MICROWAVE POWER DISTRIBUTION NETWORK AND METHOD BASED ON PHASE-FREQUENCY HYBRID CONTROL

The present disclosure discloses a microwave power distribution network (10) and method based on phase-frequency hybrid control, an electronic device, and a storage medium. The microwave power distribution network (10) includes a first-stage microwave combining and distribution subnetwork (100) based on phase control and a second-stage microwave distribution subnetwork (200) based on frequency control. The microwave power distribution network (10) is a passive device and does not require additional signals to change its state or mechanical structure. High-power microwaves generated by power sources with a certain relationship between phases and frequencies are distributed to corresponding output ports after entering the microwave distribution network (10), thereby meeting the needs of fast switching of multi-angle irradiation fields in technologies such as FLASH radiotherapy and stationary CT. In this way, the problem of low speed and high time consumption in multi-angle irradiation field radiotherapy and imaging in a mechanically rotating manner using a single machine head containing an accelerator tube as used in traditional radiotherapy and industrial CT can be solved.