Analysis na AC-free LED's Constant Control Technology Analysis

LED-free LED ya kasa guje wa mahimman binciken fasahar sarrafawa na yau da kullun 1. LED-free LED ba shine ainihin canjin na'urar ba. A takaice dai, babu wani guntu na LED wanda ba shi da tsarin aiki na AC Electric Farm. LED wanda ba shi da AC wanda yake samuwa yanzu shine na'urar da aka tsara ta musamman a cikin kwakwalwan kwamfuta. Canji ne kawai a cikin tsarin ciki na na'urar LED. Tabbas Matsayin sana'a ba shi da sauƙi. Gabatarwar LED-free LED galibi ana nakalto bayanan da Seoul Semiconductor ya buga. Ana iya ganin cewa shi ne na'urar gyara gada ta gargajiya don magance matsalar sadarwa a kan abin da ake kira matsalar samar da wutar lantarki ta DC LED. Da alama fa'idar ita ce an kawar da diode mai gyara, amma juriya na LED yana iyakance. Lokacin da grid ke cikin babban kololuwa, ba lallai ba ne fa'idar. Domin kwaikwayi ne na da'irar gyara gadar, rabin na yanzu yana gudana akan hannun gada hudu, kuma nauyin DC yana gudana ta cikin dukkanin halin yanzu, wanda ya haifar da rarraba abubuwan da aka yi amfani da su a halin yanzu a kowane rukuni. Kuma ingantaccen haske mai fitar da haske, kamar wuce gona da iri don haifar da ruɓewar haske da tasiri ga rayuwa. Yana da sauƙi a magance. Kawai gajere - kewaya da DC LED an cire. Yi la'akari da kewaye, kuma yanzu ya zama tabbatacce kuma baya LEDs a kowane rukuni. A gaskiya, ba dole ba ne ka kasance mai rikitarwa da farko. 2. LED-free LED ba ya guje wa mahimmancin fasahar sarrafawa ta yau da kullun. Daga gabatarwar, tasirin hasken AC LED bai fi girma fiye da LED ɗin da aka saba ba. An ce matakin ci gaba ne. Marubucin ya yi imanin cewa kafuwar irin wannan kwakwalwan LED guda ɗaya ne. Babban abin da za a iyakance adadin haske a kowane tayal shine nau'in kewayawa na gada mai gyarawa. Ka yi tunanin cewa rukuni ɗaya ne kawai na LEDs na iya aiki kullum, suna ba da cikakken wasa zuwa tasirin haske, kuma 80% na sauran ƙungiyoyi hudu suna aiki a cikin tsarin rubutun tare da ƙananan tasirin haske. Ko ta yaya za a ci gaba da shi, yana da ƙasa da ƙasa fiye da na yau da kullun na ingantaccen haske na LED. Hanyar da za a inganta ita ce watsi da hanyar gadar gyara rashin hankali. Babu aikin kariya na yau da kullun a cikin LED mai kyauta na AC. Lokacin amfani da shi, dole ne a haɗa shi da juriya mai gudana. Duk da haka, lokacin da halin yanzu a iyakar ƙarfin wutar lantarki ya iyakance, ya zama dole a yi aiki a cikin ƙananan tasirin haske na halin yanzu lokacin al'ada ko ƙananan ƙarfin lantarki. Iyakar juriya hanya ce ta kariya mara kyau. Ba wai kawai yana da lahani ba, har ma yana dogara ga amfani da makamashi don yin aiki, don haka an rage yawan amfani da wutar lantarki. Idan kana son ƙara PTC don warware matsalar LED akai-akai, ba ku da isasshen sanin aikin ɓangaren. Ana amfani da PTC musamman wajen kariyar wuce gona da iri da kariyar zafi. Lokacin da halin yanzu a cikin kewayawa ya yi girma, lokacin da PTC ya kai ga zafin jiki na mazaunin bayan zafi, ƙimar juriya ta tashi sosai zuwa katsewa. Da'irar kawarwa a cikin talabijin mai launi tana amfani da shi don samar da babban tururin attenuation na yanzu. Demagnetic. Lokacin da zafin da ke kewaye ya shafe PTC resistor, za a buɗe zafin jiki lokacin da zafin jiki ya zama fiye da wurin zama, wanda zai iya taka rawa wajen sauya kariyar thermal. Idan kana so ka dogara da ingantattun halayen yanayin zafin jiki na PTC juriya zuwa tasirin kariyar LED na yau da kullun: Na farko, juriya PTC ta wuce na yanzu, akwai tsarin lokacin dumama don samun zafi. Na yanzu ya riga ya lalata LED. Na biyu, zafin zafin jiki na kai tsaye na PTC resistor na iya sarrafa ainihin halin yanzu. Sa'an nan tasirin yanayin zafi mai girma da ƙarancin muhalli na iya canza digiri da yawa don sanya wannan "ƙimar rafi na dindindin" ta zama mara ma'ana. Shin zai yiwu cewa na'urorin LED na yau da kullun na iya zama mai sauƙi don gudana a halin yanzu mai sauƙi? Abin takaici. Kuma yawanci kwararar sadarwa akai-akai ya fi damuwa fiye da na yau da kullun na DC. A zahiri, ana iya samun kowane nau'in tallafin samfur mai inganci. Maimakon makamashi, masana'antun LED za su kasance masu kuzari ta fuskar fasahar kewayawa, kuma yana da kyau a mayar da hankali kan bunkasa ƙananan farashi da ƙananan haske na hasken LED.