Isebenza njani i-CTP?

I-CTP-IsiKhuseli esiXhaphayo esiXhaphayo esiNcetyiweyo

Ulwakhiwo:Ukusebenzisa i-templates ye-ITO enye okanye ngaphezulu ukwenza uluhlu lomgca wokuskena oneendiza ezahlukeneyo ngelixa zi-perpendicular enye kwenye, iingcingo ezicacileyo zenza i-ax, i-y-axis drive induction line.

Ingaba isebenza kanjani: Xa umnwe okanye uhlobo oluthile luchukumisa isikrini, i-pulse yangoku iqhutywa ngumgca wokuqhuba.Ucingo lokuskena lufunyenwe ngaxeshanye ukufumana umqondiso woluvo lwendawo yokuchukumisa i-pulse frequency kwicala elithe nkqo ngenxa yotshintsho olukhulu ixabiso le-capacitance, kunye ne-chip yokulawula i-polls ye-conversion calculation value value data to the main controller ngokwe-frequency set frequency, kwaye iqinisekisa i-touch emva kokuguqulwa kwedatha yokubala indawo yendawo.

Ukuqulunqwa okusisiseko kwe-CTP

I-CTP yenziwe ikakhulu ngala malungu alandelayo:

-Ilensi yekhava:Ikhusela imodyuli ye-CTP.Xa umnwe uchukumisa, wenza ubudlelwane obuthile kunye nenzwa.

Umgama wokuvumela iminwe yesandla ukuba yenze i-capacitor kunye nenzwa.

-Uluvo:Fumana umqondiso we-pulse kwi-IC yokulawula ukwenza inethiwekhi ye-RC kuyo yonke indiza.

I-capacitor yenziwa xa umnwe usondele.

-I-FPC:Xhuma i-Sensor kwi-IC yokulawula kwaye uqhagamshele i-IC yokulawula kwinginginya.

Ulwahlulo oluqhelekileyo lwesikrini esinamandla:

1.G+G (Isimboli seGlasi+yeglasi)

•Iimbonakalo:Esi sakhiwo sisebenzisa umaleko we-Glass Sensor, ipateni ye-ITO ngokuqhelekileyo imile njengedayimane, ixhasa amanqaku amaninzi.

•Izinto eziluncedo:I-optical adhesive bonding, ukukhanya okuphezulu (malunga ne-90%), ilungele ukusetyenziswa ngaphandle, iSensor yeglasi.

Umgangatho, akulula ukuchatshazelwa bubushushu, ukusebenza okuzinzileyo, kunye nobuchwepheshe obuqolileyo.

•Izinto ezingeloncedo:Iindleko zokuvula umngundo ziphezulu, kwaye i-Glass Sensor yonakaliswa lula yimpembelelo kwaye ubukhulu becala bunzima.

• Le nkqubo intsonkothile kwaye ineendleko, ilungele imizi-mveliso, izithuthi kunye nezinye iinkalo.

• Inkxaso ukuya kuthi ga kwi-10 yokuchukumisa.

2.G+F (Isivamvo seGlasi+yefilimu)

• Esi sakhiwo sisebenzisa iSensor yeFilimu ekumgangatho omnye.Ipateni ye-ITO iqhele ukuba ngunxantathu kwaye ixhasa izijekulo, kodwa ayixhasi amanqaku amaninzi.

•Izinto eziluncedo:ixabiso eliphantsi, ixesha elifutshane lokuvelisa, ukuhanjiswa kokukhanya okulungileyo (malunga ne-90%), kunye nobukhulu obupheleleyo be-sensor buncinci, buqhelekileyo.

Ubukhulu yi-0.95mm.

•Izinto ezingeloncedo:Ngokusekelwe kwindawo enye, i-multi-touch ayinakwenzeka kwaye i-anti-interference ikhono elibi.

• Iglasi yoluvo isebenzisa iFilimu, eyaziwa ngokuba yifilim, eyifilim ethambileyo ekulula ukungena kuyo, ngoko ixabiso liphantsi, ngokubanzi.

