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1 introduction the shwo series is a surface-mount high-power device featuring high brightness combined with a compact size that is suitable for all kinds of ligh ting applications such as general illumination, flash, s pot, signal, industrial and commercial lighting. the the rmal pad of this device is electrically isolated providi ng convenience in thermal and electrical design. the s hwo series is one of the most promising devices in everlight?s high power product offering and is ready to face the challenges of today?s solid-state lighting requirem ents. features applications small package with high efficiency esd protection up to 8kv soldering method: smt binning parameters: brightness, forward voltage ,wavelength and chromaticity moisture sensitivity level: 1 rohs compliant matches ansi binning reliability testing conforms to iesna lm80 lumen maintenance test method general lighting decorative and entertainment lighting signal and symbol luminaries exterior and interior automotive illumination product specification shwo q q q q 1w ser ies ?shwo [shuo] is the english translation for the chi nese word meaning twinkle and is often used as a description of stars or other bright, cel estial objects as seen from earth. this word is a relevant description for this bright, compact everlight led package.?
2 table of contents product nomenclature ............................... ................................................... ................... 3 absolute maximum ratings ........................... ................................................... ............... 4 jedec moisture sensitivity ......................... ................................................... ................. 4 luminous flux characteristics for the shwo series.. ................................................... ..... 5 pn of the shwo series: white leds.................. ................................................... ............ 6 pn of the shwo series: color leds .................. ................................................... ............ 7 product binning.................................... ................................................... ......................... 8 white bin structure ................................ ................................................... ....................... 9 forward voltage bins ............................... ................................................... ................... 13 color bins ......................................... ................................................... .......................... 14 optical characteristics ............................ ................................................... .................... 15 mechanical dimension ............................... ................................................... ................. 16 pad configuration .................................. ................................................... ..................... 17 reflow soldering characteristics ................... ................................................... ............. 18 wavelength characteristics......................... ................................................... ................ 19 typical light output characteristic vs. thermal pad temperature................................. 21 typical electrical characteristics................. ................................................... ................ 22 typical relative luminous flux vs. forward current . ................................................... . 23 typical wavelength & cct shift characteristics vs.f orward current ............................ 25 current derating curves ............................ ................................................... ................. 27 typical radiation patterns ......................... ................................................... ................. 28 emitter tape packaging ............................. ................................................... ................. 30 emitter reel packaging............................. ................................................... .................. 31 product labeling ................................... ................................................... ...................... 31 revision history ................................... ................................................... ....................... 32
