CQ2063 Sensors, Transducers

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Current transducers are devices that measure, control, and convert current signals from one form to another. CQ2063 is a type of current transducer developed by Hioki Electric Co. Ltd. It is designed to detect currents with a range of 0 to 3 amperes, and has a resolution of 1 mA. The device is capable of both analog and digital output types.

The applications of CQ2063 are mainly found in industrial and consumer electronic fields. It can be used for current measurement in high voltage circuits, for controlling electric motors, or for testing power supplies. It is also suitable for use in power-electronic digital devices, such as TVs, radios, and computers. The device can provide exceptional accuracy and precision for controlling and measuring power in these systems.

The working principle of CQ2063 is based on the concept of magnetic sensing. The device utilizes a ferrite core to detect the magnetic field generated by the current flowing through the copper wire. This magnetic field is highly sensitive and can accurately measure the current. The device also contains a current sensing coil which helps to reduce the effect of the magnetic field on the output signal.

The CQ2063 system consists of a sensor, a signal conversion circuit, and a display unit. The signal conversion circuit can convert the detected magnetic field into an electrical signal which can then be amplified for better accuracy. The display unit is used to display the output signal either in analog or digital format. The device can be used for both AC and DC current measurements. The device is also capable of providing a variety of output formats, such as voltage, power, frequency, and temperature.

The CQ2063 current transducer is an efficient and reliable device for measuring and controlling current. It is highly accurate and has a variety of outputs to suit different applications. It can also be used in both AC and DC electrical systems. The device is simple to use and can provide precise readings in a wide range of operation conditions.

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