Kuphela ukubamba okukodwa kunye nezijekulo ezixhaswayo.Ngokumalunga nezinto zeGlasi, uya kuba nesithunzi xa ubushushu buguquka.

Iringi iya kuba nkulu.Esi sixhobo sasisetyenziswa ngokubanzi kubathengi be-elektroniki njengeefowuni eziphathwayo kunye neekhompyuter zethebhulethi eTshayina.

3.G+F+F(Ikhava yeGlass+IFilm+Sensor+Film):

•Iimbonakalo:Esi sakhiwo sisebenzisa iileya ezimbini zeFilimu Sensor.Ipateni ye-ITO ngokuqhelekileyo imile njengedayimane kunye noxande, ixhasa amanqaku amaninzi.

•Izinto eziluncedo:ukuchaneka okuphezulu, ukubhala kakuhle kwesandla, inkxaso yeengongoma ezininzi;Inzwa inokwenza iprofayili, ixabiso lokungunda

Ixesha eliphantsi, elifutshane, ubukhulu obuncinci bubonke, ubukhulu obuqhelekileyo be-1.15mm, amandla anamandla okuchasana nokuphazamiseka.

•Izinto ezingeloncedo:Ukuhanjiswa kokukhanya akukho phezulu njenge-G+G.Malunga nama-86%.

4.G+F+F (PET+Glass Sensor)

•Umphezulu wesikrini se-P + G capacitive yi-PET plastiki.Ubunzima buqhele ukuba yi-2 ~ 3H kuphela, ethambileyo.Kulula kakhulu ukwenza yonke imihla.

Imikrwelo kufuneka isetyenziswe kwaye ikhuselwe ngononophelo.Iinzuzo yinkqubo elula kunye neendleko eziphantsi.

•Umphezulu wesikrini se-P + G capacitive yiplastiki, ekulula ukuyiqinisa kunye nokutshintsha phantsi kwesenzo se-asidi, i-alkali, izinto ezinamafutha kunye nokukhanya kwelanga.

I-brittle kwaye iguqulwe umbala, ngoko kufuneka isetyenziswe ngononophelo ukuphepha ukudibanisa nezinto ezinjalo.Ukuba isetyenziswe ngokungafanelekanga, iya kuvelisa i-aerosols kunye

Amabala amhlophe, kunzima kakhulu ukukhonza.

•Ikhava ye-PET ye-P + G ine-transmittance yokukhanya ye-83% kuphela, kwaye ilahleko yokukhanya inzima, kwaye umfanekiso uphantsi kwaye unqabile.

Ukuhamba kwexesha Ukuhanjiswa kwe-PET ikhava kuncitshiswa ngokuthe ngcembe, okuyimpazamo ebulalayo kwiscreen se-G + P capacitive.

•Iplastiki ye-P+G ye-PET luhlobo lwemathiriyeli yepolymer enokumelana okukhulu komphezulu, kwaye isandla siziva simtyibilizi kwaye asigudi.

Ichaphazela kakhulu amava okusebenza.Isikrini se-P + G se-capacitive senziwe nge-PET kunye neglue yemichiza, inkqubo ilula kakhulu, kodwa

Ukuthembeka kwe-Bonding akukho phezulu.Enye inqaku elibalulekileyo: i-sensor tempered glass kunye ne-PET i-plastic cover ye-G+P ye-capacitive screen

Ukwandiswa kwe-coefficient yokwandiswa kwe-thermal kunye ne-contraction ye-plate ihluke kakhulu.Kubushushu obuphezulu okanye ubushushu obuphantsi, isikrini esinamandla se-G+P siya kuhlala

Kulula ukuqhekeka ngenxa yomahluko kulwandiso lwe-coefficient, ngoko iyalahlwa!Ngoko isikrini se-G + P capacitive siya kuba nezinga elingcono lokulungisa kune-G + G capacitor.

Isikrini siphezulu kakhulu.

5. OGS

Abavelisi bepaneli yokuchukumisa baya kudibanisa i-Touch Sensor kunye ne-Cover Glass