3 results about "Pulse radiation" patented technology

The application provides a pulse radiator, relates to the field of microwave radio frequency technology, and comprises a radio frequency multistage amplification link and a measurement and control communication component; the radio frequency multistage amplification link generates an output pulse signal; the measurement and control communication component performs real-time monitoring and regulation on the output pulse signal, and is configured with a self-adaptive degradation fault prevention shutdown control strategy. In a continuous radiation working mode, operating state parameters are continuously acquired; when the operating state parameters reach a preset warning limit, the self-adaptive degradation control is triggered, a dynamic attenuation control code is issued to reduce the output gain to enter a degradation working mode; during the degradation working mode, the parameter development trend is continuously monitored; when the parameters recover to a safe interval, the dynamic attenuation control code is reversely adjusted to smoothly recover the output gain to the initial setting state. The application prevents hard power-off shutdown of the equipment caused by abnormal working conditions, and maintains continuous radiation of the signal.

The invention relates to the technical field of power amplifiers, and particularly discloses a pulse power amplifier and a pulse radiator, the actual heating state of a device is accurately reflected by acquiring the temperature distribution of each stage of power amplifier device in real time and judging the delay of a sensor, and a hot spot determination and temperature prediction identification module is used for determining the temperature of the device. A real hot spot area can be identified, the over-temperature risk can be predicted based on the temperature trend, advanced protection is realized, and the damage probability of a power tube or a synthetic link is reduced; the influence of delay monitoring and environmental disturbance is analyzed based on temperature distribution parameters, and a monitoring hot spot position is verified and determined, so that the accuracy of temperature control and hot spot identification is improved; the pulse radiator associates temperature abnormity with radiation parameter fluctuation, identifies leading influence factors, ensures accurate and stable microwave output, integrally realizes real-time monitoring and prediction protection of temperature abnormity and radiation output, triggers protection actions in advance, and improves operation safety and reliability.

The application discloses a folded pulse radiation detector and a method for generating a high-amplitude signal, and solves the technical problem that the existing folded pulse radiation detector is difficult to simultaneously realize high intrinsic resolution and improve the amplitude of the optical signal; the folded pulse radiation detector comprises an n-channel laser for emitting n paths of probe light, and further comprises n sensor structures, n delay adjusters, a fiber combiner and a photodetector; the input ends of the n sensor structures are connected to the output ends of the n-channel laser through optical fibers, and are used for converting the n paths of probe light into n beams of interference light and disturbing the interference light; the n delay adjusters are connected to the n sensor structures respectively, the input end of the fiber combiner is connected to the output ends of the n delay adjusters through optical fibers; and the photodetector is connected to the output end of the fiber combiner. Through the interference signal superposition mode, the amplitude response of the folded pulse radiation detector is improved while the high intrinsic time resolution is maintained.