adjd-mj50 / ADJD-MJ51 and adjd-mj60 / adjd-mj61 high performance rgb led light source data sheet description avago rgb led light source is a high performance device which can be operated at high driving current. it comes with a plug-and-play electrical connector. the built-in heat sink and the mechanical mounting features simplify the thermal management of a lighting solution. this enables efective heat transfer and maintain led junction below maximum allowed temperature. the footprint of the top emitting package is 100mm x 18mm x 3.6mm with aperture of 96mm x 6mm. the footprint of side emitting package is 100mm x 18mm x 8mm with aperture of 96mm x 4.6mm. the refector cavity design maximized the light extraction as well as maximized the color mixing to produce the required color. together with closely pitched led dice, the color mixing is best of its class. features ? high fux output ? choice of top emitting or side emitting ? compact footprint for ease of stacking horizontally and vertically. ? integrated heatsink to simplify thermal management ? red, green & blue color premix in the refector cavity to produce required color ? silicone encapsulation for extra long product life ? plug and play mechanical mounting and electrical connection (connector interface) ? fully serviceable due to ease of mounting and demounting. applications ? decorative lighting ? architectural lighting ? specialty lighting caution: adjd-mj50/51 & adjd-mj60/61 are class 1 esd sensitive. please observe appropriate precautions during handling and processing. refer to avago technologies application note an-1142 for additional details
packagefdimensions adjd-mj50fandfADJD-MJ51f(topfemitting) adjd-mj60fandfadjd-mj61f(sidefemitting) notes: 1. all dimensions are in millimeters. 2. tolerance = 0.20 mm unless otherwise specifed. connector pin 8 connector pin 1 led die position 50 led die position 1 dr & tap for m3 screw (4x) top view bottom view side view 3d view 12.00 (4.41) 18.00 17.15 97.00 100.00 7.29 18.00 3.60 14.00 14.00 19.00 34.00 19.00 15.00 2.00 2.00 96.00 led die position 1 led die position 50 connector pin 1 connector pin 8 dr & tap for m3 screw (4x) top view front view bottom view 3d view 2.00 4.67 6.00 8.00 0.70 46.65 98.00 100.00 12.00 18.00 16.15 2.00 1.00 14.00 14.00 19.00 34.00 19.00 15.00 2.00 2.00 96.00
pin 2 r + r - pin 6 pin 1 g1 + g1 - pin 5 pin 3 b + b - pin 7 pin 4 g2 + g2 - pin 8 colorfconfguration electricalfconfguration connectorfandfpinfconfguration pinfnumber confguration g + r + b + 4 g + 5 g - 6 r - 7 b - 8 g - malefconnector recommendedffemalefconnector:f f molexf51146-0800 *note: this cable is only applicable for ADJD-MJ51 and adjd-mj61
4 tablef1.fabsolutefmaximumfratingsf(t j f=f25c) parameter red greenf&fblue unit dc forward current [] [] [] 00 50 ma power dissipation 0.5 6.75 w maximum junction temperature t j max 0 c operating board temperature, t b range [4] - 40 to + 85 c storage temperature range - 40 to + 85 c note: 1. per individual string. 2. derate linearly as shown in figure 6. 3. operation at current below 20 ma is not recommended. 4. board temperature, t b = temperature of the metal core pcb at the bottom of the led. tablef2.felectricalfcharacteristicsf(t j f=f25c) color forwardfvoltage,fv f f(v)f [1]f[2] testingfcurrent,f i f f(ma)f [1] dynamicfresistance,f r d f( w )f [3]f[4] min. typ. max. alingap red 5 9 5 00 6 ingan green g 0 5 45 50 ingan green g 0 5 45 50 ingan blue 0 5 45 50 note: 1. per individual string. 2. vf tolerance is 1.0v. 3. measured at t j = 25oc, applicable from i f = 50ma onwards. 4. dynamic resistance is the inverse slope of the forward current vs. forward voltage characteristic as in figure 3. tablef3.fluminousffluxf color testingfcurrent,f i f f(ma) luminousffluxf f vf(lm)f [1]f[2] f @ft j f=f25c whitef f vfatf9000kf colorftemperature,f t b f=f70cf [3]f[4]f[5] ftyp. min. typ. alingap red 00 0 00 0 ingan green g 50 75 5 ingan green g 50 75 5 ingan blue 50 0 note: 1. f v is the total luminous fux output as measured with an integrating sphere per individual string. 2. f v tolerance 15%. 3. white point at 9000k color temperature according to cie 1931: (0.285, 0.300). 4. when the leds are tuned to 9000k color temperature at t b = 70c, not all led strings will be driven at its maximum forward current. 5. board temperature, t b = temperature of the metal core pcb at the bottom of the led.
