This paper experimentally shows the reduction of anomalous narrow width effect (NWE) observed in gate-first high- k metal-gate (HKMG) nMOS transistors by using pregate carbon implants. The experiments are performed with different carbon implant doses and energies, in collaboration with a semiconductor foundry. The 28-nm gate-first HKMG CMOS technology is used as the baseline flow. The physical mechanisms responsible for this improvement are identified and explained in detail. It is further shown that the pregate carbon implant used to suppress the NWE also increases junction leakage, improves the device electrostatics, and improves the universal curve.by Nihar R Mohapatra, Mohit D. Ganeriwala and Satya Sivanaresh M
As the scaling of MOS transistor is approaching the physical limits, large leakage current is becomi...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...
This paper analyzes and models the narrow width effect (NWE) observed in nMOS transistors fabricated...
HIGH K dielectrics and metal gate stacks (HKMG stacks) are currently being used in place of conventi...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effect of small geometries on the performance of NMOS transistors...
This paper discusses in detail the effects of transistor width, layout, and technological parameters...
In this paper we present a detailed investigation on the influence of carbon co-implantation in the ...
In this paper we present a detailed investigation on the influence of carbon co-implantation in the ...
This paper discusses in detail the effects of transistor width and layout on the Hot-Carrier (HC) an...
This letter analyzes the width dependence of gate current observed in nMOS transistors fabricated us...
193 p.The focus of this dissertation is the investigation of MOS transistors with very small dimensi...
[[abstract]]The reduction of transient enhanced diffusion (TED) and suppression of short-channel eff...
As the scaling of MOS transistor is approaching the physical limits, large leakage current is becomi...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...
This paper analyzes and models the narrow width effect (NWE) observed in nMOS transistors fabricated...
HIGH K dielectrics and metal gate stacks (HKMG stacks) are currently being used in place of conventi...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effects of device dimensions and layout/design rules on the analo...
This paper discusses in detail the effect of small geometries on the performance of NMOS transistors...
This paper discusses in detail the effects of transistor width, layout, and technological parameters...
In this paper we present a detailed investigation on the influence of carbon co-implantation in the ...
In this paper we present a detailed investigation on the influence of carbon co-implantation in the ...
This paper discusses in detail the effects of transistor width and layout on the Hot-Carrier (HC) an...
This letter analyzes the width dependence of gate current observed in nMOS transistors fabricated us...
193 p.The focus of this dissertation is the investigation of MOS transistors with very small dimensi...
[[abstract]]The reduction of transient enhanced diffusion (TED) and suppression of short-channel eff...
As the scaling of MOS transistor is approaching the physical limits, large leakage current is becomi...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...
[[abstract]]High-k gate dielectric process is the key technology for nano-scale MOS device. A nitrid...