Nanoscale strain analysis by TEM for reduction of power consumption in 180nm CMOS low power embedded flash technology

• Forschungsstelle: INNOSUISSE
• Projektnummer: 13496.1;6 PFFLE-NM
• Projekttitel Englisch: Nanoscale strain analysis by TEM for reduction of power consumption in 180nm CMOS low power embedded flash technology

Kurzbeschreibung (Englisch)

Nanoscale strain analysis by TEM for reduction of power consumption in 180nm CMOS low power embedded flash technology

Kurzbeschreibung (Französisch)

Nanoscale strain analysis by TEM for reduction of power consumption in 180nm CMOS low power embedded flash technology

Abstract (Englisch)

In order to further reduce consumption current in ICs fabricated with EM Microelectronic new 180nm Embedded Flash Technology, we want to: o Develop a local strain measurement method (microscopy by TEM) at CIME-EPFL o Fabricate and measure dedicated samples with EM 180nm Embedded Flash Technology, including deviation from standard flow and specific layout o Identify stressing operations, implement low-stress recipes in production line and adjust design rules for future circuits

Abstract (Französisch)

In order to further reduce consumption current in ICs fabricated with EM Microelectronic new 180nm Embedded Flash Technology, we want to: o Develop a local strain measurement method (microscopy by TEM) at CIME-EPFL o Fabricate and measure dedicated samples with EM 180nm Embedded Flash Technology, including deviation from standard flow and specific layout o Identify stressing operations, implement low-stress recipes in production line and adjust design rules for future circuits