Iphaneli yesikrini yokuthinta ye-4.3Inch CAPTSITION
Lesi sikrini se-4.3Inch capacitive Touch sinosayizi ofanayo nesikrini esingu-4,3 "LCD, siyahambisana ne-480x272 4.3inch TFT LCD. Ngaphezulu kwesikrini sokuthinta, ezinye izembozo aziphakanyiswa ukuthi zibekwe ukusebenza kangcono kokusebenza. Ngokwabelwa yi-PIN efanayo, sinenye inguqulo enengilazi enkulu yekhava enamakhona ayindilinga.other Cover usayizi wengilazi. Ingasetshenziswa kufoni yomnyango wevidiyo, i-GPS, i-camcorder, imishini yezimboni, zonke izinhlobo zedivayisi, ezidinga ukuboniswa okuphezulu kwephaneli, umphumela omuhle kakhulu wokubuka. Le module ilandela ama-rohs.
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2. Thinta inzwa-inzwa: 0.55mm, 0.7mm, 1.1mm ayatholakala
3. Ubukhulu be-Glass: 0.5mm, 0.7mm, 1.0mm, 1.7mm, 2.0mm, 3.0mm atholakala
4. Iphaneli yokuthinta ePakacial nge-Pet / PMMA Cover, ilogo nokuphrinta kwesithonjana
I-5. Isimo sangokwezifiso, i-FPC, lens, umbala, logo
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7. Izindleko eziphansi ngokwezifiso kanye nesikhathi esisheshayo sokulethwa
8. Ibiza kakhulu ngentengo
9. I-Custom Perfomance: AR, AF, AG
| Into yendaba | Amanani Ajwayelekile |
| Usayizi we-LCD | 4.Inch |
| Ukwakheka | Ingilazi + Ingilazi + FPC (GG) |
| Thinta ubukhulu bokubeka / i-OD | I-104.7x64.8x1.6mm |
| Thinta Ukubonisa indawo / AA | 95.7x54.5mm |
| Isikhombibe | Iic |
| Ubukhulu obuphelele | I-1.6mm |
| Ukusebenza kwamandla kagesi | I-3.3V |
| Ukucaca | ≥85% |
| Inombolo ye-IC | I-GT911 |
| Ukushisa okusebenzayo | '-20 ~ + 70 ℃ |
| Ukushisa okushisa | '-30 ~ + 80 ℃ |
❤ ❤ I-datasheet yethu ethile inganikezwa! Vele usithinte ngeposi.
Uyini umehluko phakathi kwesikrini se-capacive nesakhiwo esiphezulu se-screen?
Isikrini sokuthinta esidabukisayo singabhekwa nje njengesikrini esakhiwa izingqimba ezine zezikrini ze-composite: Isendlalelo esingaphandle siyisibuko sokuvikela ingilazi, silandelwa isendlalelo sengilazi esingavuseki, kanye nesendlalelo sensini yesine Futhi kuyisendlalelo esisebenzayo. Ungqimba olungaphakathi lwe-Shieden ungqimba, odlala indima yokuvikela amasiginali angaphakathi kagesi. Isendlalelo esiphakathi nendawo yingxenye ebalulekile yesikrini sonke. Kukhona okuholela ngqo emakhoneni amane noma ezinhlangothini ukuthola isikhundla sephuzu lokuthinta. Izikrini ze-capacive zisebenzisa ukungeniswa kwamanje komzimba womuntu ukuze usebenze. Lapho umunwe uthinta ungqimba lwensimbi, ngenxa yenkambu kagesi yomzimba womuntu, kwakhiwa i-capacitor ehlanganyelwe phakathi komsebenzisi kanye nendawo yesikrini sokuthinta. Ukuze uthole imvamisa ephezulu, i-capacitor ingumqhubi oqondile, ngakho-ke umunwe udonsa omncane wamanje kusuka endaweni yokuxhumana. Lokhu kugeleza kwamanje kusuka ku-electrodes kumakhona amane esikrini sokuthinta, kanye nokugeleza kwamanje ngalezi zi-elekthrodi ezine kulingana nebanga kuya emunweni kuya emunweni kuya emunweni owodwa uye emagumbini omune. Isilawuli sithola isikhundla sephuzu lokuthinta ngokubalwa ngokunembile isilinganiso sale misivu emine.
Njengomenzi we-TFT LCD, singenisa ingilazi kamama kusuka ku-Brands kufaka phakathi i-boe, i-inallux, ne-hanstar, i-Halle Lezo zinqubo ziqukethe i-cof (chip-on-glass), inkungu (i-flex glass) Ukuhlangana, ukuklama emuva emuva nokukhiqizwa, ukwakheka kwe-FPC nokukhiqizwa. Ngakho-ke onjiniyela bethu abanolwazi banekhono ngokwezifiso izinhlamvu zesikrini se-TFT LCD ngokuya ngezidingo zamakhasimende, singenza inkambo ephezulu kakhulu ye-TFT LCT, ikhebula eliguqukayo, i-interface, ngokuthinta futhi Ibhodi Yokulawula konke kuyatholakala.
