An Artificial Intelligence Phase Modulation Injection Locked CW Magnetron Microwave Source

Abstract

The invention relates to a microwave irradiation source and discloses an artificial intelligent phase modulation injection locking continuous wave magnetron microwave source. According to the technical scheme, the artificial intelligent phase modulation injection locking continuous wave magnetron microwave source comprises a signal source, a magnetron, a circulator, a coupler, a mixer, a filter and a phase discriminator; an injection signal output by the signal source is injected into the magnetron through the circulator; the frequency of a power signal output by the magnet is adjusted; the power signal enters the coupler through the circulator; mixing signals are generated by a part of signals which are output by the mixer through the mixer; the mixing signals are input into the phase discriminator through the filter; the output end of the phase discriminator is connected with the signal source; and based on a leaning algorithm of artificial intelligence, the frequency and phase of the injection signals which are output by the signal source are controlled. By the artificial intelligent phase modulation injection locking continuous wave magnetron microwave source, the frequency and the phase stability of the microwaves which are output by the magnetron are improved, and the requirement of coherent combination is met; and the artificial intelligent phase modulation injection locking continuous wave magnetron microwave source is particularly suitable for the application field of microwave energy transmission.

Description

technical field [0001] The present invention relates to a microwave radiation source, in particular to a microwave source for frequency locking and phase modulation (frequency locking and phase adjustment) by injecting microwaves from an independent signal source into a magnetron. It is mainly used in microwave coherent power combining technology in the field of microwave energy transmission. Background technique [0002] In the technical field of high-power microwave applications such as microwave energy transmission, it is often necessary to obtain as high a microwave power as possible. Since the output power of a single microwave source is limited by the power capacity of the device itself, using microwave power combining technology is an effective way to solve this problem. In the existing microwave power combining technology, there are two categories of coherent power combining and non-coherent power combining technologies. Microwave coherent power synthesis technolog...

AI Technical Summary

Problems solved by technology

Both of these methods achieve frequency-locked phase modulation by changing the working parameters of the magnetron, and both involve the transformation of the structure of the magnetron itself, which is complex and difficult to implement.

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