Njengedivayisi entsha yokufaka, isikrini sokuthinta siyindlela elula, elula futhi engokwemvelo yokusebenzisana kwekhompyutha yomuntu.
Isikrini sokuthinta, esaziwa nangokuthi "isikrini sokuthinta" noma "iphaneli yokuthinta", iyidivayisi ebonisa ikristalu ewuketshezi eshintshayo engathola amasignali okokufaka afana noxhumana nabo; uma izinkinobho zesithombe ezikusikrini zithintwa, isistimu yempendulo ethintekayo esikrinini ingakwazi Imishini ehlukahlukene yokuxhuma ishayelwa ngokuya ngezinhlelo ezihlelwe ngaphambilini, ezingasetshenziswa ukufaka esikhundleni samaphaneli wezinkinobho zemishini nokudala imiphumela ecacile yomsindo nevidiyo ngezikrini ze-LCD. Izindawo ezisetshenziswa kakhulu zezikrini zokuthinta zikaRuixiang yimishini yezokwelapha, izinkundla zezimboni, izinto eziphathwa ngesandla, i-Smart home, ukusebenzisana kwabantu namakhompyutha, njll.
Izigaba ezijwayelekile zesikrini sokuthinta
Kunezinhlobo ezimbalwa eziyinhloko zezikrini zokuthinta emakethe namuhla: izikrini zokuthinta eziphikisayo, izikrini zokuthinta ezingaphezulu kwe-capacitive kanye nezikrini zokuthinta i-inductive capacitive, i-surface acoustic wave, i-infrared, namagagasi agobayo, i-digitizer esebenzayo nezikrini zokuthinta i-optical imaging. Kungaba nezinhlobo ezimbili zazo, uhlobo olulodwa ludinga i-ITO, njengezinhlobo ezintathu zokuqala zezikrini zokuthinta, kanti olunye uhlobo aludingi i-ITO esakhiweni, njengezinhlobo zakamuva zezikrini. Njengamanje emakethe, izikrini zokuthinta eziphikisayo kanye nezikrini zokuthinta ezine-capacitive ezisebenzisa izinto ze-ITO yizona ezisetshenziswa kakhulu. Okulandelayo kwethula ulwazi oluhlobene nezikrini zokuthinta, ezigxile kuzikrini ezikwazi ukumelana nezinga namandla.
Isakhiwo sesikrini sokuthinta
Isakhiwo esijwayelekile sesikrini sokuthinta ngokuvamile siqukethe izingxenye ezintathu: izendlalelo zekhondatha ezikhanyelayo ezimbili, isendlalelo sokuhlukanisa phakathi kwamakhondatha amabili, nama-electrode.
Isendlalelo somqhubi we-resistive: I-substrate engenhla yenziwe ngepulasitiki, i-substrate engezansi yenziwe ngengilazi, futhi i-indium tin oxide (ITO) e-conductive (ITO) ifakwe ku-substrate. Lokhu kudala izendlalelo ezimbili ze-ITO, ezihlukaniswe ama-pivots athile ahlukanisayo cishe ingxenye eyinkulungwane yamayintshi ubukhulu.
I-Electrode: Yenziwe ngezinto ezine-conductivity enhle kakhulu (njenge-inki yesiliva), futhi ukuqhuba kwayo cishe izikhathi ezingu-1000 kune-ITO. (Iphaneli yokuthinta enamandla)
Isendlalelo sokuhlukanisa: Isebenzisa ifilimu ye-polyester ezacile kakhulu ye-PET. Lapho ingaphezulu lithintwa, lizogoba liye phansi futhi livumele izendlalelo ezimbili ze-ITO coating ngezansi ukuthi zixhumane ukuze zixhume isekethe. Yingakho isikrini sokuthinta singafinyelela ukuthinta Ukhiye. isikrini sokuthinta se-surface capacitive.
