Shin Kunsan Yadda Ake Yin LED Beads

LED Beads suna yin mahimman abubuwan manyan abubuwan LED masu ƙarfi. Ƙirar ƙirar su ta sa hawa a kan yanayin zafi mai sauƙi kuma yana janye zafi mai yawa daga LED.

LED Beads sun zo cikin nau'ikan 1 da 3-watt a cikin launuka iri-iri. Ana ɗaukar waɗannan beads zaɓuɓɓuka masu inganci don samfuran LED da aka riga aka haɗa, inda za'a iya siyar da LEDs zuwa farantin aluminum na zaɓi.  

A cikin wannan labarin, za mu bayyana dalla-dalla yadda ake amfani da beads na LED da cikakken tsari na yin ƙananan beads na LED da ƙari. Hop a kasa don farawa!

Mene ne Amfani da Beads na LED?

Ana amfani da beads na LED don dalilai daban-daban. Yawanci, waɗannan ƙirƙira an fi sanin su don tasirin su akan allon nuni. Koyaya, zaku sami amfani da beads ɗin fitilar LED a cikin magunguna da sauran fannoni.

Ta yaya LED Beads ke tasiri ga allon nunin LED?

Kuna mamakin yadda beads LED ke tasiri allon nunin LED? Wannan sashe zai kawar da rudani.

·  Haske: Hasken nunin LED yana ƙaddara ta hasken beads na LED. kunkuntar kusurwar kallo, mafi girma zai zama haske.

·  Gani: Suna kuma ƙayyade kusurwar kallo na nuni. Ana buƙatar kusurwar kallo mai faɗi don nunin da aka shigar a manyan gine-gine. Tabbatar da aiki tare na haske da kusurwar kallo ya zama dole saboda idan su biyun sun saba wa juna, hasken nunin zai ragu sosai.

·  Tsawon rayuwa: LED fitilu beads suna da mafi girman rayuwa tsawon sa'o'i 100000, mafi girma fiye da yawancin abubuwan nuni. Koyaya, beads na LED suna yin abubuwan da suka fi ɗorewa.

·  Daidaitawa: Kowane haske na fitilar fitilar LED mai haske da daidaiton tsayin raƙuman ruwa yana rinjayar haske, ma'aunin fari, da daidaiton chromaticity na nunin gabaɗayan.

Amfani da Beads na Fitilar LED a cikin Magunguna

Amfani da haske don warkar da cuta tsohuwar al'ada ce. Koyaya, yanzu an maye gurbin hasken rana da beads na fitilar LED! Ga wasu daga cikin amfani da bead ɗin fitilar LED a cikin magani.

·  Anti-mai kumburi: Masu bincike da yawa sun kammala cewa beads ɗin fitilar LED suna da tasirin anti-mai kumburi. Suna taimakawa wajen jure kumburi da radadin da Laser ɗin rini ke haifarwa.

·  Warkar da Rauni:  LED fitilu beads na daban-daban makada a cikin infrared ciki inganta epithelial cell girma bayan rauni, warkar da rauni.

·  Rigakafin Tabo: Yana taimakawa marasa lafiya Keloid ta hanyar hana tabo. Bugu da ƙari, yana kwantar da zafi, ichiness, da rashin jin daɗi.

·  Sauran Amfani: Ana iya amfani da waɗannan beads a cikin jiyya na asarar gashi, maganin photodynamic, dermatology, don rage lalacewar fata bayan bayyanar UV, da ƙari.

Yadda ake yin ƙananan beads na LED?

Don fara yin beads na LED, da farko tabbatar da samun guntu tare da daidaitaccen halin yanzu, ƙarfin lantarki, launi, haske, da girma. Lokacin da aka yi tare da shi, bi matakan da aka ambata a ƙasa!

Mataki 1: Fadada Wafer LED

Daidaita faɗaɗa duk fim ɗin wafer na LED ta amfani da injin faɗaɗawa. Wannan shi ne don tabbatar da cewa lu'ulu'u na LED da aka sanya kusa da su a kan fuskar fim an cire su, a ƙarshe ya sa ya fi sauƙi don juyawa.

