Menene Fa'idodin RGB Lamp Beads!

Farar haske LED da RGB LED iri ɗaya ne kamar yadda suke a cikin hanya ɗaya. Dukansu suna son cimma tasirin farin haske, amma ɗayan an gabatar da shi kai tsaye cikin farin haske, ɗayan kuma an yi shi da ja, koren, shuɗi, da launuka uku. Ana amfani da hasken RGB a cikin launuka na farko guda uku. Bugu da kari, akwai shuɗi haske LEDs tare da rawaya mai kyalli foda da UV LED tare da RGB fluorescent foda. Gabaɗaya, waɗannan biyun suna da ƙa'idodin hoton su. Launuka na wasu allunan hasken baya na LED suna da haske da haske, har ma da matakin TV mai inganci. Wannan yanayin shine halayen RGB. Ja, kore, da shuɗi sune halayen shuɗi. Dangane da hadewar launi, yana da ƙarin halaye. Maƙerin Zhuhai ya ƙware wajen kera beads ɗin fitilu masu cikakken launi na RGB, wanda galibi yana aiki da 1206 cikakken launi RGB 1010 mai cikakken launi RGB 020 mai haske na gefen RGB da sauran ɗigon fitilar LED masu cikakken launi. Matsalar attenuation na RGB da tasirin hasken ultraviolet akan jikin ɗan adam sun fi wahalar warwarewa cikin ɗan gajeren lokaci. Sabili da haka, kodayake suna iya saduwa da bukatun farin haske, akwai sakamako daban-daban. Dangane da aikace-aikacen, RGB a fili ya bambanta fiye da farar haske LED, kamar fitilun mota, lambobin zirga-zirga, taga, da sauransu. Lokacin da kake buƙatar amfani da igiyoyin fitilu, ana iya amfani da gauraye launi na RGB. Sabanin haka, farin haske LED ya fi rashin ƙarfi. Saboda haka, ba shakka, tasirin yana da ƙarfi sosai. Farin haske LED yana da mahimmanci ƙasa da RGB a cikin tsabta da tsabtar launi. Bugu da kari, matsalar attenuation da tsadar wafer, duk suna sa hasken RGB ya fi fa'ida. Zaɓi ƙwararrun ƙwararrun fitilar fitilar LED mai cikakken launi wanda aka fi so, ƙware a cikin samar da 1206 cikakken launi RGB 1010 cikakken launi RGB 020 haske gefen -emitting RGB da sauran fitilu. Ana sarrafa shi kaɗai lokacin da aka raba RGB. Ko da yake ana iya sarrafa shi kai tsaye kuma launi yana da kyau, babban matsala ne isa ga gauraye farin haske. Kodayake farashin yana da tsada, ingancin yana da kyau. Amma ga farin haske LED haske, ko da yake shi Kudin yana da arha, wanda kai tsaye zai iya maye gurbin CCFL kuma ya zama babbar fasahar LED, amma in mun gwada da magana, an haɗa shi tare saboda matsalar mita mai tsayi, ta yadda yanayin da ya watse zai kasance. zama m. Matsalar fitilun RGB da ke sarrafawa har yanzu yana buƙatar ƙarfafawa. Misali, idan ɗayansu ya karye, gabaɗayan allon zai zama a bayyane. Akasin haka, ana iya ƙara hasken hasken LED. Ƙarshen LED, da kuma haɗin kai, yana sa yanayin gaba ɗaya yayi kyau sosai. Ƙarshen wutar lantarki na kullin PN ya ƙunshi wani shinge mai yuwuwa. Lokacin da ƙarfin son zuciya ya ragu lokacin da aka ƙara ingantaccen ƙarfin lantarki, yawancin mai ɗaukar kaya a cikin P da N yana yada zuwa ɗayan ɓangaren. Saboda yawan ƙaura na lantarki ya fi yawan ƙaura na acupoint na iska, adadi mai yawa na lantarki ya bazu zuwa yankin P, yana samar da allura na mai ɗaukar tsiraru na yankin P. Wadannan electrons suna haɗuwa daga kogon akan farashi, kuma makamashin da aka samu a lokacin hadawa yana fitowa a cikin nau'i na makamashin haske. Wannan shine ka'idar PN knot glow. Gabaɗaya ana magana da ingancin jimla ta waje na ɓangaren, ita ce ƙarfin ƙididdigewa na ciki na ɓangaren da kuma samfurin ingancin haɓakar ɓangaren. Ƙimar ƙididdigewa na ciki na abin da ake kira bangaren shine ainihin ƙarfin jujjuyawar kayan aikin da kansa. Yawanci yana da alaƙa da halayen sashin kanta (kamar band ɗin makamashi, lahani, ƙazanta) na ɓangaren da kansa,. Ingancin bangaren yana nufin photon da aka samar a cikin sashin. Bayan sha, refraction, da kuma tunanin bangaren kanta, adadin photons da za a iya auna a waje da bangaren iya. Sabili da haka, abubuwan da ke haifar da tasiri na cire aikin sun haɗa da shayar da kayan aikin da kanta, tsarin tsarin geometric na ɓangaren, bambance-bambancen ra'ayi na sassa da kayan marufi, da halayen watsawa na tsarin sassan, da dai sauransu. Samfurin ingancin ƙididdigewa na ciki na ɓangaren da ingancin ingancin kayan aikin shine tasirin haske na gabaɗayan ɓangaren, wato, ƙimar ƙima na waje na ɓangaren. Haɓaka ɓangaren farko yana mai da hankali kan haɓaka ƙimar ƙima na ciki. Babban hanyar ita ce inganta ingancin shingen kristal da canza tsarin shingen kristal, ta yadda makamashin wutar lantarki ba shi da sauƙi don canza shi zuwa makamashin zafi, kuma a kaikaice yana inganta ingantaccen haske na LEDs. Ingantacciyar ƙididdigewa ta ciki, amma irin wannan ƙarfin ƙididdigewa na ciki ya kusan kusan iyakacin ƙa'idar. A karkashin irin wannan yanayi, ba shi yiwuwa a ƙara yawan haske na ɓangaren ta hanyar inganta ƙimar ƙididdiga na ciki na ɓangaren. Babban hanyar ita ce: canjin bayyanar hatsi —— Tsarin TIP, fasahar danyen mai. Mai sana'anta yana samar da adadi mai yawa na 1206 cikakken launi RGB 1010 cikakken launi RGB 020 RGB mai haske. Kuna iya tuntuɓar ma'aikatan sabis na abokin ciniki!