타이틀 |
Effects of Ion Atomic Number on Single-Event Gate Rupture (SEGR) Susceptibility of Power MOSFETs. |
저자 |
Lauenstein, Jean-Marie;; Goldsman, Neil;; Liu, Sandra;; Titus, Jeffrey L.;; Ladbury, Raymond L.;; Kim, Hak S.;; Phan, Anthony M.;; LaBel, Kenneth A.;; Zafrani, Max;; Sherman, Phillip |
Keyword |
FIELD EFFECT TRANSISTORS;; GATES (CIRCUITS); HEAVY ELEMENTS;; HEAVY IONS;; ION IRRADIATION;; LINEAR ENERGY TRANSFER (LET); METAL OXIDE SEMICONDUCTORS;; RADIATION DAMAGE;; RADIATION HARDENING;; SINGLE EVENT UPSETS;; SPACECRAFT ELECTRONIC EQUIPMENT;; SUBSTRATES |
URL |
http://hdl.handle.net/2060/20120008333 |
보고서번호 |
GSFC.JA.5840.2012 |
발행년도 |
2012 |
출처 |
NTRS (NASA Technical Report Server) |
ABSTRACT |
The relative importance of heavy-ion interaction with the oxide, charge ionized in the epilayer, and charge ionized in the drain substrate, on the bias for SEGR failure in vertical power MOSFETs is experimentally investigated. The results indicate that both the charge ionized in the epilayer and the ion atomic number are important parameters of SEGR failure. Implications on SEGR hardness assurance are discussed. |