3 product nomenclature the product name is designated as below: elsw ? abcde ? fghij ? v1234 designation: ab = min. luminous flux (lm) or radiation power (mw ) performance c = radiation pattern [1] d = color [2] e = power consumption [3] f = reserved for future product offerings g = internal code h = packaging type [4] ij = internal code v = forward voltage bin 1234 = color bin or cct bin notes 1. table of radiation patterns symbol description 1 lambertian 2. table of color offerings: symbol color dominant wavelength range r red 620~630nm o orange 610~620nm y amber 585~595nm g green 520~535nm b blue 460~470nm c cool-white 4745~7050k n neutral-white 3710~4745k m warm-white 2580~3710k 3. table of power consumptions: symbol description 1 1w 4. table of packaging types: symbol description p tape b tube
4 absolute maximum ratings parameter symbol ratings unit max. dc forward current (ma) i f 400 [1] ma max. peak pulse current (ma) i pulse 1000 ma max. esd resistance v b 8000 v reverse voltage v r note 2 v thermal resistance r th 10 ~ 12 [3] c/w max. junction temperature t j 125/115 [4] c operating temperature t opr -40 ~ +110/100 [5,6] c storage temperature t stg -40 ~ +100 c max. soldering temperature t sol 260 c max. allowable reflow cycles n/a 3 cycles notes: 1. maximum forward current for 1w is 400ma (t thermal pad =25 ) . 2. the shwo series leds are not designed for reverse b ias operation. 3. thermal resistance is 10c/w for blue, green, and w hite leds and 12c/w for red, orange, and amber led s. 4. maximum t j is 125c for blue, green, and white leds and 115c for red, orange, and amber leds. 5. maximum operating temperature (thermal pad) is 110 c for blue, green, and white leds and 100c for red , orange, and amber leds. 6. avoid operating shwo leds at maximum operating temp erature exceeding 1 hour. jedec moisture sensitivity floor life soak requirements standard level time (hours) conditions time (hours) conditions 1 unlimited Q 30c / 85% rh 168 (+5/-0) 85c / 85% rh
5 luminous flux characteristics for the shwo series 1w color part number minimum luminous flux(lm) or radiometric power(mw) [1] drive current (ma) * elsw ? f81cx 80 350 elsw ? f91cx 90 350 * elsw ? j11cx 100 350 * elsw ? f71nx 70 350 * elsw ? f81nx 80 350 * elsw ? f91nx 90 350 * elsw ? f61mx 60 350 elsw ? f71mx 70 350 * elsw ? f81mx 80 350 elsw ? f51rx 52 350 * elsw ? f61rx 60 350 * elsw ? f51ox 52 350 * elsw ? f61ox 60 350 elsw ? f51yx 52 350 * elsw ? f61yx 60 350 * elsw ? f71gx 70 350 elsw ? f81gx 80 350 * elsw ? e61bx 13 350 elsw ? e71bx 17 350 notes: 1. luminous flux measurement tolerance: 10%. 2. the data of luminous flux measured at thermal pa d=25 3. typical luminous flux or light output performanc e is operated within the condition guided by this d atasheet. 4. please contact sales for timing and availability of p/n?s marked with an asterisk ?*?. neutral white warm white red orange amber cool white green blue
