A kind of adjustment method of anode component frequency adjustment equipment

Abstract

An adjustment method for an anode component frequency adjustment device, the adjustment device includes a waveguide device for detecting and transmitting the frequency value of the anode component, and an adjustment device for adjusting the spatial displacement of a large pressure equalizing ring in the anode component, one side of the waveguide device is provided for collecting The control device for collecting, storing, analyzing and comparing the frequency value of the anode assembly each time, and collecting, storing, analyzing and comparing the spatial displacement data of the large pressure equalizing ring in the anode assembly for each adjustment, the waveguide device, the adjustment device and the control device respectively form a communication system Electrically connected, the adjusting device is provided with an adjusting component and a lifting slider that are matched and connected, the frequency value of the anode component is transmitted to the control device through the waveguide device, and the control device collects, stores and analyzes the comparison data, and then controls the adjusting component of the adjusting device, Adjust the assembly to pick up or press down the large pressure equalizing ring in the anode assembly to realize automatic adjustment of the frequency of the anode assembly. The invention effectively improves the adjustment efficiency of the frequency of the anode assembly.

Description

technical field [0001] The invention relates to an adjustment method of an anode assembly frequency adjustment device. Background technique [0002] The output frequency of the magnetron is mainly affected by the resonant frequency of the anode assembly, so the frequency of the anode assembly needs to be a standard value to ensure the consistency of the output frequency of the magnetron, and the anode assembly is an evenly divided by ten anode plates The multi-cavity resonant system is formed. At the same time, the anode plates are connected by large and small equalizing rings to stabilize the working mode. There is an extremely complicated electrical and magnetic coupling relationship between the components. A slight deviation in the size of each component may cause a deviation in the resonance frequency. Therefore, the resonant frequency of each component after production assembly is different. [0003] In the magnetron anode frequency modulation operation, it is usually ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide an adjustment method of an anode assembly frequency adjustment equipment with fast adjustment speed, high adjustment efficiency, easy and convenient operation, which effectively solves the cumbersome manual frequency adjustment of the anode assembly and reduces the labor intensity of personnel. Overcome deficiencies in existing technologies

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