About the possibility to reduce the time and cost of creating a radar station with the use of the stand of the chief designer

 

S. F. Boev ¹, A. P. Linkevichius ¹, A. S. Logovsky ², S. V. Yakubovsky ³

¹ RTI Group, 8th March str., 10-1, Moscow 127083, Russia

² OJSC Academician A. L. Mints Radiotechnical Institute, RTI Group, 8th March str., 10-1, Moscow 127083, Russia

³ Research and Testing Center of the Central Research Institute of the Air and Space Defense Troops, Ostashkovskaya str., 12A, Moscow 129327, Russia

 

The paper is received on September 11, 2017

 

Abstract. The paper considers a method for reducing the time and cost of the work cycle associated with tuning, adjusting, estimating parameters and testing both the radar in general and its main functional systems (components) created on the basis of high-availability technologies.

The practical basis of the method is the stand of the chief designer, consisting of a basic functional set of radar, as well as technological and hardware-software with a set of software and methodological support, allowing a considerable amount of commissioning, installation and test work outside the radar deployment site.

The effectiveness of the method, compared with the traditional approach to tuning the radar, is shown by the example of the introduction of a high factory readiness radar station class. The terms of on-site cycle works were reduced by 2-3 times, and their cost decreased by 1.5-2 times. The client's risk for the implementation of the State armament program (timely delivery of the radar in operation) has significantly decreased.

Key words: tests, radio engineering production, the stand of the chief designer, the basic functional set, the early warning radars, the risk, the electronic complex, the high factory readiness, the constructive-technological matrix

References

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For citation:

S. F. Boev, A. P. Linkevichius, A. S. Logovsky, S. V. Yakubovsky. About the possibility to reduce the time and cost of creating a radar station with the use of the stand of the chief designer. Zhurnal Radioelektroniki - Journal of Radio Electronics, 2017, No. 9. Available at http://jre.cplire.ru/jre/sep17/10/text.pdf. (In Russian)