6 pn of the shwo series: white leds the table below is a list of part numbers for the e verlight shwo 1w series white led. all parts listed match ansi binning standards. bin offerings of 6500 k, 5700k, and 3000k are listed and currently availa ble. cri is also listed with a typical 75. these clearly listed binning options allow for proper design and implementation into lighting applications. the orde r codes below are currently available white shwo le ds. for example: if you order product using p/n elsw-f81c1-0lpgs-c5700, you will be specifying: white, shwo series leds at 350ma are listed below color order code of elsw minimum luminous flux (lm) cct (k) wavelength (nm) forward voltage (v) cri (typical) * elsw-f81c1-0lpgs-c6500 80 6500-1~6500-4 2.95~3.85 75 elsw-f91c1-0lpgs-c6500 90 6500-1~6500-4 2.95~3.85 75 * elsw-j11c1-0lpgs-c6500 100 6500-1~6500-4 2.95~3.85 75 * elsw-f81c1-0lpgs-c5700 80 5700-1~5700-4 2.95~3.85 75 elsw-f91c1-0lpgs-c5700 90 5700-1~5700-4 2.95~3.85 75 * elsw-j11c1-0lpgs-c5700 100 5700-1~5700-4 2.95~3.85 75 * elsw-f61m1-0lpgs-c3000 60 3000-1~3000-4 2.95~3.85 80 elsw-f71m1-0lpgs-c3000 70 3000-1~3000-4 2.95~3.85 80 * elsw-f81m1-0lpgs-c3000 80 3000-1~3000-4 2.95~3.85 80 note: 1. cri measurement tolerance: 5. 2. please contact sales for timing and availability of p/n?s marked with an asterisk ?*?. color radiation pattern cri cct forward voltage (v) minimum luminous flux (lm) cool white lambertian 75 57k-1 ~ 57k-2 ~ 57k-3 ~ 57k-4 2.95~3.25(v1) 3.25~3.55(v2) 3.55~3.85(v3) 80 cool white 6500 cool white 5700 warm white 3000
7 pn of the shwo series: color leds the table below is a list of the binning options fo r the everlight shwo 1w series color led. standard everlight color bins are listed according to wavele ngth and represent the standard primary colors of t he spectrum. these clearly listed binning options all ow for proper design and implementation into lighti ng applications. the order codes below are currently a vailable color shwo leds. for example: if you order product using p/n elsw-f51r1-0lpnm-ar5r6, you will be specifying: color, shwo series leds at 350ma are listed below. color order code of elsw minimum luminous flux (lm) wavelength (nm) forward voltage(v) elsw-f51r1-0lpnm-ar5r6 52 620~630 1.75~2.65 * elsw-f61r1-0lpnm-ar5r6 60 620~630 1.75~2.65 * elsw-f51o1-0lpnm-ar3r4 52 610~620 1.75~2.65 * ELSW-F61O1-0LPNM-AR3R4 60 610~620 1.75~2.65 elsw-f51y1-0lpnm-aa3a5 52 585~592.5 1.75~2.65 * elsw-f61y1-0lpnm-aa3a5 60 585~592.5 1.75~2.65 * elsw-f71g1-0lpnm-cg1g2 70 520~530 2.95~3.85 elsw-f81g1-0lpnm-cg1g2 80 520~530 2.95~3.85 * elsw-f71g1-0lpnm-cg2g3 70 525~535 2.95~3.85 * elsw-f81g1-0lpnm-cg2g3 80 525~535 2.95~3.85 * elsw-e61b1-0lpnm-cb7b8 13 460~470 2.95~3.85 elsw-e71b1-0lpnm-cb7b8 17 460~470 2.95~3.85 note : please contact sales for timing and availability of p/n?s marked with an asterisk ?*?. color variant radiation pattern dominant wavelength (nm) forward voltage (v) minimum luminous flux (lm) red lambertian 620~625(r5) 625~630(r6) 1.75~2.05(u1) 2.05~2.35(u2) 2.35~2.65(u3) 52 red orange amber green blue
8 product binning luminous flux bins group bin minimum photometric flux (lm) maximum photometric flux (lm) group bin minimum photometric flux (lm) maximum photometric flux (lm) 1 4 5 1 100 110 2 5 6 2 110 120 3 6 8 3 120 130 4 8 10 4 130 140 5 10 13 5 140 150 6 13 17 6 150 160 7 17 20 7 160 180 8 20 23 8 180 200 e 9 23 27 j 9 200 225 1 27 33 1 225 250 2 33 39 2 250 275 3 39 45 3 275 300 4 45 52 4 300 325 5 52 60 5 325 350 6 60 70 6 350 375 7 70 80 7 375 400 8 80 90 8 400 425 f 9 90 100 k 9 425 450 1 450 475 2 475 500 n 3 500 525 note: currently available brightness bins for white leds are highlighted and bolded. radiometric power bins group bin minimum radiometric power(mw) maximum radiometric power(mw) group bin minimum radiometric power(mw) maximum radiometric power(mw) 1 0 25 1 350 425 2 25 50 2 425 500 3 50 75 3 500 600 4 75 100 4 600 700 5 100 125 5 700 800 6 125 175 6 800 900 7 175 225 7 900 1000 8 225 275 8 1000 1300 q 9 275 350 r 9 1300 1600
9 white bin structure notes: 1. the cct range of cool-white varies from 4745k to 7050k. 2. the cct range of neutral-white varies from 3710k to 4745k. 3. the cct range of warm-white varies from 2580k to 3710k 4. color coordinates measurement allowance : 0.01 5. color bins are defined at i f =350ma operation. cool-white bin structure chromaticity specification defined by ansi
