April 23, 2024

I-SMD ye-Infrared Wip: Intshayelelo ebanzi kunye nezicelo

I-SMD ye-Infrared Wip: Intshayelelo ebanzi kunye nezicelo Intshayelelo: I-infrared (ir) Ii-Dodwes zokukhuphela ukukhanya (ii-LED) ziye zafumana ingqalelo enkulu kumashishini ahlukeneyo ngenxa yokwazi kwabo okhethekileyo ekukhanyiseni isibane esingabonakaliyo. Phakathi kweentlobo ezahlukeneyo ze-IR ye-IR, i-900nm ye-Infrared SMD ye-SMD ye-SMD 2835 i-SMD 90-Dign-Digries eyahlukileyo ive

April 23, 2024

Isibane esinamandla nesisebenza ngokufanelekileyo

Isibane esinamandla nesisebenza ngokufanelekileyo Intshayelelo: Kwiminyaka yakutshanje, i-LED i-LED Ngoncedo lwabo olukhethekileyo lwamandla, ukuqina, kunye nokungasebenzi, izibane eziblowu zibonelela ngeenzuzo ezininzi zemithombo yesibane esifana ne-bulbscent kunye ne-bulbscent ye-incandascent kunye ne-bulvisce

April 23, 2024

I-Dome Len 5050 SMD ikhokelwa nge-amber Khoker

I-Amber SMD (intaba yeNtaba yeNtaba) ekhokelayo (i-diode yokukhanya) luhlobo lwe-LED ekhupha ukukhanya kwe-amber (etyheli-yeorenji). Ezi zikhokelwa ziyilelwe ukuba zibekwe phezu kweebhodi zesekethe. I-Amber SMD isetyenziswa rhoqo kwizicelo ezahlukeneyo ezifana nokukhanya kwemoto, imiqondiso yezithuthi, kunye nezixhobo ze-elektroniki. Baziwa ngokukhanya kwazo okuphakamileyo, ukusebenzisa amandla okuphantsi, kunye ne-Liespan ende. I-Dome Lens 5050 SMD ekhokelwa ngu

April 23, 2024

Ngaba izibane ze-SMD ze-SMD zinamaza ahlukeneyo?

Xa i-LED Kukwenze oko ngaphesheya kwamanani amazaqango, hayi nje i-wavelength enye. Umbala wokukhanya okhutshiwe yi-LED igqitywe yi-Waveent yavela kuluhlu. Uluhlu lwe-430-480 i-nanometers.eds zihlala zisetyenziswa ngokudibeneyo neephosphors zokuvelisa ukukhanya okumhlophe. Xa ukukhanya okumhlophe kuveliswa kusetyenziswa indibaniselwano yobomvu, eluhlaza, kunye ne-Bluel, ukukhanya okuba nesishwankathelo, isishwankathelo samagqabi ahlukeneyo kwiphakheji enye ye-LED inokuveliswa ngokusebenzisa eyahlukileyo Izixhobo ze-LED kunye / okanye ngokudibanisa ii-leds ezini

April 23, 2024

Yintoni eyenza i-SMD ekhokelwa kunye nomgangatho we-DIP engcono?

Kukho izinto ezininzi ezinokuba negalelo kumgangatho we-SMD (ezibandakanya i-SMD ebomvu, i-SMD ebomvu, i-UV ye-USB, i-Amber Red, i-SMD ekhokelayo.): 1. Umgangatho ophezulu: Umgangatho we-silicon wafer esetyenziselwa ukuvelisa i-LED yinto ebaluleke kakhulu ekuqinisekiseni intsebenzo kunye nokuthembeka kwayo ngokubanzi. I-wafs ezikumgangatho ophezulu mancinci kunqabile ukuba ube neziphene okanye ukungc

April 23, 2024

Ukusetyenziswa kweebhalbhu ze-LED (i-DIP ye-DIP)

Ukusetyenziswa kweebhalbhu ezikhokiweyo Iibhalbhu ze-LED okanye ezikhupha iibhulethi zediodes ezikhanyayo (abantu zikwabiza njengezibane ezikhokelayo), ziye zanda ngakumbi kwiminyaka yakutshanje ngenxa yokusebenza kwabo amandla, ukubongezela, kunye nokuqalisa. Zisetyenziswa ngokubanzi kwiisethingi ezahlukeneyo, kubandakanya amakhaya, iiofisi, izithuba zentengiso, kunye nezicelo zokuphuma ngaphandle. Kwesi sincoko, siza ku

