low temperature drift • Wide frequency bandwidth • No insertion loss • High Immunity To External Interference • Optimised response time • Current overload capability
L18P***S05R Series
Hall Effect Current Sensors
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L31S***S05 Series
Advantage:
L34S***D15 Series
• Excellent accuracy and linearity • Low temperature drift • Wide frequency bandwidth • No insertion loss • High Immunity to external interferences • Optimised response time • Current overload capability
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