The monograph presents the Proceedings of the School of modeling , information technology and automated systems (NS Mitas ) A.S.Shalumova Professor and Scientific School " ASONIKA " Professor Yu.N. Kofanova Considered a range of issues related to the creation of an automated system to ensure reliability and quality equipment ASONIKA , virtualization testing and resistance to destabilizing factors in the operation of electronic equipment on the basis of ASONIKA : ensuring electromagnetic compatibility; finite element modeling and optimization of mechanical processes ; resistance raddioelektronnyh funds to mechanical vibration isolators vzdeystviyam estimation of time to fatigue fracture conclusions radioelements , the definition of reliability and durability , analysis and control of the thermal characteristics of structures , development of database system ASONIKA .
The article analyzes the methods of evaluation of calibration intervals of measuring instruments in the design. Describes recommended methods based on the use of indicators of reliability, in the examples it is shown that for electronic measuring instruments, their use may lead to inadequate results. Alternatively, a method based on the use of durability indicators, and examples confirming the possibility of its application in project evaluation of the primary calibration intervals.
The project developed the climate control system, which will be used to study the durability of electronic components parameters
One of indicators quality of spacecrafts and systems, the requirement to which constantly increase, term of active existence which belongs to group of indicators reliability is and characterizes durability of spacecrafts. Value of term active existence is influenced by various factors among which essential value has durability of electronic equipment.