A manufacturable dual channel (Si and SiGe) high-k metal gate CMOS technology with multiple oxides for high performance and low power applicationsS. KrishnanU. Kwonet al.2011IEDM 2011
On the systematic analysis of ring-delay performance using statistical behavior modelQ. LiangB. Greeneet al.2009ISDRS 2009
SMT and enhanced SPT with Recessed SD to improve CMOS Device PerformanceS. FangS.S. Tanet al.2008ICSICT 2008
A simple hardware-based statistical model on 65nm SOI CMOS technologyQ. LiangJ.B. Johnsonet al.2007ISDRS 2007
Band edge high-K /metal gate n-MOSFETs using ultra thin capping layersV.K. ParuchuriV. Narayananet al.2007VLSI-TSA 2007
Recent advances and current challenges in the search for high mobility band-edge high-k/metal gate stacksV. NarayananV.K. Paruchuriet al.2007Microelectronic Engineering
Dual layer SrTiO3/HfO2 gate dielectric for aggressively scaled band-edge nMOS devicesC. ChoiE. Cartieret al.2007Microelectronic Engineering
Recent advances in search for suitable high-k/metal gate solutions to replace SiON/Poly-silicon gate stacks in CMOS devices for 45nm and beyond technologiesB.P. LinderV.K. Paruchuriet al.2007ECS Meeting 2007
Examination of flatband and threshold voltage tuning of HfO2/TiN field effect transistors by dielectric cap layersS. GuhaV.K. Paruchuriet al.2007Applied Physics Letters
Band-edge high-performance high-κ /metal gate n-MOSFETs using cap layers containing group IIA and IIIB elements with gate-first processing for 45 nm and beyondV. NarayananV.K. Paruchuriet al.2006VLSI Technology 2006