Izindaba

Izinga lokuvuselela belilokhu liyipharamitha ebalulekile embonini yokubonisa i-LED, ngisho nepharamitha ethinteka kakhulu lapho abathengi bethenga izikrini ze-LED. Ngokungeziwe esilinganisweni sokuvuselela, kunamapharamitha amaningi abonisa ukusebenza kwawo, njengeleveli empunga, ukulungiswa, izinga lozimele, nokunye. Ukuze uthuthukise izinga lokuvuselela ngempela, udinga ukuthuthukisa i-hardware iyonke, ngaphandle kwalokho izinga lokuqabuleka eliphakeme lokukhohlisa ngezindleko zeminye imingcele,
Embonini yokubonisa i-LED, izibonisi ze-Refresh Rate ezivamile neziphakeme okwamanje ngokuvamile zichazwa ngokuthi 1920HZ kanye ne-3840HZ, ngokulandelana. Kwesinye isikhathi kubizwa nge-2K kanye ne-4K ngokulandelanayo ukuqagelwa kokungaphambili.
Kodwa-ke, enkathini yangemva kobhubhane egcwele ukuntengantenga komhlaba wonke kanye nokwehla kwamandla emali, ukuze kuncishiswe izindleko, abanye abakhiqizi bokubonisa ama-LED bethule ibhodi elisha le-LED elinenani lokuvuselela elingu-2880HZ ngokusekelwe ku-hardware ekhona. Ngasikhathi sinye, bayayihupha njenge-3K ukudida i-2880HZ ne-3840HZ. Kodwa empeleni i-RF ephezulu fake!
Isamukela imodi yokushayela ye-RF-double latch drive evamile.
Ngaphansi kwezimo ezijwayelekile, i-dual latch drive ine-1920HZ Refresh Rate, 13Bit grey display futhi inomsebenzi owakhelwe ngaphakathi wokuqeda izipoki, isuse amaphuzu amabi futhi iqale ngaphansi kwamandla kagesi aphansi.
Kodwa ngokuphoqa izinga lokuvuselela lifike ku-2,880 HZ, alikwazi ukusebenza njengenjwayelo futhi liyekethisa kwamanye amapharamitha wokubonisa ama-LED.
1.Ukunciphisa ukusebenza kwe-Grayscale, ikakhulukazi umbala ompunga ophansi.
2. Idatha ayikwazi ukucutshungulwa ngempumelelo, okunciphisa kakhulu ukuzinza kwesibonisi se-LED.
Ngoba ngaphansi kwezimo ezijwayelekile, ukuskena kokuvuselela ngakunye kudinga ukuqedela isibalo sesilinganiso esimpunga futhi kudluliselwe umugqa olandelayo wedatha. Kodwa i-RF ephezulu mbumbulu ifinyeza isikhathi ngasinye sokuvuselela futhi iphazamise inqubo evamile.

Imikhiqizo ye-RF ephezulu ngempela eyenziwe ngabakwaSandsLED isebenzisa imodi yokushayela ye-PWM. Ngokusebenza okwengeziwe kwesekethe edidiyelwe nama-algorithms, kanye nama-chips omshayeli emvelo enziwe ngamawafa amakhulu, izibonisi zethu ze-LED zithuthuke kuzo zonke izici. Endabeni yokuphakanyiswa kwezinga lokuvuselela, isenokusebenza okumpunga okuhle kakhulu nokuzinza.
Ngakho-ke, uma nje ugxile kumazinga okuvuselela, kulula ukukhohliswa yilolu hlobo lokumaketha. Njengomthengi ochwepheshe, ukwazi ulwazi olwengeziwe lwe-LED kuyadingeka kuwe, okuhlanganisa imodi yokushayela yesibonisi se-LED chip, isikhathi sokubala isikali esimpunga, isikhathi sokuphendula, umkhawulokudonsa wokucubungula idatha, namanye amapharamitha wesibonisi se-LED njengokulungiswa, izinga lozimele, imodi yokuskena. njalo njalo. Zonke ziyizici ezibalulekile mayelana nokukhetha ibhodi lokukhangisa le-LED lekhwalithi ephezulu.
Kuzwakala kuyinkimbinkimbi, akunjalo? Ungakwazi futhi ukuyishiya kumkhiqizi we-LED onokwethenjelwa ngempela nochwepheshe.

I-SandsLED iyisinqumo esihle kuwe. Sizibophezele ekusunguleni ubudlelwano obunobungane besikhathi eside nokubambisana namakhasimende, sigcizelela ekudaleni izinga eliphezulu ngokutshalwa kwezimali okuphezulu. Sikholelwa ngokuqinile ukuthi ukunikeza amakhasimende imikhiqizo egculisayo nezixazululo kuyiqiniso laphakade.
Xhumana nathi ukuze uqale ingxoxo yakho yokuqala ngeSandsLED!