Isikrini sokuthinta esingazweli
Kalula nje, isikrini sokuthinta esiphikisayo siyinzwa esebenzisa isimiso sokuzwa ingcindezi ukuze sifinyelele ukuthinta. isikrini esiphikisayo
Umgomo wesikrini esithintwayo esingazweli:
Lapho umunwe womuntu ucindezela ingaphezulu lesikrini esikwazi ukumelana nalesi sici, ifilimu elinwebekayo le-PET ligoba liye phansi, livumele ama-ITO angaphezulu nangaphansi ukuthi axhumane ukuze akhe indawo yokuthinta. I-ADC isetshenziselwa ukuthola i-voltage yephoyinti ukuze kubalwe amanani wokuxhumanisa i-eksisi engu-X kanye no-Y. isikrini esithintwayo esiqinile
Izikrini zokuthinta ezibambayo ngokuvamile zisebenzisa izintambo ezine, ezinhlanu, eziyisikhombisa noma eziyisishiyagalombili ukuze zenze i-voltage yokuchema kwesikrini futhi zifunde emuva iphuzu lokubika. Lapha sithatha ikakhulukazi imigqa emine njengesibonelo. Umgomo umi kanje:
1. Engeza i-voltage engaguquki i-Vref kuma-electrode e-X+ no-X, bese uxhuma i-Y+ ku-ADC ene-impedance ephezulu.
2. Inkambu kagesi phakathi kwama-electrode amabili isakazwa ngokufanayo ohlangothini ukusuka ku-X+ kuya ku-X-.
3. Uma isandla sithinta, izingqimba ezimbili ze-conductive zithintana endaweni yokuthinta, futhi amandla ongqimba lwe-X endaweni yokuthinta aqondiswe ku-ADC exhunywe ku-Y layer ukuze kutholwe i-voltage Vx. isikrini esiphikisayo
4. Nge-Lx/L=Vx/Vref, izixhumanisi zephoyinti lika-x zingatholakala.
5. Ngendlela efanayo, xhuma i-Y + ne-Y- ku-voltage Vref, izixhumanisi ze-Y-axis zingatholakala, bese uxhuma i-electrode ye-X + ku-ADC ephezulu yokuvinjelwa ukuze uthole. Ngesikhathi esifanayo, isikrini sokuthinta esinezintambo ezine esikwazi ukuthola izixhumanisi ze-X/Y zoxhumana naye, kodwa futhi silinganise ukucindezela koxhumana naye.
Lokhu kungenxa yokuthi ingcindezi inkulu, ukuxhumana kugcwele, futhi kuncane ukumelana. Ngokulinganisa ukumelana, ingcindezi ingalinganiswa. Inani le-voltage lilingana nenani lokuxhumanisa, ngakho lidinga ukulinganiswa ngokubala ukuthi kukhona yini ukuchezuka kwevelu ye-voltage yephoyinti lokuxhumanisa (0, 0). isikrini esiphikisayo
Izinzuzo nezinkinga zesikrini esithintwayo esingazweli:
1. Isikrini sokuthinta esiphikisayo singahlulela iphuzu elilodwa kuphela lapho sisebenza. Uma kunamaphuzu okuthinta angaphezu kwamabili, angeke ahlulelwe ngendlela efanele.