10 cool-white bin coord inates 5000k bin cie x cie y bin cie x cie y 0.346 0.369 0.338 0.362 0.345 0.356 0.337 0.349 0.353 0.362 0.345 0.356 50k-1 0.355 0.376 50k-2 0.346 0.369 reference range: 4745~5000k reference range: 5000~5310k bin cie x cie y bin cie x cie y 0.345 0.356 0.337 0.349 0.344 0.343 0.337 0.337 0.352 0.349 0.344 0.343 50k-4 0.353 0.362 50k-3 0.345 0.356 reference range: 4745~5000k reference range: 5000~5310k 5700k bin cie x cie y bin cie x cie y 0.329 0.354 0.321 0.346 0.329 0.342 0.321 0.335 0.337 0.349 0.329 0.342 57k-1 0.338 0.362 57k-2 0.329 0.354 reference range: 5310~5700k reference range: 5700~6020k bin cie x cie y bin cie x cie y 0.329 0.342 0.321 0.335 0.329 0.331 0.322 0.324 0.337 0.337 0.329 0.331 57k-4 0.337 0.349 57k-3 0.329 0.342 reference range: 5310~5700k reference range: 5700~6020k 6500k bin cie x cie y bin cie x cie y 0.312 0.339 0.303 0.330 0.313 0.329 0.305 0.321 0.321 0.337 0.313 0.329 65k-1 0.321 0.348 65k-2 0.312 0.339 reference range: 6020~6500k reference range: 6500~7050k bin cie x cie y bin cie x cie y 0.313 0.329 0.305 0.321 0.314 0.319 0.307 0.311 0.322 0.326 0.314 0.319 65k-4 0.321 0.337 65k-3 0.313 0.329 reference range: 6020~6500k reference range: 6500~7050k
11 neutral-white bin structure neutral-white bin coor dinates 4000k bin cie x cie y bin cie x cie y 0.387 0.396 0.374 0.387 0.383 0.380 0.370 0.373 0.395 0.388 0.383 0.380 40k-1 0.401 0.404 40k-2 0.387 0.396 reference range: 3710~4000k reference range: 4000~4260k bin cie x cie y bin cie x cie y 0.383 0.380 0.370 0.373 0.378 0.365 0.367 0.358 0.390 0.372 0.378 0.365 40k-4 0.395 0.388 40k-3 0.383 0.380 reference range: 3710~4000k reference range: 4000~4260k 4500k bin cie x cie y bin cie x cie y 0.364 0.381 0.355 0.374 0.362 0.366 0.353 0.360 0.370 0.373 0.362 0.366 45k-1 0.374 0.387 45k-2 0.364 0.381 reference range: 4260~4500k reference range: 4500~4745k bin cie x cie y bin cie x cie y 0.362 0.366 0.353 0.360 0.359 0.352 0.351 0.347 0.367 0.358 0.359 0.352 45k-4 0.370 0.373 45k-3 0.362 0.366 reference range: 4260~4500k reference range: 4500~4745k
12 warm-white bin structure warm-white bin coordi nates 2700k bin cie x cie y bin cie x cie y 0.469 0.429 0.456 0.426 0.459 0.410 0.447 0.408 0.470 0.413 0.459 0.410 27k-1 0.481 0.432 27k-2 0.469 0.429 reference range: 2580~2700k reference range: 2700~2870k bin cie x cie y bin cie x cie y 0.459 0.410 0.447 0.408 0.448 0.392 0.437 0.389 0.459 0.394 0.448 0.392 27k-4 0.470 0.413 27k-3 0.459 0.410 reference range: 2580~2700k reference range: 2700~2870k 3000k bin cie x cie y bin cie x cie y 0.443 0.421 0.430 0.417 0.435 0.403 0.422 0.399 0.447 0.408 0.435 0.403 30k-1 0.456 0.426 30k-2 0.443 0.421 reference range: 2870~3000k reference range: 3000~3220k bin cie x cie y bin cie x cie y 0.435 0.403 0.422 0.399 0.426 0.385 0.415 0.381 0.437 0.389 0.426 0.385 30k-4 0.447 0.408 30k-3 0.435 0.403 reference range: 2870~3000k reference range: 3000~3220k
13 3500k bin cie x cie y bin cie x cie y 0.415 0.409 0.400 0.402 0.408 0.392 0.394 0.385 0.422 0.399 0.408 0.392 35k-1 0.430 0.417 35k-2 0.415 0.409 reference range: 3220~3500k reference range: 3500~3710k bin cie x cie y bin cie x cie y 0.408 0.392 0.394 0.385 0.402 0.375 0.389 0.369 0.415 0.381 0.402 0.375 35k-4 0.422 0.399 35k-3 0.408 0.392 reference range: 3220~3500k reference range: 3500~3710k note: currently available typical cct ranges are 3000k, 5700k, and 6500k cct. forward voltage bins group name bins a u1+u2+u3 b u2+u3+u4 c v1+v2+v3 d v2+v3+v4 e v3+v4+v5 f v1+v2 g v1 h u3+u4 bin minimum forward voltage (v) maximum forward voltage (v) u1 1.75 2.05 u2 2.05 2.35 u3 2.35 2.65 u4 2.65 2.95 v1 2.95 3.25 v2 3.25 3.55 v3 3.55 3.85 v4 3.85 4.15 v5 4.15 4.45 notes: 1. forward voltage measurement tolerance: 0.1v. 2. forward voltage bins are defined at i f =350ma operation. 3. currently available forward voltage bins for whi te leds are highlighted and bolded. 4. other forward voltage bins for white leds availa ble upon request. please contact your local everlig ht sales office.
