Isebenza kanjani i-CTP?

I-CTP-Projected Capacitive Touch Screen

Ukwakha:Kusetshenziswa isifanekiso se-ITO esisodwa noma eziningi ezigxilile ukwenza umugqa wokuskena onezindiza ezihlukene ngenkathi zincikene kwelinye, izintambo ezibonisa ngale zenza i-ax, umugqa wokungenisa we-y-axis drive.

Isebenza kanjani: Uma umunwe noma into ethile ithinta isikrini, i-pulse current ishayelwa ulayini wedrayivu.Intambo yokuskena yamukelwe kanyekanye ukuze yamukele isignali yenzwa yendawo yokuthinta i-pulse frequency endaweni eqondile ngenxa yoshintsho olukhulu inani le-capacitance, kanye ne-control chip iphenya inani lokuthola amandla okushintsha idatha iye kusilawuli esikhulu ngokuya ngefrikhwensi esethiwe, futhi iqinisekisa ukuthinta ngemva kwendawo yokubala yokuguqulwa kwedatha.

Ukwakhiwa okuyisisekelo kwe-CTP

I-CTP ikakhulukazi yakhiwe izingxenye ezilandelayo:

-Ilensi yekhava:Ivikela imojuli ye-CTP.Uma umunwe uthinta, wenza ubudlelwano obuthile nenzwa.

Ibanga lokuvumela iminwe yesandla ukuthi yakhe i-capacitor ngenzwa.

-Inzwa:Thola isignali ye-pulse kusuka ku-IC yokulawula ukuze wakhe inethiwekhi ye-RC kuyo yonke indiza.

I-capacitor yakheka lapho umunwe useduze.

-I-FPC:Xhuma Inzwa ku-IC yokulawula bese uxhuma i-Control IC kumsingathi.

Ukuhlukaniswa kwesikrini esinamandla okujwayelekile:

I-1.G+G (Inzwa ye-Glass+Glass)

•Izici:Lesi sakhiwo sisebenzisa isendlalelo Senzwa Yengilazi, iphethini ye-ITO ngokuvamile imise okwedayimane, isekela amaphuzu amaningi eqiniso.

•Izinzuzo:i-optical adhesive bonding, ukukhanya okuphezulu (cishe 90%), ilungele ukusetshenziswa ngaphandle, Inzwa yengilazi

Ikhwalithi, akulula ukuthintwa izinga lokushisa, ukusebenza okuzinzile, nobuchwepheshe obuvuthiwe.

•Ububi:Izindleko zokuvula isikhunta ziphezulu, futhi Inzwa Yengilazi yonakaliswa kalula umthelela futhi ukujiya sekukonke kuminyene.

• Le nqubo iyinkimbinkimbi futhi iyabiza, ifanele izimboni, ezezimoto neminye imikhakha.

• Sekela ukuthintwa okungu-10.

2.G+F (Inzwa ye-Glass+Film)

• Lesi sakhiwo sisebenzisa inzwa yefilimu enesendlalelo esisodwa.Iphethini ye-ITO ngokuvamile ingunxantathu futhi isekela ukuthinta, kodwa ayisekeli amaphuzu amaningi.

•Izinzuzo:izindleko eziphansi, isikhathi esifushane sokukhiqiza, ukudluliswa kokukhanya okuhle (cishe 90%), kanye nobukhulu obuphelele benzwa buncane, bujwayelekile.

Ubukhulu buyi-0.95mm.

•Ububi:Ngokusekelwe ephuzwini elilodwa, ukuthinta okuningi akunakwenzeka futhi nekhono lokulwa nokuphazamiseka liphansi.

• Ingilazi yenzwa isebenzisa Ifilimu, evame ukubizwa ngokuthi ifilimu, okuyifilimu elithambile elingene kalula, ngakho izindleko ziphansi, ngokuvamile.