2. Izikrini ezingazweli zidinga amafilimu okuvikela kanye nokulinganisa okuvamile, kodwa izikrini zokuthintwa eziqinile azithintwa uthuli, amanzi, nokungcola. iphaneli yesikrini sokuthinta esiphikisayo
3. Ucwecwe lwe-ITO lwesikrini sokuthinta esibambayo sincane futhi kulula ukusiphuka. Uma bukhulu kakhulu, kuzonciphisa ukudluliswa kokukhanya futhi kubangele ukubonakaliswa kwangaphakathi ukunciphisa ukucaca. Nakuba ungqimba oluncane lwepulasitiki oluvikelayo lwengezwe ku-ITO, kuselula ukulolwa. Ilinyazwa yizinto; futhi ngenxa yokuthi ivame ukuthintwa, imifantu emincane noma i-deformation izovela ebusweni be-ITO ngemva kwesikhathi esithile sokusetshenziswa. Uma esinye sezingqimba ze-ITO zangaphandle sonakalisiwe futhi siphuka, sizolahlekelwa indima yayo njengomqhubi futhi impilo yesikrini sokuthinta ngeke ibe yinde. . iphaneli yesikrini sokuthinta esiphikisayo
capacitive touch screens, capacitive touch screens
Ngokungafani nezikrini zokuthinta eziphikisayo, ukuthinta kwe-capacitive akunciki ekucindezelweni kweminwe ukuze udale futhi uguqule amanani kagesi ukuze kutholwe izixhumanisi. Ikakhulukazi isebenzisa ukungeniswa kwamanje komzimba womuntu ukuze isebenze. capacitive touch screens
Umgomo wesikrini esithintwayo esinamandla:
Izikrini ezinamandla zisebenza nganoma iyiphi into ephethe ishaja kagesi, okuhlanganisa nesikhumba somuntu. (Izindleko ezithwalwa umzimba womuntu) Izikrini zokuthinta ezine-capacitive zenziwe ngezinto ezifana nama-alloys noma i-indium tin oxide (ITO), futhi amashaji agcinwa kumanethiwekhi amancane kagesi amancane kunoboya. Uma umunwe uchofoza esikrinini, inani elincane lamanje lizomuncwa endaweni yokuxhumana, libangele ukwehla kwe-voltage ku-electrode ekhoneni, futhi inhloso yokulawula ukuthinta ifinyelelwa ngokuzwa amandla amanje abuthakathaka omzimba womuntu. Yingakho i-touch screen ihluleka ukusabela uma sifaka amagilavu futhi siyithinta. isikrini sokuthinta esibonakalayo se-capacitive
Ukuhlukaniswa kohlobo lokuzwa kwesikrini esinamandla
Ngokusho kohlobo lokungeniswa, ingahlukaniswa nge-surface capacitance kanye ne-projected capacitance. Izikrini ze-capacitive ezicatshangelwayo zingahlukaniswa zibe izinhlobo ezimbili: izikrini ezizibambayo kanye nezikrini ze-mutual capacitive. Isikrini se-mutual capacitive esivame kakhulu siyisibonelo, esakhiwe ama-electrode okushayela kanye nokwamukela ama-electrode. isikrini sokuthinta se-surface capacitive
Isikrini sokuthinta se-Surface capacitive:
I-Surface capacitive inesendlalelo esivamile se-ITO kanye nohlaka lwensimbi, kusetshenziswa izinzwa ezitholakala emagumbini amane kanye nefilimu ezacile esatshalaliswe ngokulinganayo endaweni yonke. Uma umunwe uchofoza esikrinini, umunwe womuntu kanye nesikrini sokuthinta kusebenza njengamakhondaktha amabili ashajwe, asondelane ukuze akhe i-coupling capacitor. Ukuze uthole i-high-frequency current, i-capacitor iyi-conductor eqondile, ngakho-ke umunwe udonsa i-current encane kakhulu kusukela endaweni yokuxhumana. I-current iphuma kuma-electrode emakhoneni amane esikrini sokuthinta. Ubukhulu bamanje bulingana nebanga ukusuka emunweni kuya ku-electrode. Isilawuli sokuthinta sibala indawo yephoyinti lokuthintwa. isikrini sokuthinta esibonakalayo se-capacitive
