Comparison of electrical performances organic TFTs based on various channel lengths and hybrid dielectrics.

Comparison of electrical performances organic TFTs based on various channel lengths and hybrid dielectrics.

<p>Comparison of electrical performances organic TFTs based on various channel lengths and hybrid dielectrics.</p>

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Bibliographic Details
Main Author:	Lingala Prasanthi (22232535) (author)
Other Authors:	Asisa Kumar Panigrahy (22232538) (author), Subhashini Tata (22232541) (author), Rohith Bala Jaswanth B. (22232544) (author), Talla Srinivasa Rao (15440309) (author), Matta Durga Prakash (22232547) (author), Shovan Kumar Kundu (22232550) (author)
Published:	2025
Subjects:	Molecular Biology Neuroscience Biotechnology Evolutionary Biology Developmental Biology Cancer Infectious Diseases Virology 1 &# 956 balance interface quality k dielectric materials otft )</ p div >< p increased contact resistance higher contact resistance detailed numerical investigation 4 &# 8201 2 &# 8201 gate dielectric interface short channel length optimizing pvp thickness contact resistance dielectric interface thickness ratio hybrid dielectric gate voltage xlink "> thicknesses ranging successfully reduced study provides state current pvp layer performed using organic thin lower mobility leakage current layer dielectrics interfacial properties hysteresis effects findings highlight film transistors enhancing mobility comprehensive analysis channel otfts </ sub
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