2005Unpublished venueRequires access

The Study of PMOS Vth Distribution Using Process and Device Simulations and C-V Measurements

J. Hadzi‐Vukovic, M.M. Jevtić

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Abstract

Measurements of threshold voltage (Vth) of PMOS transistors with buried channel realized in 0.8mum CMOS technology give large spread of the threshold values. To understand the spread of Vthwe use C-V measurements to obtain doping profile in channel region, and process and device simulations to simulate the experimental results. A good agreement between the experimental results and simulation shows that the spread of Vthoriginates from different doping profiles in channel region

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What this paper is about

Measurements of threshold voltage (Vth) of PMOS transistors with buried channel realized in 0.8mum CMOS technology give large spread of the threshold values. To understand the spread of Vthwe use C-V measurements to obtain doping profile in channel region, and process and device simulations to simulate the experimental results. A good agreement between the experimental results and simulation shows that the spread of Vthoriginates from different doping profiles in channel region

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Available abstract

Measurements of threshold voltage (Vth) of PMOS transistors with buried channel realized in 0.8mum CMOS technology give large spread of the threshold values. To understand the spread of Vthwe use C-V measurements to obtain doping profile in channel region, and process and device simulations to simulate the experimental results. A good agreement between the experimental results and simulation shows that the spread of Vthoriginates from different doping profiles in channel region

Key concepts: PMOS logic, Channel (broadcasting), CMOS, Transistor, Doping, Physics, Electrical engineering, Computer science

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