I-4.3inch ye-CTP ye-Capacitive Touch Screen Panel ye-TFT LCD Display
Esi sikrini sokuchukumisa esingu-4.3inch capacitive silingana no-4.3”LCD screen, sihambelana ne-480X272 4.3inch TFT LCD. Ngaphezu kwesikrini esichukumisayo, amanye amaqweqwe awacetyiswa ukuba abekwe ukuze asebenze ngcono. Nge-pin assignment efanayo, sinenye inguqulelo eneglasi enkulu yokugquma enekona ezingqukuva.Olunye ubungakanani beglasi yokugquma bungenziwa ngokwezifiso. Ingafakwa kwifowuni yocango lwevidiyo, i-GPS, ikhamera, izixhobo zamashishini, zonke iintlobo zesixhobo, ezifuna umgangatho ophezulu wokuboniswa kwepaneli yeflethi, umphumo obalaseleyo wokubonwayo. Le modyuli ilandela i-RoHS.
1. Isisombululo se-Bonding: I-air bonding & Optical bonding iyamkeleka
2. Ukutyeba kweSensor yokuchukumisa: 0.55mm, 0.7mm, 1.1mm ziyafumaneka
3. Ubukhulu beglasi: 0.5mm, 0.7mm, 1.0mm, 1.7mm, 2.0mm, 3.0mm ziyafumaneka
4. Iphaneli yokuchukumisa i-capacitive ene-PET/PMMA cover, LOGO kunye ne-ICON yokushicilela
5. Custom Interface, FPC, Lens, Color, Logo
6. I-Chipset: Focaltech, Goodix, EETI, ILTTEK
7. Ixabiso eliphantsi lokwenza ngokwezifiso kunye nexesha lokuhambisa ngokukhawuleza
8. Ixabiso elisebenzayo kwixabiso
9. Ukusebenza ngokweSiko: AR, AF, AG
Into | Iinqobo ezisemgangathweni |
Ubungakanani beLCD | 4.3intshi |
Ulwakhiwo | Iglasi+yeglasi+FPC(GG) |
Chukumisa ulwandlalo lweDimension/OD | 104.7x64.8x1.6mm |
Indawo yokuBonisa ngokuchukumisayo/AA | 95.7x54.5mm |
Ujongano | IIC |
Ukutyeba ngokupheleleyo | 1.6mm |
I-Voltage esebenzayo | 3.3V |
Ukungafihli | ≥85% |
Inombolo ye-IC | GT911 |
Ubushushu bokusebenza | '-20 ~ +70℃ |
Ubushushu boGcino | '-30 ~ +80℃ |
❤ Idata yethu ethile inokubonelelwa! Qhagamshelana nathi ngeposi.❤
Yintoni umahluko phakathi kwesikrini esinamandla kunye nolwakhiwo oluphambili lwesikrini?
I-capacitive touch screen inokujongwa ngokulula njengesikrini esinemigangatho emine yezikrini ezidibeneyo: umaleko ongaphandle ngumaleko weglasi okhuselayo, olandelwa ngumaleko okuqhubayo, umaleko wesithathu yi-non-conductive glass screen, kunye nowesine ongaphakathi. Ikwangumaleko okuqhubayo. Owona mgangatho ungaphakathi wokuqhuba ngumaleko okhuselayo, odlala indima yokukhusela imiqondiso yombane yangaphakathi. I-middle conductive layer yinxalenye ephambili yesikrini sonke sokuchukumisa. Kukho izikhokelo ezithe ngqo kwiikona ezine okanye macala ukuze zibone indawo yokuthintela. Izikrini zeCapacitive zisebenzisa i-induction yangoku yomzimba womntu ukuba isebenze. Xa umnwe uchukumisa umaleko wesinyithi, ngenxa yentsimi yombane yomzimba womntu, i-coupling capacitor yenziwa phakathi komsebenzisi kunye neskrini sokuthintela. Kwi-high-frequency current, i-capacitor ngumqhubi othe ngqo, ngoko umnwe udonsa i-current encinci ukusuka kwindawo yoqhagamshelwano. Lo wangoku uphuma kwi-electrodes kwiikona ezine zesikrini sokuthinta, kwaye i-current flowing kula ma-electrodes amane ilingana nomgama ukusuka emnweni ukuya kwiikona ezine. Umlawuli ufumana indawo yokuthintela ngokubala ngokuchanekileyo umlinganiselo wale misinga emine.
Njengomvelisi we-LCD we-TFT, singenisa iglasi yomama kwiimpawu ezibandakanya i-BOE, i-INNOLUX, kunye ne-HANSTAR, i-Century njl., emva koko sisike sancinci kwindlu, ukuze sidibane ne-backlight ye-LCD eveliswe endlwini nge-semi-automatic kunye nezixhobo ezizenzekelayo ngokupheleleyo. Ezo nkqubo ziqulethe i-COF (i-chip-on-glass), i-FOG (Flex kwi-Glass) ukudibanisa, ukuyila kwe-Backlight kunye nemveliso, ukuyila kunye nokuveliswa kwe-FPC. Ke iinjineli zethu ezinamava ziyakwazi ukwenza ngokwesiko abalinganiswa besikrini se-TFT LCD ngokwemfuno zabathengi, imilo yepaneli ye-LCD inokwenza ngokwesiko ukuba unokuhlawula umrhumo weglasi yeglasi, sinokwenza ukukhanya okuphezulu kwe-TFT LCD, intambo yeFlex, i-Interface, ngokucofa kwaye ibhodi yokulawula zonke ziyafumaneka.