R3N-2013-23-5230-WTL

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R3N-2013-23-5230-WTL is a kind of fast switching, vacuum electronic tube developed by the American company "Westinghouse" in 1920. Its application fields mainly include the fields of microwave and ultralow frequency, and radio and TV communication. It is becoming more and more widely used. The working principle of R3N-2013-23-5230-WTL is related with the principle of vacuum electronic tube.In a vacuum electronic tube, a current can be generated by electronic bombardment. This current is larger than that generated by ordinary conductors, so it can be used for signals transmission. In order to make the current uniform, anode, cathode and other electrodes are added to the vacuum electronic tube. When a voltage is applied to the electrodes, the current is affected by the strength and direction of the electric field,and a controlled current is generated through the electrodes. Generally speaking, the vacuum electronic tube works in an evacuated state, so it has the advantages of insulation, high frequency, no burning, and no sparking.Moreover, R3N-2013-23-5230-WTL is also used in electric light and lamp current devices. Its application principles are mainly based on the switching performance of the tube, and the magnitude of the current flowing through the tube. When the voltage at both ends of the tube increases, the electric field generated by the electrode will be strengthened. The electrons in the vacuum will be repelled by the electric field, resulting in a decrease of the current flowing through the tube, and the mechanism of the switch can be generated.In summary,R3N-2013-23-5230-WTL is a fast switching vacuum electronic tube with a wide range of applications. It has the characteristics of insulation, high frequency, no burning, and no sparking. It is mainly used in the field of microwave and ultralow frequency, and radio and TV communication. It is also used in electric light and lamp current devices, which are based on the switching performance of the tube and the magnitude of the current.

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