Isikrini sokuthinta esicatshangelwayo se-capacitive:
I-ito eyodwa noma ngaphezulu eklanywe ngokucophelela isetshenziswa. Lezi zendlalelo ze-ITO ziqoshwa ukuze zakhe ama-electrode amaningi avundlile naqondile, futhi ama-chips azimele anezici zokuzwa ayanyakaziswa emigqeni/kumakholomu ukuze kwakheke iyunithi yenzwa ye-axis-coordinate ye-capacitance ehlongozwayo. : Izimbazo zika-X kanye no-Y zisetshenziswa njengemigqa namakholomu ahlukene wamayunithi ezinzwa zokuxhumanisa ukuze kutholwe amandla eyunithi ngayinye yenzwa yegridi. isikrini sokuthinta se-surface capacitive
Imingcele eyisisekelo yesikrini se-capacitive
Inombolo yamashaneli: Inani lemigqa yesiteshi exhunywe ku-chip kuya esikrinini esithintwayo. Uma kuneziteshi eziningi, izindleko ziphakeme futhi izintambo eziyinkimbinkimbi. Umthamo wendabuko: M+N (noma M*2, N*2); umthamo ofanayo: M+N; umthamo we-incell mutual: M*N. capacitive touch screens
Inombolo yamanodi: Inombolo yedatha evumelekile engatholwa ngamasampula. Uma kukhona ama-node amaningi, idatha eyengeziwe ingatholakala, izixhumanisi ezibalwayo zinembe kakhulu, futhi indawo yokuxhumana engasekelwa incane. Ukuzilawula ngokwakho: kuyafana nenani lamashaneli, umthamo ofanayo: M*N.
Isikhala sesiteshi: ibanga phakathi kwezikhungo zamashaneli eziseduze. Uma ama-node engeziwe, iphimbo elihambisanayo liyoba lincane.
Ubude bekhodi: ukubekezelelana kuphela okudingayo ukwandisa isignali yesampula ukuze kongiwe isikhathi sokusampula. I-mutual capacitance scheme ingase ibe namasignali emigqeni yokushayela eminingi ngesikhathi esisodwa. Mangaki amashaneli anamasiginali ancike kubude bekhodi (imvamisa amakhodi ama-4 yiwo amaningi). Ngoba ukuqopha kuyadingeka, lapho ubude bekhodi bukhulu kakhulu, kuzoba nomthelela othile ekusheleleni okusheshayo. capacitive touch screens
Izikrini zokuthinta ezicatshangelwayo ze-capacitive capacitive
(1) Isikrini sokuthinta esinamandla: Womabili ama-electrode avundlile naqondile ashayelwa indlela yokuzwa ene-single-end.
Ingaphezulu lengilazi lesikrini sokuthinta esizikhiqizela sona se-capacitive sisebenzisa i-ITO ukwenza i-electrode evundlile neqondile. Lawa ma-electrode avundlile naqondile enza ama-capacitor nomhlabathi ngokulandelana. Lawa mandla ajwayele ukubizwa ngokuthi yi-self-capacitance. Uma umunwe uthinta isikrini se-capacitive, amandla omunwe azobekwa phezulu kumthamo wesikrini. Ngalesi sikhathi, isikrini esizibambayo sithola i-electrode evundlile futhi mpo futhi sinquma izixhumanisi ezivundlile nezime mpo ngokulandelanayo ngokusekelwe ezinguqukweni zamandla ngaphambi nangemuva kokuthintwa, bese kuthi i-Touch izixhumanisi ezihlanganiswe zibe indiza.
Amandla e-parasitic ayanda lapho umunwe uthinta: Cp'=Cp + Cfinger, lapho i-Cp- inamandla e-parasitic.
