Dimming silicon mai sarrafawa na iya samun kyakkyawan hasken LED

Hasken LED ya zama fasaha na yau da kullun.Fitilar LED, siginar zirga-zirga, da fitilolin mota suna ko'ina, kuma ƙasashe suna haɓaka amfani da fitilun LED don maye gurbin fitilun fitilu da fitilu masu walƙiya a cikin wuraren zama, kasuwanci, da aikace-aikacen masana'antu waɗanda ke amfani da babban tushen wutar lantarki. Koyaya, idan hasken LED shine maye gurbin kwararan fitila a matsayin babban jigon filin haske, fasahar dimming na thyristor zai zama muhimmin tasiri mai tasiri.
Ga tushen haske, dimming fasaha ce mai mahimmanci. Domin ba zai iya samar da yanayin haske mai dadi ba kawai, amma har ma ya sami nasarar kiyaye makamashi da rage fitar da iska. Tare da saurin haɓaka kasuwar aikace-aikacen LED, iyakokin aikace-aikacen samfuran LED kuma za su ci gaba da girma.LED samfuroridole ne ya dace da bukatun yanayi daban-daban na aikace-aikacen, sabili da haka, aikin sarrafa haske na LED shima ya zama dole.
Ko da yake ba dimmingLED fitiluhar yanzu suna da nasu kasuwa. Duk da haka, aikace-aikace na LED dimming fasahar ba zai iya kawai inganta bambanci, amma kuma rage ikon amfani. Saboda haka, ci gaban LED dimming fasaha Trend ne makawa. Idan LED yana son cimma hasken wuta, dole ne samar da wutar lantarki ya iya fitar da kusurwa mai canzawa daga mai kula da thyristor, don daidaita yanayin halin yanzu da ke gudana zuwa LED. Yana da matukar wuya a cimma wannan yayin da ake ci gaba da aiki na yau da kullum na dimmer, wanda sau da yawa yakan haifar da rashin aiki. Matsalolin walƙiya da rashin daidaituwa na haske suna faruwa.
Fuskantar matsalolin LED dimming, manyan masana'antu a cikin masana'antu a hankali suna binciken fasahar dimming LED mai inganci da mafita. Marvell, a matsayin jagorar masana'antar semiconductor na duniya, ta ƙaddamar da maganinta don dimming LED. Wannan makircin ya dogara ne akan 88EM8183 kuma an tsara shi don aikace-aikacen hasken wuta na LED mai ƙarancin layi, yana samun ƙaramin zurfin dimming na 1%. Saboda ƙayyadaddun tsarin kulawa na farko na yanzu, 88EM8183 na iya cimma matsananciyar gyare-gyaren fitarwa na yanzu akan kewayon abubuwan shigar AC.


Lokacin aikawa: Afrilu-30-2024