April 22, 2024

Ukubaluleka kweeBubbs ze-LED

Ukubaluleka kweeBubbs ze-LED Iibhalbhu ze-LED okanye ezikhupha iibhulethi zediodes, abanye abantu bakubiza ngokuba yiZibane ezikhokelwa okanye iDip ye-DIP, iphinde yaguqula ishishini lokukhanyisa kwaye lisanda kumakhaya, iiofisi, kunye neendawo zikawonke-wonke. Ezi zisombululo zisebenza ngokufanelekileyo zinika uluhlu lweempawu kunye nezibonelelo ezibangela ukubaluleka kwabo kwiinkqubo zanamhlanje. Singayipakisha kwakhona

April 22, 2024

Iinzuzo ze-infrared ukukhanya kwe-diode

Iinzuzo ze-infrared ukukhanya kwe-diode I-Infrared I-Deodnity ye-Deds Ads Zisetyenziswa ngokubanzi kwizicelo ezahlukeneyo ngenxa yeempawu zabo ezikhethekileyo kunye nezibonelelo zabo ezikhethekileyo. Kweli nqaku, siza kuthetha ngezinto, iingenelo kunye nokusetyenziswa kwe-infrared ye-infrads ekhupha ii-Deodes. Amanqaku eeDoodes ezikhutshelweyo zokukhanya 1. I-Wavelength iRiver: I-Infrared S

April 22, 2024

YINTONI I-LUFE YELUNGILE?

YINTONI I- LUFE YELUNGILE? I-LINSS ephumli zizixhobo ze-semicondcuctor ezikhupha ukukhanya kwetyheli xa kudlulile umbane ngoku, abanye abantu bakwabiza njenge-590nm. I-LELD etyheli inokuba luhlobo lwe-SMD kunye nohlobo lweLamps ze-LAMP, kwaye kwiphakheji ye-SMD, sinokwenza ngohlobo lwe-LED. Zenye yezona zinto zixhaphakileyo zisetyenziswa kakhulu, zihambisa iintlobo ngee

April 22, 2024

Ukusetyenziswa kwe-UV kukhokelwe

Ukusetyenziswa kwe-UV kukhokelwe I-UV ye-UVS okanye i-Ultraviolet ukukhanya kwe-Deods, zizixhobo ze-semicondcuctor ezikhupha ukukhanya xa kusenziwa umbane wangoku. Kukho ukupakisha ngohlobo lwe-SMD ye-SMD (i-Dod Ded ikwafumaneka kule meko) kunye nohlobo lweLamps zikhokelela kwi-365nm ikhokelwa yi-365NM ekhokelwa ngama-395 i-300nm yakhokelela kwi-ECT. Luhlobo olukhethekileyo lokukhokelwa lufumene ingqalelo ebonakalayo kwaye

April 22, 2024

Umgaqo osisiseko kunye nokusetyenziswa kwe-LED ebomvu

Umgaqo osisiseko kunye nokusetyenziswa kwe-LED ebomvu Ukukhanya okukhutshelwa kwee-Deods (izibane ezikhokelweyo) ziye zaguqula ishishini lokukhanyisa ngokusebenza kwamanani, ixesha elide lokuphila, kunye nokungasebenzi. Phakathi nemibala eyahlukeneyo efumanekayo, ii-LED ze-Reds ibambe indawo ekhethekileyo ngenxa yepropathi yabo eyahlukileyo kunye nezicelo ezixhaphakileyo. Eli nqaku

April 22, 2024

Ukuqaliswa kwee-infrads ze-infrad

Ukuqaliswa kwee- infrads ze-infrad I-Infrared I-Deods ekhupha i-Deds Ezi zikhokelwa zeSMD kunye ne-DIP ziyinxalenye ebalulekileyo kwizicelo ezahlukeneyo, kubandakanya ulawulo olude, iinkqubo zokhuseleko, izixhobo zonxibelelwano, kunye netekhnoloji yombono yasebusuku. Siza kuxelela inkcazo, ukwakhiwa, umgaqo wokusebenza, iimpawu, kunye nokusetyenziswa kwee-infrared zefls ngokweenkcukacha.

