2.2mm 15ohm 200ű50ŠNashqada ITO galaas ee Shaybaadhka
Heerka Elektarooniga ah/Saaxsanaanta Sarreeysa/Balaashnimada Sare
Lagu heli karo Geedi Socod Badan
1. ITO waa galaas dahaar indium tin oxide leh adkaysi xaashi yar iyo gudbin sare. Heerkulka shaqada oo ka hooseeya 300 ℃.
2. U adkaysiga xaashida cabbirka: 82% – Dhumucdiisuna waxay tahay lakabka shaqaynaysa: 1000 ± 200A– gloss filimka: dahab-jaalle– Midabka qaybta iskutallaabta: buluug
3. Goynta CNC CNC waxay gaadhay saxnaanta xakamaynta cabbirka sare.
4. Dahaarka Xirfadlayaasha & Baakadka Geedi socodka baaxadda weyn si loo sameeyo daahan labbis oo siman. & Muraayad kasta waxaa lagu kala saaraa filim warqad ah si loo ilaaliyo dahaarka loogana fogaado jebinta.
5. Application ITO waxa si weyn loogu isticmaalaa shaashadaha mobaylada, OLED, OPV, PDA, calculator, e-book, electrochromic tools, electromagnetic shielding, photocatalysis, solar cells, tests biological, electrochemical tests (electrodes) iwm.
ITO waa galaas dahaar ah oo indium oksaydh ah waxaana iska leh TCO (conductive oxide) muraayadda wax dhalisa.ITO waxay leedahay iska caabin yar oo xaashi ah iyo gudbin sare. Heerkulka shaqada oo ka hooseeya 300 ℃. Waxaa si weyn loogu isticmaalaa shaashadaha taleefanka gacanta, OLED, OPV, PDA, xisaabiyaha, e-book, aaladaha korantada, gaashaanka elektromagnetic, sawir-qaadista, unugyada qorraxda, tijaabooyinka noolaha, tijaabooyinka elektiroonigga ah (electrodes) .iwm.
Waa maxayMuraayadaha wax-qabadka ee ITO? 1. Muraayadaha wax-qabadka ee ITO waxaa lagu soo saaraa iyadoo la shubayo silikoon dioxide (SiO2) iyo indium tin oxide (badanaa loo yaqaan ITO) filimaan khafiif ah oo ku saleysan soodhaha-lime ama galaaska borosilicate iyadoo la adeegsanayo habka cabbirka magnetron.
2. ITO waa xarun bir ah oo leh sifooyin hufan oo wanaagsan. Waxay leedahay sifooyin bandwidth mamnuuc ah, gudbinta iftiinka sare iyo iska caabin hoose ee gobolka spectrum muuqda. Waxaa si weyn loogu isticmaalaa aaladaha bandhigga, unugyada cadceedda, iyo dahaarka daaqadaha shaqeeya ee gaarka ah. Qalabka shaybaadhka iyo aaladaha kale ee optoelectronic.
Waa maxay muraayadda wax-qabadka ee FTO? 1. FTO-gasha dhalooyinka waa galaas fluorine-doped SnO2 hufan (SnO2: F), oo loo yaqaan FTO.
2. SnO2 waa qayb ballaadhan oo faaruq ah oxide semiconductor kaas oo si hufan u iftiiminaya iftiinka muuqda, oo leh farqiga band ee 3.7-4.0eV, wuxuuna leeyahay qaab dhismeedka cas tetrahedral oo joogto ah. Ka dib markii lagu daro fluorine, filimka SnO2 wuxuu leeyahay faa'iidooyinka gudbinta iftiinka wanaagsan ee iftiinka muuqda, isugeynta ultraviolet weyn, caabbinta hoose, guryaha kiimikada deggan, iyo caabbinta xooggan ee acid iyo alkali heerkulka qolka.
1. Baakadaha iyo gaadiidka
- Baakadaha muraayadaha ITO/FTO/AZO waxaa guud ahaan lagu baakadeeyay baakad aan warqad lahayn (ku habboon baakadaha dhalo-weyn ama cabbir yar)
- ama baakado ka samaysan balaastiig (ku habboon baakadaha aagga weyn ee leh aag weyn, caag caag ah iyo qaybaha xiriirka dhalooyinka guud ahaan lama isticmaalo) .
- Ka dib markii kala soocidda galaas conductive ama jir xijaab waa la kala soocay, waxaa guud ahaan si adag u xirxiran oo leh filim yar ama warqad si looga hortago in simbiriirixan iyo xoqin u dhexeeya muraayadaha iyo inta u dhaxaysa muraayadda iyo xirmada inta lagu guda jiro gaadiidka si ay u saameeyaan waxqabadka galaaska.
2. Cuncunka muraayadda wax-qabadka ee ITO
Waxaan sidoo kale bixinaa adeegyada etching ee muraayadaha ITO/FTO. Fadlan noo soo dir garaafyada iyo cabbirrada.
Kadib xaqiijinta codsigaaga, waxay qaadan doontaa ilaa 10 maalmood in la habeeyo, ka dibna waan kuu soo rari karnaa alaabta.
- Lakabka korantada ee IT0 galaaska korantada waa indium tin oxide (IT0 gaaban) oo si fudud ula falgala aashitada.
- Fiirsashada hydrochloric acid waxaa loo diyaariyaa iyadoo loo eegayo dhumucda lakabka korantada IT0 iyo waqtiga etching.
- Aashitada hydrochloric ee kulul waxay soo dedejin kartaa habka xoqidda.
ARAGTIDA WARSHADA
Booqashada Macaamiisha & Jawaab celinta
Dhammaan alaabta la isticmaalo waa U hogaansama ROHS III (nooca Yurub), ROHS II (NOQAALKA SHIINAHA), gaadhitaanka (nooca hadda)
Kii hore: Muraayadaha hore ee xanaaqsan Xiga: Muraayadaha Daboolka oo xanaaqsan