Ngokubona ushintsho lwe-parasitic capacitance, indawo ethintwa umunwe inqunywa. capacitive touch screens
Thatha uhlaka lwe-self-capacitance enezendlalelo ezimbili njengesibonelo: izingqimba ezimbili ze-ITO, ama-electrode avundlile naqondile asekelwe ngokulandelana ukuze enze i-self-capacitance, kanye neziteshi zokulawula i-M+N. I-ips LCD capacitive touch screen
Kuzikrini ezizilawulayo, uma kuwukuthinta okukodwa, ukuqagela ku-X-axis kanye nezikhombisi-ndlela ze-Y-eksisi kuhlukile, futhi izixhumanisi ezihlanganisiwe nazo zihlukile. Uma amaphuzu amabili ethintwa esikrinini esithintwayo futhi amaphuzu amabili asezinyaweni ezihlukene ze-XY eksisi, kuzovela izixhumanisi ezi-4. Kodwa ngokusobala, izixhumanisi ezimbili kuphela ezingokoqobo, kanti ezinye ezimbili zaziwa ngokuthi "amaphuzu ayisipoki". ips LCD capacitive touch screen
Ngakho-ke, izici eziyinhloko zesikrini esizilawulayo sinquma ukuthi singathintwa iphuzu elilodwa kuphela futhi asikwazi ukuzuza ukuthinta okuningi kweqiniso. I-ips LCD capacitive touch screen
Isikrini sokuthinta esine-Capacitive Mutual: Isiphetho esithumelayo nesiphetho sokwamukela sihlukile futhi siwela ngokuma mpo. capacitive multi touch
Sebenzisa i-ITO ukwenza ama-electrode aguquguqukayo nama-electrode ubude. Umehluko kusuka ku-self-capacitance ukuthi i-capacitance izokwakhiwa lapho amasethi amabili e-electrode ehlangana, okungukuthi, amasethi amabili ama-electrode ngokulandelana enza izigxobo ezimbili ze-capacitance. Uma umunwe uthinta isikrini se-capacitive, sithinta ukuhlangana phakathi kwama-electrode amabili axhunywe endaweni yokuthinta, ngaleyo ndlela kushintshe amandla phakathi kwama-electrode amabili. capacitive multi touch
Uma ithola amandla okuhlangana, ama-electrode avundlile athumela amasignali enjabulo ngokulandelana, futhi wonke ama-electrode aqondile athola amasignali ngesikhathi esifanayo. Ngale ndlela, amanani we-capacitance kumaphuzu okuphambana kwawo wonke ama-electrode avundlile naqondile angatholakala, okungukuthi, usayizi we-capacitance wendiza yonke enezinhlangothi ezimbili zesikrini sokuthinta, ukuze ibonakale. ukuthinta okuningi.
I-coupling capacitance iyancipha uma umunwe uyithinta.
Ngokuthola ushintsho ku-coupling capacitance, indawo ethintwa umunwe iyanqunywa. I-CM - i-coupling capacitor. capacitive multi touch
Thatha isakhiwo se-self-capacitance enezendlalelo ezimbili njengesibonelo: izendlalelo ezimbili ze-ITO ziyadlulana ukuze zakhe ama-capacitor angu-M*N kanye namashaneli okulawula e-M+N. capacitive multi touch
Ubuchwepheshe bokuthinta okuningi busekelwe kuzikrini zokuthinta ezihambisanayo futhi buhlukaniswe ngobuchwepheshe be-Multi-TouchGesture kanye ne-Multi-Touch All-Point, okuwukubona ukuthinta okuningi kokuthinta indlela kanye nendawo yokuthinta iminwe. Isetshenziswa kakhulu ekuboneni ukuthinta kweselula kanye nokuthinta iminwe eyishumi. Isigcawu esilindile. Akukhona nje kuphela ukuthi ukuthinta nokubonwa kweminwe eminingi kungabonwa, kodwa amanye amafomu okuthintwa okungekona kweminwe nawo avunyelwe, kanye nokuqashelwa kusetshenziswa izintende, noma izandla ezigqoke amagilavu. Indlela yokuskena ye-Multi-Touch All-Point idinga ukuskena okuhlukene nokutholwa kwamaphoyinti okuphambana komugqa ngamunye nekholomu yesikrini esithintwayo. Inombolo yokuskena iwumkhiqizo wenombolo yemigqa kanye nenani lamakholomu. Isibonelo, uma isikrini esithintwayo sinemigqa engu-M namakholomu angu-N, sidinga ukuskenwa. Amaphoyinti okuphambanamgwaqo yizikhathi ezingu-M*N, ukuze kutholakale ushintsho kumthamo ngamunye ohlanganyelwe. Uma kukhona ukuthinta umunwe, amandla okuxhumana ayancipha ukuze anqume indawo yephoyinti lokuthinta ngalinye. capacitive multi touch
Uhlobo lwesakhiwo sesikrini esithintwayo esinamandla
Isakhiwo esiyisisekelo sesikrini sihlukaniswe izingqimba ezintathu ukusuka phezulu kuye phansi, ingilazi evikelayo, isendlalelo sokuthinta, nephaneli yokubonisa. Phakathi nenqubo yokukhiqiza izikrini zeselula, ingilazi yokuvikela, isikrini sokuthinta, nesikrini sokubonisa kumele kuhlanganiswe kabili.
