When comparing the extracted carrier mobility of long- and short-channel transistors, special consideration must be given to the metallurgical gate length(Lₘₑₜ), neglecting the impact of source and drain junction profiles.Lₘₑₜcan be identified with nanometer precision by using RF split-C–Vmeasurements, and physical and electrical analysis can demonstrate the accuracy of the method. Another important parameter, the external transistor resistance(Rsd), can be identified with linear current measurements of short-channel devices. However, it is important to quantify the mobility dependence from the gate length in order to obtain an accurate result. A method to estimate the electrical field(Eeff)of short-channel devices is proposed. The extracted short-channel mobility shows a universal behavior identical to the classical long-channel one.
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Severi et al. (2007) studied this question.
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