The system adopts advanced active phased array technology, synthesizes high-power microwave damage pulses in space, and makes full use of the advantages of rapid scanning without inertia. Under the guidance of external guidance information, the beam is always aligned to the target for continuous radiation and damage. It can also track and strike multiple flying targets simultaneously through wave control time-sharing strategy. Through the power division network, the frequency source excitation is input to 144 power amplifier modules, and each one is fed to the antenna unit after the digital phase shifter and power amplifier module, and the high power pulse is synthesized in space power. The system has two dimensions of pitch and horizontal non-inertial scanning capabilities, and the whole set of high-power microwave radiation system is installed on the second-class chassis, which is flexible and easy to field test and test.

Functional indicators:

1. Frequency range :S band;
2. Equivalent radiating power: 109W class;
3. Antenna array form: two-dimensional phased array;
4. Front gain: ≥30dB;
5. Single channel transmission power: ≥7kW;
6. Total pulse power: 1MW
7. Pulse width: ≥1us;
8. Duty cycle: ≥0.1%.
9. Beam scanning accuracy: better than 0.05°
10. Adapt to target flight speed: ≥500m/s

See figure (Vehicle high power microwave radiation system). The project adopts all-solid state, high-power pulse module and two-dimensional high-gain phased array antenna front provided by Rflight Frequency range S-band narrow frequency, single channel pulse power of more than 7kW, the whole machine ERIP up to GW magnitude, for China's high power microwave radiation system and anti-UAV technology to open up a new idea.