The installation for generation of extreemly intense microwave pulses of a nano- picosecond duration

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Application

An industrial mastering of R&D results on development of pulse-emitting installations for the purpose of functional impact, location, and implementation of physical research, and other applications.

Current stage

R&D

Summary

The project is aimed at solving the problem of electromagnetic safety of the Russian Federation regarding the creation of sources of intense electromagnetic radiation with the range of 30MHz-300GHz pico-nanosecond duration needed for the assesment of the vulnerability of power equipment, information computer control systems, sensitive to external electromegentic emission.  A technology of temporary compression of pulse energy at the output of classic electric-vacuum microwave devices with the use of resonant systems is used in order to generate sources.

Advantages

  • Development of such installations is based on the implementation of existing technologies and equipment operating at enterprises of the electronic industry of the Russian Federation.
  • The installation can be mounted on mobile vehicles;
  • The installation uses smaller feeding voltages, and has smaller overall weight and size parameters than alternative emission sources.

 The autonomous emitting installation of the X-band, which utilizes the technology of temporal compression of the output energy of the industrial magnetron, has the following main technical characteristics:

Carrier emission frequency is 9.4 GHz

Pulse duration is 1 ns

Repetition frequency is 400 Hz

Peak power is 1 MW

Antenna gain is 33 dB

Weight is up to 50 kg

Dimensions are 0.9 x 0.6 x 0.6 m3