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Ikhaya IMIKHIQIZO Inzwa yezithombe zikagesi Inzwa ye-Photoelectric ye-Chip LED Buka Phezulu I-LED Ephuzi Ehlaza OR-YG0603L4-CA-4T
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Buka Phezulu I-LED Ephuzi Ehlaza OR-YG0603L4-CA-4T

Lo mkhiqizo awunazo izinto ezikhawulelwe, thobelana nezinga le-RoHS.

Thumela Uphenyo

Incazelo Yomkhiqizo

Phezulu Buka I-LED Ephuzi Eluhlaza

isibonisi esiholayo

1.Izici

●  Umbala Okhishiwe  : Okuluhlaza Okuphuzi.

●  Ilensi  Ukubukeka  : Amanzi Acwebile.

● Umbala owodwa  uhlobo.

●  1.6x0.8x0.4mm(0603) iphakheji evamile.

● Ifanele zonke izindlela zomhlangano we-SMT  .

● Ihambisana  ne-infrared kanye nesigaba somhwamuko reflow  solder  inqubo.

● Ihambisana nezisetshenziswa zokubeka ezizenzakalelayo.

● Lo mkhiqizo  awuqukethe into ekhawulelwe, thobela  izinga le-RoHS.

 

2.Izicelo

●  Izimoto  :  Amadeshibhodi, izibani zokumisa, amasiginali wokujika.

●  Ukukhanya Kwasemuva  :  LCD,  Ukhiye  ukukhangisa.

● Isimo  izinkomba  : I-Comsumer & industrials  electronics.

● Okuvamile  ukusetshenziswa.

 
3.Ubukhulu bohlaka lwephakheji

Buka Phezulu I-LED Ephuzi Ehlaza OR-YG0603L4-CA-4T

 

Amanothi:

1).Zonke ubukhulu ziku-   amamilimitha {49091018{401} {401} {401} {4}658} 067728} (amayintshi) .

2).Ukubekezelelana   ± 0. {49091015{301} {301} {289} {284} 39240} 10mm (0.004 ”   )   ngaphandle kokuthi 18 {18} {18} {1} 4909101} cacisa d.

3).Izincazelo zingaphansi koshintsho kusaziso se-hout .

 

4.Absolute maximum ratings at Ta=25℃

Ipharamitha

Uphawu

Isilinganiso

Iyunithi

Ukuchithwa kwamandla

P D

60

mW

Phambili Kwamanje

I F

25

mA

Peak   Dlulisa Okwamanje {0320131515151519} 615 4909101} 1

I FP

60

mA

Reverse Voltage

V R

5

V

Vula   isilinganiso {82960565{3055} {3055} {31} 60} {3136558+} Ibanga

T op

-40~+85

℃

Izinga Lokushisa Lesitoreji   Ububanzi {490601029}

T stg

-40~+100

℃

Electrostatic   Khipha {490601018}

ESD

2000(HBM)

V

I-Soldering Temperature

T sld

I-Reflow Soldering: 260 ℃ {1}752} 19779 0 amasekhondi

 
 
5.Izici ze-electrical-optical at Ta=25℃

Ipharamitha

Isimo

Uphawu

Okuncane .

Thayipha .

Max .

Iyunithi

Phambili I-Voltage

I F =20 mA {1909101} 8

V F

1.8

2.0

2.4

V

Okukhanyayo   Ukuqina {490601018}

I F =20 mA {1909101} 8

I V

18

42

94

mcd

Hlehlisa Kwamanje

V R =5V

I R

-

-

10

uA

Peak Wave   Ubude {4906010201} 9

I F =20 mA {1909101} 8

λ P

-

570

-

nm

Igagasi Elinamandla   Ubude {490601081}

I F =20 mA {49049101} {1910101}8

λ D

566

572

578

nm

Spectral Line   Half-width {49061} {49061}

I F =20 mA {1909101} 8

Δλ

-

30

-

nm

Ukubuka   I-Engeli {49091010} {601}9}

I F =20 mA {1909101} 8

2θ   1/2 {490691018}

-

130

-

deg

 

Amanothi:

1 , Ukubekezelela i-luminou {40901} 1900 4909 {490}   ingu-±10%.

2 , Ukubekezela kokuya phambili {4909109} {4901}871} 432012}  {I-4909101} ingu-±0.1V.

 

