Explain the structural principle analysis of wireless high-voltage nuclear phaser

The wireless high-voltage phase detector consists of two electrically unconnected components. The electrodes on the device are connected to the conductor under test. An orange emitter has the shape of a hook in the shape of a hook so that it can be attached to the conductor. The other yellow The electrode of the receiver is in the shape of a dome for easy contact with the wires. These electrodes are used as antennas for transmitting and receiving signals. The ends of the transmitter and the receiver should be connected to the insulating operating rod. The transmitter has a dual role and Play functions in a certain order.

A------------------------------------------------- --------------------------A'

B------------------------------------------------- --------------------------B'

C------------------------------------------------- ---------------------------C'

The first step is to check the voltage of the tested wire. As an electroscope, the live wire will send intermittent sound and light instructions.

The second step: Once the test is completed (after 5-10 seconds), the transmitter automatically transfers to the phase measurement transmitter and always transmits a phase characteristic radio frequency signal to the receiver. In this case, the antenna is also used as the antenna. The display indicates that the transmitter is operating normally in this order, and the receiver has only one purpose: the in-phase measurement and the transmitter are also working in order to:

1) Ensure that there is voltage on the wire;

2) Receive radio frequency signals from the transmitter;

3) Compare the measured phase with the received phase characteristic signal in real time;

4) When the receiver is in phase, a continuous strong light and acoustic signal will be sent out; when the receiver is out of phase, a weak light signal will be sent out. It only indicates that the conductor on the receiver is in contact with the voltage. Nuclear phase diagrams Transmitters and receivers include an overall test system that can test all components: Electrical components Battery lines and antennas Conducting this test is equivalent to contact testing on actual lines Transmitters and receivers No on/off button As soon as the instrument comes into contact with the live line, it will automatically work. The measuring electrode stops working immediately without contact with the line.

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