April 11, 2024

Amandla aphezulu akhokelwa ngephakeji emnyama okanye iphakheji emhlophe

Iziphumo zokupakisha amandla aphezulu zikhokelele ngesisa emnyama xa kuthelekiswa nesakhelo esimhlophe ngokuyintloko sihambelana neempawu zamehlo kunye neempawu zokwenza ubushushu bezakhelo. Namhlanje sixoxa malunga namandla aphezulu ombane we-SMD oMhlophe ekhokelwa, okwakhokelwa. Nalu ukwahlukana kwemahluko onokubakho:

April 01, 2024

I-lens engafaniyo kunye neelensi ezicacileyo ngaphezulu kwe-SMD

I-Dedd yakhokelela ekubeni i-IR i-IR, i-SMD ebomvu ikhokelwa, etyheli etyheli, i-amber yakhokelwa okanye i-SMD eluhlaza. Kulo nyaka, sivelisa i-lens enetyala yakhokelela kwilensi ecacileyo. Kukho iinkcukacha ezithile njengoko zilandele lensi yelensi ezingama-2835 i-SMD. 1. Ukuhanjiswa kokukhanya: Iilensi ezingasebenziyo zisasaza ngokukhanya ngakumbi kuneelensi ezicacileyo. Yenzelwe ukusasaza ukukhanya endaweni ebanzi, iyenza ilungele ukusetyenziswa apho izibane e

March 07, 2024

I-2835 i-smd ebomvu ikhokelele kwi-90-degree ye-lens ye-sen

Ukongeza i-lens eyongezelelweyo ye-imeyile kwi-2835 i-SMD ye-SMD ye-LMD inokuphucula iziphumo zokukhanya kunye nokugxila kwe-LED. Nangona kunjalo, kubalulekile ukuqwalasela izinto ezimbalwa ngaphambi kokwenza le tshintsho. Okokuqala, izinto kunye nemilo ye-lens yedome iya kuchaphazela iziphumo zokukhanya kunye ne-angle ye-beam. Izinto ezahlukeneyo zinee-indices ezahlukeneyo zokuhlaziya, eziya kutshintsha indlela ukukhanya kuhlaziywa kwaye k

January 22, 2024

Yintoni i-850NM ekhokelwa yi-SMD ekhokelayo kunye nezibane ezikhokelayo?

I-850NM i-infrared ibhekisa kwi-wavelength ekhethekileyo ukukhanya okuwela ngaphakathi kwe-inflectum ekufutshane. Ukukhanya kwe-infrared luhlobo lwemitha ye-electromagnetic engabonakaliyo kwiliso lomntu kodwa inokufunyanwa kwaye isetyenziswe ngezixhobo ezithile kunye neetekhnoloji ezithile. Ikota yesi-850 ibhekisele kwi-wavelength yokukhanya, nge-850nm ikhokelwe kukukhokelela kumaza angama-850 eeNanometers. Ukukhanya kwe-infrared kuphawulwa nge-wavelect yayo ende xa kuthelekiswa nokukhanya okubonakalayo. Ilele ngaphaya kwesiphelo esibomvu sokukhanya

January 22, 2024

Ngaba i-940NM ikhuselekile?

I-940NM ye-LED inokuba yiphakheji ngohlobo lwe-SMD kunye nohlobo lwe-LAMP. Kodwa ngexesha lesicelo, ukukhanya kwe-IR i-IR kwi-940nm Waveleth ikhuselekile? Ukhuseleko lwe-940 NM (i-nanometer) yasetyenziswa kwi-infrared (ir) ye-infrared (ir) ye-Deads Ukufumanisa ukuba i-940 NM yindawo ekhuselekileyo yeliso, kubalulekile ukuba uqonde ubume besi savelength, ukusebenzisana neliso kunye nemigangatho yokhuseleko enxulunyaniswa nayo. Ukukhanya kwe-infrared kuwela ngaphakathi kwe-elektromagnetic spectrum, kunye namaza

January 20, 2024

I-IR i-IR kwisicelo

I-wavelength ye-infrared (ir) ekhokelwa, ekwabizwa ngokuba yi-infrared ukukhanya kwe-diode, iwela ngaphakathi kwe-infrafred spectum. Ukuqonda i-wavelength ye-IR ye-IR, kubalulekile ukuqonda umbono wokukhanya kunye ne-elektromagnetic spectrum. Ukukhanya yindlela ye-elektromagnetic radiation enemitha ebizwa ngokuba ziifoto. Ezi foto zihamba ngamaza, kunye nomgama phakathi kweencopho ezimbini ezilandelelanayo okanye imikhonto yezaphu yaziwa ngokuba yi-wavevength yayo. I-wavelength yokukh

January 20, 2024

I-Dome Lens SMD ikhokelele kwi-2835 iphakheji ye-SMD ye-LND kwi-lensi eyahlukeneyo

Intshayelelo: I-2835 i-SMD ye-LED (iNtaba yeNtaba yeNtaba yeNtaba yeNtaba ye-DIODE) isetyenziswa ngokubanzi kwizicelo ezahlukeneyo ngenxa yobungakanani bayo, ukuqaqamba okuphezulu, kunye nokusebenza okuphakathi okuphezulu, kunye nokusebenza kwamandla. Eli nqaku lijolise ekuhlalutyeni ifuthe leelensi ezahlukeneyo zedome kwintsebenzo ye-SMD ye-2835. Ngokukodwa, siya kugxila kwisidanga se-30-degree, kunye ne-90-degree Deve Devints, ihlola iimpawu zazo, izibonelelo, kunye neendlela ezinokubakho.

