I-ITO coating ibhekisela ku-Indium Tin Oxide coating, okuyisixazululo esihlanganisa i-indium, umoya-mpilo ne-tin - okungukuthi i-indium oxide (In2O3) ne-tin oxide (SnO2).
Ivamise ukutholwa ngendlela egcwele umoya-mpilo ehlanganisa (ngesisindo) 74% Ngaphakathi, 8% Sn no-18% O2, i-indium tin oxide iwumsebenzi we-optoelectronic ophuzi ngokumpunga ngobuningi befomu futhi engenambala futhi ebonisa ngale uma isetshenziswa kufilimu encane. izendlalelo.
Manje phakathi kwama-oxide e-transparent asetshenziswa kakhulu ngenxa yokungafihli kahle kwawo okuhle nokuhamba kukagesi, i-indium tin oxide ingafakwa ku-substrates okuhlanganisa ingilazi, i-polyester, i-polycarbonate ne-acrylic.
Kumaza amaza aphakathi kuka-525 no-600 nm, 20 ohms/sq. Izingubo ze-ITO ku-polycarbonate nengilazi zinokudluliswa kokukhanya okuphezulu okujwayelekile okungama-81% no-87%.
Ukuhlelwa Nokusebenza
Ingilazi yokumelana okuphezulu (inani lokumelana ngu-150~500 ohms) - ngokuvamile isetshenziselwa ukuvikelwa kwe-electrostatic kanye nokukhiqizwa kwesikrini esithintwayo.
Ingilazi evamile yokumelana (inani lokumelana lingu-60~150 ohms) - s ngokuvamile esetshenziselwa ukubonisa ikristalu ewuketshezi ye-TN kanye nokuphikisana nokuphazanyiswa kwe-electronic.
Ingilazi yokumelana ephansi (ukumelana okungaphansi kwama-ohms angu-60) - ngokuvamile isetshenziselwa i-STN liquid crystal display kanye nebhodi lesifunda elisobala.
Isikhathi sokuthumela: Aug-09-2019
