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? ???? foshan nationstar optoelectronics co., ltd customer product 1210 top led customer no. type fm - 3528 xx approved signatures research & development center approve check draw release date 2010 - 01 - 12 s pecification
top light emitting diode this product is general ly used as indicator and luminary f or electronic equipment such as dashboard and signal led board. and it also be widely used for indoor and outdoor decorative lighting . features: color material red re d - alg a in p or algaas orange orange - alg a in p yellow yellow - alg a in p or ga as p y ellow green y ellow green C ga p green green - ingan blue blue - ingan white blue - ingan ? ? ? ? ? fm - 3528 x x top light emitting diode t echnical data sheet 1
top light emitting diode ? absolute maximum ratings (temperature= 25c ): parameter symbol rat ing unit forward current i f 25 max. ma p ulse forward current * i fp 100 max. ma reverse voltage v r 5 max. v operating temperature t opr - 30 ~ +85 storage temperature tstg - 40 ~ +100 power diss i pation p d r 75 max m w o y yg g 120 max b w ? note: pulse width 0.1ms, duty 1/10 * electrical characteristics 2
top light emitting diode ? electro - optical characteristics (temperature=25 c ): color emitted color l ens color v iew angle 2 1/2 fm - 3528hrk - 660*1 red w a ter clear 110 fm - 3528sxk - 620h08 super red fm - 3528hrk - 624o fm - 3528yoek - 605c super orange 110 fm - 3528yoxk - 600h08 fm - 3528hyk - 585f super y e llow 110 fm - 3528hyk - 589o fm - 3528pgk green 110 fm - 3528ghk - 570a08 y e llow green fm - 3528gek - 572g fm - 3528ugk - 515g super green 110 fm - 3528ugk - 520d fm - 3528bxk - 465d super blue 110 fm - 3528bk - 470o fm - 3528wd - 460m cool white yellow diffused 110 fm - 3528wdd - 460m nature w h ite fm - 3528wld - 460m warm w h ite fm - 3528ws - 460t cool white fm - 3528wd - 460t nature w h ite fm - 3528wds - 460t nature w h ite fm - 3528wls - 460t warm w h ite fm - 3528segek - 1 b i - color w a ter clear 110 fm - 3528sqgik fm - 3528sq gibik tri - color w a ter clear 110 fm - p3528wd - 460g50 cool white yellow diffused 110 fm - p3528wdd - 460g50 nature w h ite fm - p3528wld - 460g50 warm w h ite remark : *1 means reversed polarity 3
top light emitting diode part nu m ber dominant w a v elength (n m ) iv ( mcd ) vf ( v ) t y p . test current ( m a) min. typ. fm - 3528hrk - 660*1 640 10 16 1.9 20 fm - 3528sxk - 620h08 620 100 200 fm - 3528hrk - 624o 624 600 700 fm - 3528yoek - 605c 605 100 150 2.0 20 fm - 3528yoxk - 600h08 605 180 250 fm - 3528hyk - 585f 585 100 200 2.1 20 fm - 3528hyk - 589o 589 600 700 fm - 3528pgk 560 7 12 2. 1 20 fm - 3528ghk - 570a08 570 50 80 fm - 3528gek - 572g 572 80 120 fm - 3528ugk - 515g 515 750 900 3.2 20 fm - 3528ugk - 520d 520 900 1100 fm - 3528bxk - 465d 465 270 350 3.2 20 fm - 3528bk - 470o 470 400 50 0 fm - 3528segek - 1 r:624 100 130 2.0 20 g :572 100 130 2.1 20 fm - 3528sqgik r :625 150 200 2.0 20 g :520 600 800 3.2 20 fm - 3528sqgibik r:620 180 2 2 0 2.0 20 g:520 600 700 3.2 12 b:470 120 180 3.2 12 4
top light emitting diode part nu m ber color temperature ( k ) iv ( mcd ) v f ( v ) t y p . test current ( m a) min. typ. fm - 3528wd - 460m 7500 1200 1800 3.2 20 fm - 3528wdd - 460m 4100 1200 1600 fm - 3528wld - 460m 3100 900 1400 fm - 3528ws - 460t 7500 1800 2400 fm - 3528wd - 460t 6000 2200 2600 fm - 3528wds - 460t 4100 1800 2400 fm - 352 8wls - 460t 3100 1500 2000 fm - p3528wd - 460g50 7500 4000 5000 3.0 50 fm - p3528wdd - 460g50 4100 3500 4500 3.0 fm - p3528wld - 460g50 3100 3000 4000 3.0 5
top light emitting diode typical characteristics curves 6 temperature=25 radiation diagram radiation angle relative luminous intensity
top light emitting diode test items test conditions quantity judging criteria solderability solder temperature 300 solder duration 3.50.5 sec. 15 solderable area over 95% thermal shock followed by high temperature and high humidity cyclic - 4 0 ? 10 min. 11 c =0 & i** 5 cycles ? shift ( 2~3 ) min . 100 ? 10 min. ? 25 ~55 90 % ~95% rh 2 cycles for 48 hrs., recover for 2 hrs. resistance for soldering heat reflow soldering 15 c =0 & i** dc operating life 1000 hrs. forward curre nt 25 ma 22 c =0 & i* high temperature storage 100 ? 1000 hrs. 15 c =0 & i* high temperature and high humidity cyclic 25 ~ 55 90%~95% rh 6 cycles for 144 hrs., recover for 2 hrs. 11 c =0 & i* *1 criteria for judging damage * usl: upper standard level, lsl: lower standard level * reliabilit y test items and conditions items symbol test conditions cri teria for judging damage i* criteria for judging damage i** forward voltage v f i f = 20 ma u sl 1. 2 u sl reverse current i r v r =5v u sl 2 .0 u sl luminous intensity i v i f = 20 ma l s l 0. 5 l s l 7
