Evaluation of fermi level pinning in low, midgap and high workfunction metal cate electrodes on ALD and MOCVD HfO/sub 2/ under high temperature exposure
“…<0.2 eV below the conduction band of polysilicon), which is a common figure used in the conventional process. This problem has received significant attentions recently and several methods have been proposed to solve it [183][184][185][186].…”
Section: Fermi Level Pinning In Gate-electrodementioning
“…<0.2 eV below the conduction band of polysilicon), which is a common figure used in the conventional process. This problem has received significant attentions recently and several methods have been proposed to solve it [183][184][185][186].…”
Section: Fermi Level Pinning In Gate-electrodementioning
“…1 13 For more accurate estimation of the charge terms, Brown et al 14 proposed Figure 2 shows the corresponding quadratic fitting of the data with Eq. The V FB -EOT data of all five terraced oxide samples are plotted together in Fig.…”
Section: Mechanism Of Flatband Voltage Roll-off Studied With Al 2 O 3mentioning
“…Several achievements in finding new materials and developing new process for sub-100 nm device manufacturing have been made recently. These processes or materials include the elevated source/drain [9][10][11], plasma doping with flash or laser annealing [12][13][14], NiSi silicide [15][16], strained Si channel for mobility enhancement [17][18][19], silicon on insulator (SOI) [20][21][22], three-dimensional structure [23][24][25][26] high dielectric constant (high-k) gate insulator [28][29][30][31], metal gate [33][34], and low dielectric constant (low-k) interlayer insulator for interconnects [35][36]. These measures are already on schedule for future technology nodes [37].…”
Section: Global and Regional Political And Macro-economic Environmentsmentioning
CMOS technology has been developed into the sub-100 nm range. It is expected that the nano-CMOS technology will governed the IC manufacturing for at least another couple of decades. Though there are many challenges ahead, further down-sizing the device to a few nanometers is still on the schedule of International Technology Roadmap for Semiconductors (ITRS). Several technological options for manufacturing nano-CMOS microchips have been available or will soon be available. This paper reviews the challenges of nano-CMOS downsizing and manufacturing. We shall focus on the recent progress on the key technologies for the nano-CMOS IC fabrication in the next fifteen years.
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