CR4210-10

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CR4210-10 is a type of current transducer, which is used to measure the current of a specific circuit, which can be of different types such as AC, DC, or capacitive. It is mainly used for transformers, amplifiers, power supplies, and signal processing systems. The core of the transducer is a high-precision precision current sensor.

The working principle of the CR-4210-10 is as follows. When measuring current, the core of the transformer and the degaussing coils of the transducer establish a portion of the magnetic field, and the core senses it. The other half of the magnetic field is generated by the primary current of the circuit that is under measurement. The core converts the sensed magnetic field into a voltage output, which is proportional to the amplitude of the signal.

The main features of the CR-4210-10 include a high accuracy, an anti-overvoltage protection, a low temperature coefficient, and a wide frequency response. It also has a high linearity, which means that it is very accurate even when measuring very small signals. It also has a wide dynamic range, which means that it is able to measure currents of different amplitudes. It also has a wide range of working temperature, which makes it suitable for different working conditions. In addition, it has an input impedance of 20 kΩ, which makes it easy to use with regular amplifiers.

The CR-4210-10 application field includes transformers, amplifiers, power supplies, and signal processing systems. It is used in these systems to measure the primary current of the circuit. It is also used in the laboratory for measurements of current and voltage. It is also used in motor control and other applications, such as Uninterruptible Power Supplies (UPSs).

In conclusion, the CR4210-10 is an accurate current transducer that is used for measurements in the transformer, amplifier, power supply, and signal processing systems. It has a high accuracy, anti-overvoltage protection, and low temperature coefficient. It also has a wide dynamic range, wide frequency response, and an input impedance of 20 kΩ. All of these features make it suitable for a wide range of applications.

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