P. Czubarow, Yoshitaka Kamata, Toshiyuki Sato, H. Katz
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The electronics industry is always looking for new ways of protecting devices from over-voltage, or over-current scenarios. In the present work we will introduce novel low-voltage epoxy-carbon nanotube composites with high non-linearity values in resistive devices. Some of the non-linearities achieved had alpha values greater than 10. Devices of different dimensions were made on single polyimide film substrates by photolithographic patterning of interdigitated electrode pairs. These devices were tested at different speeds over different voltage ranges, and I-V relationships are compared. Currently we are looking for direct applications of this technology in microelectronics applications.
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