5 tablef4.fopticalfcharacteristicsf(t j f=f25c) color testing current, i f f(ma) chromaticity coordinatesf [] typ. dominantfwavelength,f l d f(nm)f [] peak wavelength,f l p f (nm) spectralfwidth atfhalffmax,f dl 1/2 f(nm)f [] x y min. typ. max. typ. typ. alingap red 00 0.684 0.5 65 67 65 66 0 ingan green g 50 0.9 0.75 50 50 55 5 5 ingan green g 50 0.9 0.75 50 50 55 5 5 ingan blue 50 0.5 0.0 450 457 460 45 4 notes: 1. the chromaticity coordinates and dominant wavelength are derived from the cie chromaticity diagram and represent the perceived color of the device. 2. the total spectral width at 1/2 of the peak intensity. tablef5.fthermalfcharacteristics color temperaturefcoefcients offdominantfwavelength dl dom / d t j f(nm/c)f typ. offforwardfvoltage d v f / d t j f(mv/c)f typ. alingap red 0.08 -4 ingan green g 0.0 - ingan greeng 0.0 - ingan blue 0.0 -9 tablef6.fthermalfresistancef(fromfjunctionftofboard) partfnumber thermalfresistance,f junctionftofboard,f r q j-b f [] f(c/w)ftyp. adjd-mj50/5 and adjd-mj60/6 .0 notes: 1. thermal resistance is defned as the increase of junction temperature with reference to t b per 1w of total electrical power that is applied to the entire unit. 2. t b = temperature of the metal core pcb at the bottom of the led.
6 figuref1.fcolorfbins 1 figuref2.frelativefintensityfvs.fwavelength note: 1. the chromaticity coordinate used for binning the product is obtained when all r, g1, g2 & b channels are lighted up together at maximum rated current. 2. bin categories are established for classifcation of products. products may not be available in all categories. please contact your avago representative for information on current available bins. intensityfbins adjd-mj50f/f51 binfid luminousffluxf f v f(lm)f [1] min. max. a 400 50 b 50 670 adjd-mj60f/f61 binfid luminousffluxf f v f(lm)f [1] min. max. z 0 400 a 400 50 notes: 1. the luminous fux used for intensity binning is by lighting up all r, g1, g2 & b channels together at maximum rated current. 2. bin categories are established for classifcation of products. products may not be available in all categories. please contact your avago representative for information on current available bins.
7 figuref3.fforwardfcurrentfvs.fforwardfvoltage figuref4.frelativefluminousffuxfvs.fforwardfcurrentf@ft j =25c figuref6.fmaximumfforwardfcurrentfvsfboardftemperatureft b figuref5.frelativeflightfoutputfvsfjunctionftemperature note: board temperature, tb = temperature of the metal core pcb at the bottom of the led.
packingfinformation adjd-mj50/51 and adjd-mj60/61 are supplied in plastic tray made of esd safe material. each tray contains 25 units. handlingfcautions 1. the encapsulation material of the product is made of silicone for better reliability of the product. as silicone is a soft material, please do not press on the silicone or poke a sharp object onto the silicone. these might damage the product and cause premature failure. during assembly or handling, the unit should be held on the metal refector or metal body. 2. when attaching the product to the heat sink, a thermally conductive compound is necessary as the interface between the metal core pcb of the product and the heat sink to ensure sufcient heat dissipation. for product information and a complete list of distributors, please go to our web site: www.avagotech.com avago, avago technologies, and the a logo are trademarks of avago technologies, limited in the united states and other countries. data subject to change. copyright ? 006 avago technologies limited. all rights reserved. obsoletes av0-0448en av0 -0 80en - may 6, 007
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