I-Indium tin oxide ingenye yama-oxide okuqhuba asobala asetshenziswa kakhulu ngenxa yokuqhuba kwayo kagesi kanye nokubonakala kwayo okubonakalayo, kanye nokulula kwayo ukufakwa njengefilimu encane.
I-Indium tin oxide (ITO) iyinto ye-optoelectronic esetshenziswa kabanzi kokubili ocwaningweni nasembonini. I-ITO ingasetshenziswa ezinhlelweni eziningi, njengezibonisi zephaneli ezisicaba, amafasitela ahlakaniphile, ama-electronics asekelwe ku-polymer, ama-photovoltaics efilimu encane, iminyango yengilazi yamafriji ezitolo ezinkulu, kanye namafasitela okwakha. Ngaphezu kwalokho, amafilimu amancane e-ITO enziwe ngengilazi angaba usizo kumafasitela engilazi ukuze onge amandla.
Amatheyiphu aluhlaza e-ITO asetshenziselwa ukukhiqiza izibani ezikhanyisa ngogesi, ezisebenzayo, neziguquguqukayo ngokugcwele.[2] Futhi, amafilimu amancane e-ITO asetshenziswa ngokuyinhloko njengezembozo eziphikisana nokukhanya kanye nezibonisi zekristalu eliwuketshezi (ama-LCD) kanye ne-electroluminescence, lapho amafilimu amancane esetshenziswa khona njengama-electrode aqhubayo, abonakalayo.
I-ITO ivame ukusetshenziselwa ukwenza ungqimba olubonisa ukukhanya lwezibonisi ezifana nezibonisi zekristalu eliwuketshezi, izibonisi zephaneli ezisicaba, izibonisi zeplasma, amaphaneli okuthinta, kanye nokusetshenziswa kwe-inki kagesi. Amafilimu amancane e-ITO asetshenziswa futhi kuma-diode akhipha ukukhanya okungokwemvelo, amaseli elanga, izimbozo ezilwa ne-static kanye nezivikelo ze-EMI. Kuma-diode akhipha ukukhanya okungokwemvelo, i-ITO isetshenziswa njenge-anode (ungqimba lokufaka imbobo).
Amafilimu e-ITO afakwe ezibukweni zangemuva asetshenziselwa ukuncibilikisa izibukweni zangemuva zezindiza. Ukushisa kukhiqizwa ngokusebenzisa i-voltage kuyo yonke ifilimu.
I-ITO isetshenziselwa futhi ukumbozwa okuhlukahlukene kokukhanya, ikakhulukazi ukumbozwa okukhanyayo kwe-infrared (izibuko ezishisayo) zezimoto, kanye nezibuko zesibani somoya we-sodium. Okunye ukusetshenziswa kufaka phakathi izinzwa zegesi, ukumbozwa okulwa nokukhanya, ukumanzisa ngogesi kuma-dielectric, kanye nezibonisi ze-Bragg zama-laser e-VCSEL. I-ITO isetshenziswa futhi njengesibonisi se-IR samaphaneli amafasitela aphansi. I-ITO isetshenziswe futhi njengesibonisi senzwa kumakhamera e-Kodak DCS akamuva, aqala nge-Kodak DCS 520, njengendlela yokwandisa impendulo yesiteshi esiluhlaza okwesibhakabhaka.
Ama-ITO thin film strain gauges angasebenza emazingeni okushisa afinyelela ku-1400 °C futhi angasetshenziswa ezindaweni ezinzima, njenge-gas turbines, i-jet engine, kanye ne-rocket engines.
