Eun-suk Cho
Samsung
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Featured researches published by Eun-suk Cho.
IEEE Electron Device Letters | 2009
Min-Cheol Park; Eungjin Ahn; Eun-suk Cho; Keon-Soo Kim; Won-Seong Lee
We present our study on the dependence of data retention characteristics on the threshold voltage (V TH) of the cell transistor revealing the combined effect of control gate voltage and cell transistor architecture. Data retention characteristics are improved by designing a cell transistor that isolates the region where Fowler-Nordheim (FN) stress mainly occurs in tunnel oxide away from the region where maximum cell on-current flows. In the sub-50-nm region, due to short distance between the control gate and the shallow-trench isolation (STI) corner, the maximum cell on-current position is shifted from the STI corner to the channel center as control gate voltage decreases. The edge-thin tunnel oxide cell transistor, of which cell on-current flow is separated from tunneling current in negative cell V TH, shows 0.12-V superior data retention characteristic than the edge-thick tunnel oxide cell transistor at -3 V of cell transistor V TH in experiment.
Archive | 2006
Keunnam Kim; Chul Lee; Eun-suk Cho
Archive | 2005
Ju-Yong Kim; Hyun-Jeong Lim; Ji-Seong Han; Zin Park; Eun-suk Cho
Archive | 2008
Eun-suk Cho; Choong-ho Lee; Tae-yong Kim
Archive | 2004
Eun-suk Cho; Choong-ho Lee; Tae-yong Kim
Archive | 2004
Eun-suk Cho; Chong-Ho Lee; Tae Yong Kim
Archive | 2005
Eun-suk Cho; Choong-ho Lee; Tae-yong Kim
Archive | 2006
Byung-yong Choi; Tae-yong Kim; Eun-suk Cho; Suk-kang Sung; Hye-Jin Cho; Donggun Park; Choong-ho Lee
Archive | 2008
Suk-pil Kim; Yoon-dong Park; Won-joo Kim; Donggun Park; Eun-suk Cho; Suk-kang Sung; Byung-yong Choi; Tae-yong Kim; Choong-ho Lee
Archive | 2004
Myoung-kwan Cho; Eun-suk Cho; Wookhyun Kwon