6.Incazelo yelebula
Ukubuka Phezulu I-LED Ephuzi Eluhlaza OR-YG0603L4-CA-4T
 
7.Izixwayiso zokusetshenziswa
1.Soldering
I-SMD encapsulation ye-LED ivumelana nezimo kakhulu, amandla angaphandle adiliza kalula indawo ekhazimulayo nepulasitiki, Njengokusoda , Sicela uphathe ngokucophelela!
1.1. Nge-No-clean Flux, ngokusho kwesimo sokwelapha sokugeleza kabusha lapho i-soldering, i-Reflow soldering akufanele yenziwe izikhathi ezingaphezu kwezimbili, ngesikhathi esisodwa kufanele uqinisekise ukuthi uhlanzekile endaweni ekhazimulayo. Uma kungenjalo, izinto zangaphandle zingathinta umbala okhazimulayo.
1.2. Ungacubunguli i-soldering manual ngaphandle kokulungisa. Kunconywe ukuthi ithengiswe nge-25W Anti-static iron, The temp. Insimbi kufanele ibe ngaphansi kuka-300 ℃ futhi isikhathi sokunamathisela akufanele senziwe ngaphezu kwemizuzwana emithathu, ngesikhathi esifanayo insimbi ayikwazi ukuthinta indawo ekhanyayo nepulasitiki.
1.3. Ungasonti i-LED ngesikhathi sokufakwa ngesandla nokuhlola, ngaphandle kwalokho, izibani ngeke zisebenze ngokungenzeka.
1.4. Sicela usebenzise izinga elifanayo le-BIN kuphaneli eyodwa, futhi ungahlanganisi umehluko webanga le-BIN kuphaneli eyodwa lapho u-soldering. Uma kungenjalo, kuzodala inkinga yombala engalingani.
1.5. Sicela ulawule okuqukethwe kwesibabule kokunamathisela kwe-solder ne-PCB.
1.6. Pb-free solder temp.-time profile njengoba ingezansi:260℃Max
 
2 . Ukuhlanza
2.1. Ungahlanzwa nge-ultrasonic. Kunconywa ukuthi kusulwe nge-isopropyl utshwala noma utshwala obumsulwa, isikhathi sokusula akufanele sibe ngaphezu komzuzu owodwa. I-LED kufanele ibekwe endaweni yezinga lokushisa imizuzu eyishumi nanhlanu ngaphambi kokusebenzisa. Ngemva kokuhlanza, kufanele uqinisekise ukuthi uhlanzekile endaweni ekhazimulayo. Uma kungenjalo, izinto zangaphandle zingathinta umbala okhazimulayo.
2.2. I-LED ayikwazi ukuthintana ne-isoamyl acetate, trichlorethylene, acetone,sulfide, nitride, acid, alkali, salt. Lezi zindaba zingacekela phansi i-LED
.
3 . Ukuvala
3.1. Iglue evalayo ayikwazi ukuba ne-sodium ion, i-sulfide, ngoba lezi zindaba zingathinta ubuthi obuyimpuphu ye-fluorescence.
3.2. Uma usebenzisa iglue evamile yokuvala, Sebenzisa phakathi kwamahora angu-168 ngemva kokuvula
 
4 . Isitoreji
4.1. Ungasivuli isikhwama sokuvikela umswakama ngaphambi kokulungela ukusebenzisa ama-LED.
4.2. Ama-LED kufanele agcinwe kokuthi 30 ℃ noma ngaphansi futhi 60%RH noma ngaphansi ngaphambi kokuvula iphakheji . Ubuningi. isikhathi sokugcina ngaphambi kokuvula iphakheji unyaka ongu-1.
4.3. Ngemva kokuvula iphakheji, ama-LED kufanele agcinwe ku-30-35%RH noma ngaphansi, futhi kufanele asetshenziswe zingakapheli izinsuku ezingu-3. Uma ama-LED kufanele agcinwe ku-30-35%RH noma ngaphezulu, futhi kufanele asetshenziswe phakathi namahora angu-4.
4.4. Uma ama-LED egcinwa ngaphezu kwemibandela engu-20%, ukubhaka kuyadingeka ngaphambi kokunyuka. Isimo sokubhaka njengoba singezansi: 70±5 ℃ amahora angu-12 ngempahla eyinqwaba, 105±5 {490310101} {490310101} 7795} ihora elingu-1 ezimpahleni.
4.5. Imvelo ayinayo i-asidi, i-alkali, igesi ebolayo, ukuzamazama okunamandla kanye nenkundla kazibuthe ephezulu .
 
5 . I-Static
5.1.I-Static and Peak surge voltage ingacekela phansi i-LED, Igweme i-voltage esheshayo uma ikhanyisa noma icisha izibani.
5.2. Sicela ugqoke i-Anti-static wrist band, i-Anti-static glove, izicathulo ezi-Anti-static ngesikhathi sokusebenza , futhi okokusebenza kufanele kumiswe phansi.
 
6 . Ukuhlola
6.1. Ikhasimende kufanele lisebenzise ukumelana nomkhawulo kwamanje kuyisekethe ukuze lishayele ama-LED ngaphakathi kwesilinganiso samanje. Uma kungenjalo ukushintsha kancane kwamandla kagesi kungase kubangele ushintsho olukhulu lwamanje futhi kuphele amandla.
6.2. Futhi, kufanele kuqashelwe ukuthi angalayishi kakhulu ama-LED ngevoltheji ephezulu esheshayo ekuVULIni nasekuValweni kwesekethi. Uma kungenjalo, ama-LED azobhujiswa, ukuhlola izindlela kanje:
6.3. Amandla kagesi ahlehlayo akumele eqe u-5v uma ukhanyisa noma uhlola i-LED, uma kungenjalo, ama-LED azolimala.
 
7 . Okunye
Umbala okhazimulayo wama-LED unoshintsho oluncane lwamanje, kunconywe ukuthi i-LED isetshenziswe ochungechungeni nokumelana, uma ukhanyisa, sicela ungaboni indawo ekhanyayo ye-LED , uma kungenjalo i-LED izoshisa amehlo.
 

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