COLOR PLATES


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COLOR PLATES
COLOR PLATES
Drain current as a function of source-to-drain voltage for different channel lengths. The characterization was taken at room temperature and high density of charge carriers (V g = −40 V, well beyond threshold voltages of each channel). For observation of the scaling behavior, the W/L ratios of all channels were kept at the same value of 10 in fabrication to exclude geometric factors. Clearly in the regime of V ds < V g − V th, the current-voltage characteristic transitions from linear to superlinear upon scaling from micron to submicron channel length. For submicron channels there is an exponential dependence at very small V ds due to the injection-…
Citation
Ruth Shinar; Joseph Shinar: Organic Electronics in Sensors and Biotechnology. COLOR PLATES, Chapter (McGraw-Hill Professional, 2009), AccessEngineering Export