Kusekelwa ukuthinta okukodwa kanye nokuthinta.Ngokuphathelene nezinto ze-Glass, uzoba nesithunzi lapho izinga lokushisa lishintsha.

Ukukhala kuzoba kukhudlwana.Le nto yayisetshenziswa kakhulu kuma-electronics abathengi njengamaselula namakhompyutha wethebhulethi e-China.

3.G+F+F(Inzwa Yengilazi+yefilimu+Inzwa yefilimu):

•Izici:Lesi sakhiwo sisebenzisa izendlalelo ezimbili Zenzwa Yefilimu.Iphethini ye-ITO ngokuvamile ifana nedayimane futhi inonxande, isekela amaphuzu amaningi eqiniso.

•Izinzuzo:ukunemba okuphezulu, ukubhala kahle ngesandla, ukusekela amaphuzu amaningi wangempela;Inzwa ingenza iphrofayili, izindleko zesikhunta

Iphansi, isikhathi esifushane, ugqinsi oluphelele oluncane, ukujiya okuvamile kwe-1.15mm, ikhono eliqinile lokulwa nokuphazamiseka.

•Ububi:Ukudluliswa kokukhanya akukho phezulu njenge-G+G.Cishe ku-86%.

I-4.G+F+F (Inzwa ye-PET+Glass)

•Ingaphezulu lesikrini se-P+G capacitive yi-PET plastic.Ukuqina ngokuvamile kuba ngu-2 ~ 3H kuphela, okuthambile kakhulu.Kulula kakhulu ukwenza nsuku zonke.

Imihuzuko kufanele isetshenziswe futhi ivikelwe ngokucophelela.Izinzuzo ziyinqubo elula nezindleko eziphansi.

•Ingaphezulu lesikrini se-P+G capacitive yipulasitiki, okulula ukuyiqinisa futhi ishintshe ngaphansi kwesenzo se-asidi, i-alkali, izinto ezinamafutha kanye nokukhanya kwelanga.

I-brittle futhi ishintshile, ngakho-ke kufanele isetshenziswe ngokucophelela ukugwema ukuthintana nezinto ezinjalo.Uma isetshenziswe ngendlela engafanele, izophinde ikhiqize ama-aerosols kanye

Amabala amhlophe, kunzima kakhulu ukukhonza.

•Ikhava ye-PET ye-P+G inokudlulisa ukukhanya okungama-83% kuphela, futhi ukulahlekelwa ukukhanya kubi kakhulu, futhi isithombe siphansi ngokungenakugwenywa futhi asifihli.

Ukuhamba kwesikhathi Ukudluliswa kwekhava ye-PET kuncipha kancane kancane, okuyiphutha elibulalayo esikrinini se-G+P se-capacitive.

•Ipulasitiki ye-PET ye-P+G iwuhlobo lwe-polymer ekwazi ukumelana nendawo enkulu, futhi isandla sizizwa sishelela futhi singasheleli.

Kuthinta kakhulu umuzwa wokusebenza.Isikrini se-P + G capacitive senziwe nge-PET ngeglue yamakhemikhali, inqubo ilula kakhulu, kodwa

Ukuthembeka kwebhondi akuphakeme.Elinye iphuzu elibalulekile: ingilazi epholile yenzwa kanye nesembozo sepulasitiki se-PET sesikrini esinamandla se-G+P

I-coefficient yokwandisa yokwanda okushisayo nokufinyela kwepuleti ihluke kakhulu.Ezingeni lokushisa eliphezulu noma izinga lokushisa eliphansi, isikrini esinamandla se-G+P sizokwamukela

Kulula ukuqhekeka ngenxa yomehluko ku-coefficient yokwandisa, ngakho-ke iyachithwa!Ngakho isikrini esinamandla se-G+P sizoba nezinga elingcono lokulungisa kune-G+G capacitor.

Isikrini siphakeme kakhulu.

5. OGS

Abakhiqizi bephaneli yokuthinta bazohlanganisa i-Touch Sensor ne-Cover Glass