Mataki 2: Sanya Manna Azurfa

Bayan haka, sanya zoben faɗaɗa crystal akan saman injin mannewa, wanda a cikinsa aka goge Layer manna azurfa. Ci gaba tare da sanya manna azurfa a baya. Nuna manna azurfa.

Kuna yin babban guntu na LED? Yi amfani da mai rarrabawa don nuna madaidaicin adadin manna akan PCB.

Mataki na 3: Guntuwar LED Chip akan PCB Printed Board

Sanya zoben lu'ulu'u da aka faɗaɗa wanda aka yi amfani da manna azurfa a cikin firam ɗin kashin baya. Mai aiki zai yi amfani da alƙalamin kashin baya don huda guntuwar LED akan allon buga PCB.

Mataki 4: Haɓaka Manna Azurfa

Ci gaba tare da saka PCB da aka buga da'ira a cikin tanda mai zafi na ɗan lokaci. Fitar da shi lokacin da manna azurfa ya kafe.

Sana: Ana buƙatar aiwatar da matakan da ke sama idan kuna amfani da haɗin guntu na LED. Koyaya, babu buƙatar yin su idan kuna amfani da haɗin guntu na IC kawai.

Mataki 5: Weld Jagorar Ciki na COB

Gada guntu tare da PCB’s daidai kushin aluminium waya ta amfani da na'urar daurin waya. Ta wannan matakin, kun walda gubar ciki na COB.

Mataki na 6: Gwada Hukumar COB

Mataki na gaba shine gwada hukumar COB. Yi amfani da kayan aikin gwaji na musamman don manufar kuma mayar da hukumar COB mara cancanta don gyarawa.

Mataki 7: Rufe allon Buga na PCB

Yi amfani da injin rarrabawa don sanya adadin manne AB mai dacewa akan mutun LED mai ɗaure. Bi tare da rufe IC tare da manne baki kuma rufe bayyanar bisa ga bukatun abokin ciniki.

Mataki 8: Sanya PCB Fitar da Manna a cikin Tanderun Zagaye na Zazzabi

Sanya allon buga PCB mai manne a cikin tanda mai zagayowar zafi. Bar shi a yanayin zafi akai-akai na ɗan lokaci. Yin amfani da sarrafa injin, ana iya saita lokutan bushewa daban-daban gwargwadon buƙata.

Mataki 9: Gwada PCB Printed Board

Bi ta hanyar gwada aikin lantarki na fakitin PCB da aka buga ta amfani da kayan aikin gwaji na musamman. Ana yin wannan ne musamman don bambance allon PCB masu kyau da marasa kyau.

Mataki 10: Rarrabe fitilu bisa ga Haske

Mataki na ƙarshe shine raba fitilu dangane da haskensu ta amfani da spectroscope da haɗa su daban.

Inda za a sami Mafi kyawun Fitilar LED Beads?

Shin kuna neman mafi kyawun mai samar da beads na fitilar LED? Tianhui Electronics  ya rufe ku! Wannan masana'anta mai ban mamaki da mai siyarwa suna aiwatar da rikodin rikodi na ƙirar fitilun LED kowace rana. Tsarin masana'antar su yana yin 500000+ fitilar fitilar UVC kowace rana.

Tinahui Electronics ya ƙware wajen samar da mafi kyawun samfuran UVLED. Daga UV LED fitilu beads da UV LED ODM Solutions zuwa uv jagoranci  module da sauransu. Yi fatan kan gidan yanar gizon su don ƙarin koyo game da nau'ikan samfuran da suke bayarwa.

Yana Kurawa

LED beads, muhimman abubuwan da ke cikin LEDs, ana amfani da su sosai don dalilai daban-daban. Wannan labarin taƙaitaccen jagora ne mai fa'ida kan abin da beads ɗin LED suke, amfanin su, da tsarin yin. Da fatan za ku sami taimako!

Idan kana son siyan beads na LED daga babban kamfani na lantarki, Tinahui Electronics zai zama mafi kyawun faren ku! Yana tabbatar da samar da mafi kyawun inganci a farashi mai kyau