top light emitting diode single color recommended soldering pad polarity note: a cathode mark all dimensions in mm. tolerances unless mentioned is 0.1 mm. outline dimensions 8
top light emitting diode b i - color recommended soldering pad polarity note: all dimensions in mm. tolerances unless mentioned is 0.1 mm. 9 green ? 3 red ? 1 - - + + 2
top light emitting diode tri - color recommended soldering pad polarity note: all dimensions in mm. tolerances unless mentioned is 0.1 mm. 10 4 green ? 3 blue red ? 1 - + - - + + 2
top light emitting diode p3528 recommended soldering pad polarity note: all dimensions in mm. tolerances unless mentioned is 0.1 mm. 11 2 + - - - 1 3 4
top light emitting diode ? ? ? cathode side all dimensions in mm, tolerances unless mentioned is 0.1 mm. ? details of carrier tape ? progressive direction ? a: top cover tape, 300mm; b: leader, empty, 200mm; c: 2000 lamps loaded; d: trailer, empty, 200mm. ? reel dimension ? progressive direction ? label packaging (1) 1 2 led products type: xx-xxxxx-xx qty: xxxx bin: xx lot: foshan nationstar optoelectronics co., ltd ?? ??? |? d : (xxx-xxx) nm iv: (xxx-xxx) mcd vf: (xx-xx) v qc: if = x ma rohs qc pass | | | | || | ||| | || | ||| | || | | | || || ||| | | | xxxx
top light emitting diode ?? moisture proof a nd anti - electrostatic foil bag ?? cardboard box ?? label explanation ? ? qty quantity bin rank lot lot number d wavelength range or (xx - x) iv luminous intensity range vf forward voltage range if testing current packaging (2) 1 3 label label sealed moisture absorbent material moisture proof and anti-electrostatic foil bag ?? ??? foshan nationstar optoelectronics co.,ltd ? ? 18 ?? 528000 tel: ( 86- 757) 83980208 fax: ( 86- 757) 82100206 led products type: xx-xxxxx-xx qty: xxxx bin: xx lot: foshan nationstar optoelectronics co., ltd ?? ??? |? d : (xxx-xxx) nm iv: (xxx-xxx) mcd vf: (xx-xx) v qc: if = x ma rohs qc pass | | | | || | ||| | || | ||| | || | | | || || ||| | | | xxxx top leds type: xx-xxxxx-xx qty: xxxx bin: xx lot: foshan nationstar optoelectronics co., ltd ?? ??? |? d : (xxx-xxx) nm iv: (xxx-xxx) mcd vf: (xx-xx) v qc: if = x ma rohs qc pass | | | | || | ||| | || | ||| | || | | | || || ||| | | | xxxx
top light emitting diode 1. hand soldering a soldering iron of less than 20w is recommended to be used in hand soldering. please keep the temperature of the soldering iron under 300 while sol dering. each terminal of the led is to go for less than 3 second and for one time only. be careful because the damage of the product is often started at the time of the hand soldering. 2. reflow soldering: use the conditions shown in the under profile of pb - free reflow soldering. reflow soldering should not be done more than two times. stress on the leds should be avoided during heating in soldering process. after soldering, do not deal with the product before its tempe rature drop down to room temperature. 3. cleaning it is recommended that alcohol be used as a solvent for cleaning after soldering. cleaning is to go under 30 for 3 minutes or 50 for 30 seconds. when using other solvents, it should be confirmed beforehand w hether the solvents will dissolve the package and the resin or not. ultrasonic cleaning is also an effective way for cleaning. but the influence of ultrasonic cleaning on led depends on factors such as ultrasonic power. generally, the ultrasonic power shou ld not be higher than 300w. before cleaning, a pre - test should be done to confirm whether any damage to leds will occur. note : this general guideline may not apply to all pcb designs and configurations of all soldering equipment. the techniques in practice is influenced by many factors, it should be specialized base on the pcb designs and configurations of the soldering equipment. guideline for soldering 1 4 150 200 217 240 255 time t e m p e r a t u r e ( ) 260 245 235 +0 - 5 5 - 0 preheat 60 180 sec ( - ) . ( - ) . 60 150 sec . . 10sec max minimum solder profile recommended solder profile maximum solder profile - ramp up - ramp down 5 +
