Experimental study on irradiation damage dose of 180 nm CMOS MCU
NUCLEAR ELECTRONICS AND INSTRUMENTATION|更新时间:2024-10-25
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Experimental study on irradiation damage dose of 180 nm CMOS MCU
“In the field of microprocessor radiation effect research, experts have designed an STM32 microprocessor total dose effect experiment to verify that on-chip FLASH memory is the first to damage, providing data support for radiation hardening technology.”
NUCLEAR TECHNIQUESVol. 42, Issue 11, (2019)
作者机构:
中国辐射防护研究院 太原 030006
作者简介:
CHEN Faguo, male, born in 1987, graduated from China Institute for Radiation Protection in 2011, master student, focusing on radiation protection technology
Radiation effect sensitive peripheral of 180 nm CMOS microprocessor and probabilistic model analysis of its damage dose
Gamma ray irradiation response of the trench MOSFET amplifier
Total ionizing dose effect of enhanced AlGaN/GaN HEMT devices under different bias
Development of extendable on-line test system for total ionizing dose effect of microprocessor
Impact of process parameters on total ionizing dose effect on SOI NMOS
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China Electronics Technology Group Corporation No.58 Research Institute