Njengoba ingilazi evikelayo, isikrini esithintwayo, kanye nesikrini sokubonisa sidlula inqubo ye-laminating njalo, izinga lokukhiqiza lizoncishiswa kakhulu. Uma inani lama-lamination lingancishiswa, izinga lokukhiqiza le-lamination eligcwele ngokungangabazeki lizothuthukiswa. Njengamanje, abakhiqizi bephaneli yokubonisa abanamandla kakhulu bavame ukukhuthaza izixazululo ze-On-Cell noma In-Cell, okungukuthi, bavame ukwenza isendlalelo sokuthinta esikrinini sokubonisa; kuyilapho abakhiqizi bemojula yokuthinta noma abakhiqizi bezinto ezikhuphukayo bevame ukuthanda i-OGS, okusho ukuthi isendlalelo sokuthinta Senziwe engilazini yokuvikela. capacitive multi touch
Kuseli: ibhekisela endleleni yokushumeka imisebenzi yephaneli yokuthinta ibe amaphikseli ekristalu ewuketshezi, okungukuthi, ukushumeka imisebenzi yenzwa yokuthinta ngaphakathi kwesikrini sokubonisa, engenza isikrini sibe sincane futhi sibe lula. Ngesikhathi esifanayo, isikrini se-In-Cell kufanele sishunyekwe ngokuthinta okufanayo kwe-IC, ngaphandle kwalokho kuzoholela kalula kumasiginali ayiphutha wenzwa yokuthinta noma umsindo oweqile. Ngakho-ke, izikrini ze-In-Cell zizimele ngokwazo. capacitive multi touch
On-Cell: ibhekisela endleleni yokushumeka isikrini sokuthinta phakathi kwe-substrate yesihlungi sombala kanye ne-polarizer yesikrini sokubonisa, okungukuthi, ngenzwa yokuthinta kuphaneli ye-LCD, enzima kakhulu kunobuchwepheshe Beseli. Ngakho-ke, isikrini sokuthinta esisetshenziswa kakhulu emakethe isikrini se-Oncell. I-ips capacitive touch screen
I-OGS (Isixazululo Sengilazi Eyodwa): Ubuchwepheshe be-OGS buhlanganisa isikrini esithintwayo kanye nengilazi evikelayo, imboza ingaphakathi lengilazi yokuzivikela ngelendlalelo eqhubayo ye-ITO, futhi yenza i-coating ne-photolithography ngqo engilazini yokuvikela. Njengoba ingilazi evikelayo ye-OGS kanye nesikrini sokuthinta kuhlanganiswe ndawonye, ngokuvamile kudinga ukuqiniswa kuqala, bese kuhlanganiswe, kuqoshwe, futhi ekugcineni kunqunywe. Ukusika ingilazi epholile ngale ndlela kuyinkinga kakhulu, kunezindleko eziphezulu, isivuno esincane, futhi kubangela ukuqhekeka kwezinwele ezithile emaphethelweni engilazi, okunciphisa amandla engilazi. I-ips capacitive touch screen
Ukuqhathaniswa kwezinzuzo kanye nokubi kwezikrini zokuthinta i-capacitive:
1. Mayelana nokubonisa ngale kwesikrini nemiphumela yokubuka, i-OGS ihamba phambili, ilandelwa i-In-Cell kanye ne-On-Cell. I-ips capacitive touch screen
2. Ubuncane nokukhanya. Ngokuvamile, i-In-Cell ilula kakhulu futhi izacile, ilandelwa yi-OGS. I-On-Cell imbi kakhulu kunalawa amabili okuqala.
