OPERATING CONDITIONS OF SPACE CHIPS

V. Zolnikov, N. Gamzatov, I. Strukov, M. Solodilov, E. Grosheva
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Abstract

The issues of creating modern microelectronics for special purposes and the conditions of its operation are considered. The trends in the development of space-purpose microcircuits and their influence on radiation resistance are determined. The paper presents the main physical phenomena that dominate among the radiation effects in recent years. Reducing the characteristic sizes of VLSI elements leads to the appearance of new physical effects, for which it is necessary to develop new models, or improve existing ones.
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空间芯片的工作条件
考虑了为特殊目的创造现代微电子的问题及其运行条件。确定了空间微电路的发展趋势及其对辐射电阻的影响。本文介绍了近年来在辐射效应中占主导地位的主要物理现象。减小超大规模集成电路元件的特征尺寸会导致新的物理效应的出现,因此有必要开发新的模型或改进现有的模型。
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CURRENT STATE OF THE SPACE ELEMENT BASE DEVELOPMENT OF A CIRCUITRY AND CONSTRUCTIVE-TECHNOLOGICAL BASIS FOR COSMIC CHIPS DEVELOPMENT OF MEANS FOR MONITORING THE PARAMETERS OF MICROCHIPS FOR ASSESSING RADIATION RESISTANCE METHOD OF RECORDING A SIGNAL BY AN ELECTROENCEPHALOGRAPH FROM THE CEREBRAL CORTEX METHODS OF DESIGNING AN ELECTROENCEPHALOGRAPH FOR TAKING IMPULSES FROM THE CEREBRAL CORTEX
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