I understand that in flexible electronics, electrodes made from polymer materials, such as PEDOT, generally have higher resistance.
It is known that a parameter affecting the drain current of Thin-Film Transistors (TFTs) is the series resistance. One of the components of series resistance is believed to be the intrinsic resistance of the source/drain electrodes themselves.
Given that polymer-based electrodes, such as those used in flexible electronics, exhibit higher resistance, does this increase in source/drain resistance negatively impact the drain current of TFTs?
Additionally, if there are references indicating that the series resistance includes the resistance of the source/drain electrodes, please share them.
Furthermore, I would appreciate it if you could provide any references that establish a relationship between series resistance and source/drain electrode resistance.
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