I-ITO yokugqoka ibhekisela kwi-Indium Tin Oxide yokugqoka, isisombululo esine-indium, i-oksijini kunye ne-tin - oko kukuthi i-indium oxide (In2O3) kunye ne-tin oxide (SnO2).
Ngokuqhelekileyo ifunyenwe kwifomu ye-oksijini egcwele (ngobunzima) 74% In, 8% Sn kunye ne-18% O2, i-indium tin oxide yimathiriyeli ye-optoelectronic etyheli-grey kwifomu yobuninzi kwaye engenambala & ecacileyo xa ifakwe kwifilimu ebhityileyo. iileya.
Ngoku phakathi kwezona zinto ziqhele ukusetyenziswa ezibonisa ii-oksidi eziqhuba elubala ngenxa yokukhanya okugqwesileyo kunye nokuhamba kombane, i-indium tin oxide inokufakwa kwi-substrates equka iglasi, ipolyester, i-polycarbonate kunye ne-acrylic.
Kumaza aphakathi kwe-525 kunye ne-600 nm, i-20 ohms / sq. Iingubo ze-ITO kwi-polycarbonate kunye neglasi zinencopho yokuhanjiswa kokukhanya kwe-81% kunye ne-87%.
Ulwahlulo kunye neSicelo
Iglasi yokumelana nomgangatho ophezulu (ixabiso lokumelana ne-150 ~ 500 ohms) - ngokuqhelekileyo isetyenziselwa ukhuseleko lwe-electrostatic kunye nokuveliswa kwesikrini sokuchukumisa.
Iglasi yokuxhathisa eqhelekileyo (ixabiso lokumelana yi-60 ~ 150 ohms) - s ngokubanzi isetyenziselwa ukubonisa ikristale ye-TN kunye nokuphazamiseka kwe-electronic anti-interference.
Iglasi ephantsi yokumelana (ukumelana ngaphantsi kwe-60 ohms) - isetyenziswa ngokubanzi kwi-STN liquid crystal display kunye nebhodi yesekethe ecacileyo.
Ixesha lokuposa: Aug-09-2019