December 27, 2023

Ngaba ungayisebenzisa i-SMD ekhokelwa kunye nezibane ze-HoLE zeKrisimesi?

Ewe, i-SMD ekhokelwa kunye nezibane ze-HoLE zinokusetyenziselwa imihlobiso yeKrisimesi. Ziqhelekile ezisetyenziswayo kwiiholide zokuKhanya zeholide ezifana nemithi yeKrisimesi, iinyikima, kunye nezakhiwo. Izibane ze-SMD zincinci kwaye zinezinto eziguquguqukayo, zenze ukuba zilungele ububi kunye nokuhonjiswa, ngelixa izibane ze-Hole zibonelela ngenkangeleko yokufudumeza kunye nokujonga ngokwesiko. Kubalulekile ukusebenzisa izibane ze-LED eyilelwe ukusetyenziswa kwangaphandle kwaye ube nevolthi efanelekileyo kunye ne-wattage yendlela yakho yokuseta ukukhanya.

December 22, 2023

I-5mmm eyahlukileyo ye-5mm

Malunga ne-5mm ngomngxunya ekhokelayo ngeelensi ezingasebenziyo kwi-Red ngokusebenzisa umngxunya, i-orenji ye-orenji, iluhlaza emngxunyeni ekhokelwa, kunye nemibala ephumlweni. Ezi zibane zikhokelweyo zenzelwe ukukhupha umbala othile, onokusetyenziselwa izicelo ezahlukeneyo ezifana nokukhanyisa, ukubonisa kunye nokuzonwabisa. Iilensi ezingabonakaliyo zinceda ukudala ukuhanjiswa kokukhanya okungakumbi kwaye kunokuphucula umgangatho wemveliso yokukhanya. I-LEDS ebomvu isetyenziselw

December 06, 2023

I-LED yesiko kwi-RGBW ikhokelwa

I-RGBW ikhokelwa yitekhnoloji yobufundisi edibanisa i-pixel emhlophe kwitekhnoloji ye-RBB yendabuko. Oko kuthetha ukuba kuya kuba ne-Red Chip, i-chip eluhlaza ye-LED, i-chip e-LED kunye ne-SMD emhlophe yakhokelela kwiphakheji ye-SMD efanayo. Ngokwesiqhelo siya kupaka ngohlobo lwe-5050 ye-SMD. Inokuqaqamba okuphezulu kunye nokusetyenziswa kwamandla okuphakathi. Xa kuthelekiswa netekhnoloji ye-RGB, itekhnoloji ye-RGBW inokubonelela ngokusebenza kombala onesityebi kunye nokuqaqamba okuphezulu kunye nombala obanzi we-Gage. Ukongeza, itekhnoloji ye

September 08, 2023

Luhlobo luni lwamandla afumanekayo kwi-80NM?

Kukho iintlobo zamandla akhoyo kwi-IR. Namhlanje sixoxa malunga ne-IR ye-IR ene-850nm wavelength. I-CHIP ye-850NM yakhokelela ngokuthe ngqo ichaphazela amandla e-LED. Ukusetyenziswa kwamandla kwe-LED kumiselwa ngokusebenza kakuhle kweChip ye-LED. Ukusebenza kakuhle kwe-chip ye-LED kulinganiswa ngenani lamandla ombane aguqula ukuba anamandla okomoya.

September 04, 2023

Yintoni enokwenziwa ngu-660nm ekhokelwa kunyango lwe-LED okanye i-LED yokukhula?

I-660NM ikhokelwa kunyango lwe-LED okanye i-LED yokukhula inokukhula inokuba nezibonelelo ezininzi: 1. Unyango lwe-LED: kunyango lwe-LED, i-660NM yakhokelela esetyenziselwa iipropathi zayo ezibomvu zonyango. Inokungena esikhumbeni kwaye ikhuthaze imveliso ye-collagen, enokunceda ukunciphisa ii-wrinkles kunye nokuphucula ubume be-sture. Inganceda ngokuphilisa inxeba, ukunciphisa ukuvuvukala, kunye nokukhuthaza ukuphinda kuvunyelwe ukuphinda usebenze kwakhona. 2. I-LED