3. Ngokwamandla esikrini (ukumelana nomthelela nokumelana nokwehla), i-On-Cell ihamba phambili, i-OGS ingeyesibili, kanti i-In-Cell iyona embi kakhulu. Kufanele kuphawulwe ukuthi i-OGS ihlanganisa ngokuqondile ingilazi yokuvikela yaseCorning nesendlalelo sokuthinta. Inqubo yokucubungula yenza buthaka amandla engilazi futhi isikrini naso sintekenteke kakhulu.
4. Mayelana nokuthinta, ukuzwela kokuthinta kwe-OGS kungcono kunezikrini ze-On-Cell/In-Cell. Mayelana nokusekelwa kokuthinta okuningi, iminwe, nesitayela se-Stylus, i-OGS empeleni ingcono kune-In-Cell/On-Cell. Amaseli. Ngaphezu kwalokho, ngenxa yokuthi isikrini esiseselini sihlanganisa ngokuqondile isendlalelo sokuthinta kanye nesendlalelo sekristalu ewuketshezi, umsindo wezinzwa mkhulu ngokuqhathaniswa, futhi i-chip yokuthinta iyadingeka ukuze kuhlungwe futhi kulungiswe. Izikrini ze-OGS azincikile kangako kuma-touch chips.
5. Izidingo zobuchwepheshe, I-In-Cell/On-Cell ziyinkimbinkimbi kakhulu kune-OGS, nokulawula ukukhiqiza nakho kunzima kakhulu. I-ips capacitive touch screen
Isimo sesikrini sokuthinta kanye nezitayela zokuthuthuka
Ngokuthuthuka okuqhubekayo kobuchwepheshe, izikrini zokuthintwa zishintshile kusukela kuzikrini eziphikisayo esikhathini esidlule ukuya kuzikrini ezinamandla ezisetshenziswa kakhulu manje. Kulezi zinsuku, izikrini zokuthinta ze-Incell ne-Incell sekuyisikhathi eside zithatha imakethe evamile futhi zisetshenziswa kakhulu emikhakheni eyahlukene efana nomakhalekhukhwini, amaphilisi, nezimoto. Imikhawulo yezikrini ze-capacitive zendabuko ezenziwe ngefilimu ye-ITO iya ngokuya iba sobala kakhulu, njengokumelana okuphezulu, ukuphuka kalula, ukuthutha okunzima ukuthwala, njll. Ikakhulukazi ezigcawini ezigobile noma ezigobile noma eziguquguqukayo, i-conductivity kanye nokudluliswa kokukhanya kwezikrini ze-capacitive Kubi. . Ukuze kuhlangatshezwane nesidingo semakethe sezikrini zokuthinta ezinosayizi omkhulu kanye nezidingo zabasebenzisi zezikrini zokuthinta ezilula, ezizacile futhi ezingcono ukubamba, kuvele izikrini zokuthinta ezigobile nezigoqekayo futhi kancane kancane zisetshenziswa kumakhalekhukhwini, izikrini zokuthinta imoto, izimakethe zemfundo, inkomfa ngevidiyo, njll. Izigcawu. Ukuthintwa okuguquguqukayo okugoqeka kwendawo sekuyinkambo yentuthuko yesikhathi esizayo. I-ips capacitive touch screen
Isikhathi sokuthumela: Sep-13-2023