top light emitting diode 1. storage moisture proof and anti - electrostatic package with moisture absorbent material is used, to keep m oisture to a minimum. before opening the package, the product should be kept at 30 or less and humidity less than 60% rh, and be used within a year. after opening the package, the product should be stored at 30 or less and humidity less than 10%rh, and be soldered within 24 hours (1 days). it is recommended that the product be operated at the workshop condition of 30 or less and humidity less than 60%rh. if the moisture absorbent material has fade away or the leds have exceeded the storage time, baking treatment should b e performed based on the following condition: (80 5) for 24 hours. 2. static electricity static electricity or surge voltage damages the leds. damaged leds will show some unusual charact er istics such as the forward voltage becomes lower, or the leds do not lig ht at the low current., even not light. all devices, equipment and machinery must be properly grounded . at the same time, it is recommended that wrist bands or anti - electrostatic gloves, anti - electrostatic containers be used when dealing with the leds. 3. desi gn consideration in designing a circuit, the current through each led must not exceed the absolute maximum rating specified for each led. in the meanwhile, resistors for protection should be applied, otherwise slight voltage shift will cause big current ch ange, burn out may happen. it is recommended to use circuit a which regulates the current flowing through each led rather than circuit b. when driving leds with a constant voltage in circuit b, the current through the leds may vary due to the variation in forward voltage (v f ) of the leds. in the worst case, some led may be subjected to stresses in excess of the absolute maximum rating. thermal design is paramount importance because heat generation may result in the characterist ics decline, such as brightness decreased , color changed and so on. please consider the heat generation of the leds when making the system design. precautions (1) (a) (b) preferable non - preferable 1 5
top light emitting diode 4. others when handling the product , touching the encapsulant with bare hands will not only c ontaminate its surface, but also affect on its optical characteristics . excessive force to the encapsulant might result in catastrophic failure of the leds due to die breakage or wire deformation. for this reason, please do not put excessive stress on leds, especially when the leds are heated such as during reflow soldering. the epoxy resin of encapsulant is fragile , so please avoid scratch or friction over the epoxy resin surface. while handling the product with tweezers, do not hold by the epoxy resin, be careful. 5. safety advice for human eyes viewing direct to the light emitting center of the leds, especially those of great luminous intensity, will cause great hazard to human eyes. please be careful. precautions (2) 1 6
top light emitting diode d ( nm ) bins d ( nm ) d ( nm ) blue 463 - 466 green 515 - 517.5 527.5 - 530 554 - 556 466 - 469 517.5 - 520 530 - 532.5 556 - 558 469 - 472 520 - 522.5 532.5 - 535 558 - 560 472 - 475 5 22.5 - 525 560 - 562 y e llow green 568 - 570 525 - 527.5 562 - 564 570 - 572 yellow 580 - 582.5 590 - 592.5 572 - 574 582.5 - 585 592.5 - 595 574 - 576 585 - 587.5 orange 598~601 587.5 - 590 601~604 red 620~625 604~607 625 - 635 607~610 635 - 650 iv(mcd) bins: detailed bracket iv(mcd) iv(mcd) iv(mcd) iv(mcd) iv(mcd) iv(mcd) 7 - 9 24 - 30 80 - 100 270 - 330 900 - 1200 3300 - 4000 9 - 11 30 - 36 100 - 120 330 - 400 1200 - 1500 4000 - 5000 11 - 13 36 - 45 120 - 150 400 - 500 1500 - 1800 5000 - 6000 13 - 16 45 - 55 150 - 180 500 - 600 1800 - 2200 6 000 - 7500 16 - 20 55 - 65 180 - 220 600 - 750 2200 - 2700 20 - 24 65 - 80 220 - 270 750 - 900 2700 - 3300 appendix v f ( v ) bins: detailed bracket vf ( v ) vf ( v ) vf ( v ) vf ( v ) 1.6 - 1.7 2.1 - 2.2 2.6 - 2.7 3.1 - 3.2 1.7 - 1.8 2.2 - 2.3 2.7 - 2.8 3.2 - 3.3 1.8 - 1.9 2.3 - 2.4 2. 8 - 2.9 3.3 - 3.4 1.9 - 2.0 2.4 - 2.5 2.9 - 3.0 3.4 - 3.5 2.0 - 2.1 2.5 - 2.6 3.0 - 3.1 3.5 - 3.6 1 7
top light emitting diode white (x ,y) bins: bottom left top right bottom left top right a when the label is printing please give clear indication of color coordinate area 1 8

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