Isikrini se-LCD esinebhodi lomshayeli siwuhlobo lwesikrini se-LCD esine-chip yomshayeli edidiyelwe, engalawulwa ngokuqondile isignali yangaphandle ngaphandle kwesekhethi eyengeziwe yomshayeli.Isikrini se-LCD esinebhodi lomshayeli? Okulandelayo, ake sibheke namuhla!
1. Ukudluliselwa kwesignali yevidiyo
Lona umsebenzi oyinhloko we-Isikrini se-LCD esinebhodi lomshayeli. Ngesixhumi esibonakalayo esifana nohlobo-c noma i-HDMI, okukhipha isignali yevidiyo ekhompyutheni kufakwa ku-chip yokulawula eyinhloko yebhodi lomshayeli, bese kuguqulelwa ekuphumeni kwesignali ye-edp, bese kudluliselwa kuphaneli yesibonisi phezulu.
2. Imisebenzi enwetshiwe
Ngaphezu kokuxhumana kokufakwayo nokuphumayo kwesignali ku-Isikrini se-LCD esinebhodi lomshayeli, kuneminye imisebenzi yokunweba yokusebenzelana. Lezi zindawo zokusebenzelana ezisebenzayo azizona izixhumi ezibonakalayo ezidingekile zebhodi lomshayeli elibonisayo, kodwa ukuxhumana okwenziwe ngezifiso okuhlongozwa amakhasimende ngokuya ngezidingo zemakethe.
Njenge-interface ye-USB, ngokuxhuma lesi sikhombimsebenzisi kwenye ibhodi yokulawula ukuthinta, umsebenzi wokuthinta ungabonakala esikrinini. Esinye isibonelo i-interface yesipika. Intambo eholayo evela kulesi sixhumanisi ixhunywe kusipika. Uma isignali yokokufaka isekela umsindo, isipika singakhipha umsindo.
Ibhodi lomshayeli ngokwalo alikwazi ukukhipha umsindo, futhi alikwazi ukubona ukuthinta, kodwa le misebenzi ingenziwa kuphela ngokunwetshwa kwesixhumi esibonakalayo ebhodini lomshayeli. Ngenxa yokuthi idatha yesignali yangaphandle ingena ngebhodi lomshayeli, ngokwemvelo futhi iphuma ngebhodi lomshayeli, ngakho-ke umsebenzi wangempela webhodi lomshayeli obonisa ukuhlanganisa nokuguqulwa.
Inkampani DISEN Electronics Co., Ltd.eyasungulwa ngo-2020, iyisibonisi se-LCD esiphrofeshinali, iphaneli yokuthinta kanye nomkhiqizi wezixazululo ohlanganisa i-Display touch ogxile kwi-R&D, ukukhiqiza nokumaketha okujwayelekile kanye nemikhiqizo yokuthinta eyenziwe ngokwezifiso ye-LCD. Imikhiqizo yethu ihlanganisa iphaneli ye-TFT LCD, imojula ye-TFT LCD enesikrini sokuthinta esinamandla nesiphikisayo (isekela i-optical bonding kanye ne-air bonding), kanyeIbhodi lesilawuli se-LCDkanye nebhodi lesilawuli sokuthinta, isibonisi sezimboni, isixazululo sokuboniswa kwezokwelapha, isisombululo se-PC yezimboni, isisombululo sokubonisa ngokwezifiso, ibhodi le-PCB kanye nesixazululo sebhodi lesilawuli.
Isikhathi sokuthumela: Aug-17-2023
