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Top-gate microcrystalline silicon TFTs processed at low temperature (<200ºC)

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N-type as well P-type top-gate microcrystalline silicon thin film transistors (TFTs) are fabricated on glass substrates at a maximum temperature of 200 °C. The active layer is an undoped μc-Si film, 200 nm thick, deposited by Hot-Wire Chemical Vapor. The drain and source regions are highly phosphorus (N-type TFTs) or boron (P-type TFTs)-doped μc-films deposited by HW-CVD. The gate insulator is a silicon dioxide film deposited by RF sputtering. Al-SiO 2-N type c-Si structures using this insulator present low flat-band voltage,-0.2 V, and low density of states at the interface D it=6.4×10 10 eV -1 cm -2. High field effect mobility, 25 cm 2/V s for electrons and 1.1 cm 2/V s for holes, is obtained. These values are very high, particularly the hole mobility that was never reached previously.

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SABOUNDJI, A., COULON, N., GORIN, A., LHERMITE, H., MOHAMMED-BRAHIM, T., FONRODONA TURON, Marta, BERTOMEU I BALAGUERÓ, Joan, ANDREU I BATALLÉ, Jordi. Top-gate microcrystalline silicon TFTs processed at low temperature (<200ºC). _Thin Solid Films_. 2005. Vol. 487, núm. 1-2, pàgs. 227-231. [consulta: 20 de gener de 2026]. ISSN: 0040-6090. [Disponible a: https://hdl.handle.net/2445/47424]

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