Due to their outstanding properties, the CAENels CT-600 converters can be used for a variety of calibration, acceptance test and quality control applications in industry, power generation and the automotive sector.
The main areas of application for these current transformers are precise and extremely stable regulated power supplies, power meters and inverters.
The 0-FLUCS (0-FLUx Current Sensor) family is based on closed-loop technology, which enables precise and highly precise monitoring of direct and alternating currents with high bandwidth, very low noise and negligible drift.
The CT-600 converters are designed with a maximum bipolar primary current of 600 A and a conversion ratio of 1: 1500.
The galvanic isolation between the primary and secondary circuit enables the measurement of currents with different potential and simplifies the interfaces when the 0-FLUCS is used as a feedback element of current-regulated power supplies.
The output of the CT-600 converter can be selected between two different versions: secondary current output or buffered voltage output (shunt resistor with low temperature coefficient and low-noise amplifier are integrated in the device).
The main features of the 0-FLUCS current transformers are a negligible temperature coefficient of the secondary output current, excellent linearity and extremely low noise.
DC converters are the ideal replacement for systems where Hall effect sensors are used as current sensors and better performance is required.