14 color bins minimum dominant maximum dominant group bin wavelength (nm) wavelength (nm) 1 430 435 2 435 440 3 440 445 4 445 450 5 450 455 6 455 460 7 460 465 8 465 470 1 520 525 2 525 530 3 530 535 4 535 540 5 540 545 6 545 550 1 580 582.5 2 582.5 585 3 585 587.5 4 587.5 590 5 590 592.5 6 592.5 595 3 610 615 4 615 620 5 620 625 6 625 630 notes: 1. dominant wavelength measurement tolerance: 0.5n m. 2. dominant wavelength bins are defined at i f =350ma operation. b (blue) g (green) a (amber) r (red)
15 optical characteristics dominant wavelength d peak wavelength p color temperature cct color part number min. typ. max. typical temperature coefficient of dominant wavelength (nm/c)-( d / t j ) typical viewing angle (degrees) 2 1/2 elsw ? xx1cx 4745k 5700k 7050k --- 115 elsw ? xx1nx 3710k 4260k 4745k --- 115 elsw? xx1mx 2580k 3000k 3710k --- 115 elsw? xx1rx 620nm --- 630nm 0.05 115 elsw ? xx1ox 610nm --- 620nm 0.08 115 elsw? xx1yx 585nm --- 595nm 0.1 115 elsw ? xx1gx 520nm --- 535nm 0.05 115 elsw ? xx1bx 460nm --- 470nm 0.05 115 notes: 1. the test tolerance of everlight is 0.5nm for domin ant wavelength, 5% for cct. 2. viewing angle is the width of half the light output intensity in all directions of 180. 3. all cool-white, neutral-white, warm-white, and domi nant wavelength below 550nm leds are made with indi um gallium nitride (ingan). 4. all leds with dominant wavelength exceeding 550nm a re made with aluminum indium gallium phosphide (ali ngap). cool-white neutral-white warm-white red orange amber green blue
16 mechanical dimension notes: 1. dimensions are in millimeters. 2. tolerances unless mentioned are 0.1mm. 3. do not handle the device by the lens. incorrect force applied to the lens may lead to the failure o f devices. 4. the thermal pad is electrically isolated from th e anode and cathode contact pads.
17 pad configuration pad function 1 anode 2 cathode p thermal pad top view bottom view
18 reflow soldering characteristics for reflow process a. elsw series are suitable for smt processes. b. curing of glue in oven must be according to stan dard operation flow processes. c. reflow soldering should not be done more than tw ice. d. in soldering process, stress on the leds during heating should be avoided. e. after soldering, do not bend the circuit board.
19 wavelength characteristics for red, amber, yellow, green, blue @ thermal pad temperature = 25 for cool-white, @ thermal pad temperature = 25
20 for neutral-white, @ thermal pad temperature = 25 for warm-white, @ thermal pad temperature = 25
21 typical light output characteristic vs. thermal pad temperature cool-white, neutral-white, warm-white, green, blue for 350ma drive current red, orange, amber for 350ma drive current
22 typical electrical characteristics for cool-white, neutral-white, warm-white, green, b lue @ thermal pad temperature = 25 for red, orange, amber, @ thermal pad temperature = 25
23 typical relative lumi nous flux vs. forward current for cool-white, neutral-white, warm-white @ thermal pad temperature = 25 for green, blue, @ thermal pad temperature = 25
24 for red, orange, amber, @ thermal pad temperature = 25
25 typical wavelength & cct shift characteristics vs. forward current for cool-white @ thermal pad temperature = 25 for neutral-white @ thermal pad temperature = 25 for warm-white @ thermal pad temperature = 25
26 for blue @ thermal pad temperature = 25 for green @ thermal pad temperature = 25 for red @ thermal pad temperature = 25
27 current derating curves current derating curve for 350ma drive current cool-white, neutral-white, warm-white, green, blue current derating curve for 350ma drive current red, amber, yellow
28 typical radiation patterns typical spatial radiation pattern for cool-white, neutral-white, warm-white lambertian notes: 1. 2 1/2 is the off axis angle from lamp centerline where th e luminous intensity is 1/2 of the peak value. 2. view angle tolerance is 5 . typical polar radiation pattern for cool-white, neutral-white, warm-white lambertian
29 typical difference of cie x of cool-white vs. angle typical difference of cie y of cool-white vs. angle
30 emitter tape packaging carrier tape dimensions: loaded quantity 400 pcs pe r reel notes: 1. dimensions are in millimeters. 2. tolerances for fixed dimensions are 0.1mm. moisture resistant packaging aluminum moistue-proof bag label desiccant label label aluminum moisture-proof bag desiccant label feed direction
31 emitter reel packaging reel dimensions notes: 1. dimensions are in millimeters. 2. tolerances unless mentioned are 0.1mm. product labeling label explanation cpn: customer specification (when required) p/n : everlight production number qty: packing quantity cat: luminous flux (brightness) bin hue: color bin ref: forward voltage bin lot no: lot number made in taiwan: production place
32 revision history current version: 2010/08/26 previous version: n/a device no: dhe-0001156 rev. ver. 3 page subjects (major change in previous version) date of change 6 change the pn brightness level. 2010/06/14 15 change the viewing angle. 2010/06/14 16 in the mechanical dimension, the polarity is cha nged. 2010/06/14 17 in the pad configuration, the polarity is change d. 2010/06/14 3 change the product nomenclature. 2010/08/26 4 change the absolute ratings 2010.08.26 6-7 change the pn brightness level. 2010/08/26

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