BiJFet Array Chip MH2XA030 - a Design Tool for Radiation-Hardened and Cryogenic Analog Integrated Circuits

A new BiJFet array chip (AC) MH2XA030 designed to accelerate the creation of analog integrated circuits (ICs) that retain their performance under the influence of penetrating radiation (the flux of neutrons and fast electrons, the accumulated dose of radiation, the single effects from heavy charged...

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Bibliographic Details
Published in2018 IEEE International Conference on Electrical Engineering and Photonics (EExPolytech) pp. 13 - 17
Main Authors Dvornikov, Oleg V., Dziatlau, Valentine L., Tchekhovski, Vladimir A., Prokopenko, Nikolai N., Bugakova, Anna V.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.10.2018
Subjects
analog integrated circuit
array chip
cryogenic electronics
Cryogenics
differential difference operational amplifier
Integrated circuit modeling
Neutrons
operational amplifier
radiation hardness
Solid modeling
Temperature distribution
Transistors
voltage comparator
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Summary:A new BiJFet array chip (AC) MH2XA030 designed to accelerate the creation of analog integrated circuits (ICs) that retain their performance under the influence of penetrating radiation (the flux of neutrons and fast electrons, the accumulated dose of radiation, the single effects from heavy charged particles) and extremely low temperatures (up to −197°C) is considered. The topology of the array chip and its macro cell is described. The schematic design features of radiation-hardened and cryogenic analog ICs based on the AC are indicated. The circuit simulation results of the main analog components of the AC - voltage comparator, two operational amplifiers and two differential difference operational amplifiers are given.
DOI:10.1109/EExPolytech.2018.8564415