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green : 555 nm yellow : 570 nm orange : 605 nm red : 660 nm features recommended applications electric household appliances, oa/fa, other general applications page 1 ? single color (green, yellow, orange or red) ? lead?free soldering compatible ? rohs compliant light emitting surface (outer size) product features 10 x 10 mm (10 x 10 mm) (l x w) mu93 series single color / light bar module peak wavelength soldering methods soldering methods packing more than 2kv(hbm) plastic bag ttw (through the wave) soldering and manual soldering green, yellow : gap orange : gaasp red : gaalas die materials 2006.7.31
color and luminous intensity min. typ. i f MU93-5001 gap 1.5 3 20 mu93-4001 gap 4 8 20 mu93-3001 gaasp 4 8 20 mu93-2001 gaalas 4 8 20 absolute maximum ratings p d mw i f ma i fr m ma S i f ma/ S i fr m ma/ v r v t opr t stg 1 i fr m measurement condition : pulse width Q 1ms, duty Q 1/20 electro-optical characteristics conditions typ. max. reverse current v r =4v i r max. a peak wavelength i f =20ma p typ. nm spectral line half width i f =20ma S typ. nm 3001 2001 5001 4001 3001 2001 4.00 4 60 30 300 0.33 1.33 4 1.33 4 100 0.33 75 30 100 0.33 symbol forward current 75 30 pulse forward current 1 5001 4001 part no. material yellow emitted color green item power dissipation reverse voltage derating (ta=25 or higher) operating temperature storage temperature 1 orange red orange red 1 1 yellow resin color green number of chips 1 iv (mcd) luminous intensity unit absolute maximum ratings -30 +85 -30 +85 75 30 100 0.33 1.33 4 forward voltage v i f =20ma item v f symbol characteristics unit 2.2 2.5 100 555 30 2.1 2.5 100 570 30 30 1.7 2.0 100 660 30 2.2 2.5 100 605 mu93 series single color / light bar module page 2 2005.1.7 (ta=25 ) (ta=25 )
page 3 2005.1.7 single color / light bar module mu93 series forward current vs. relative intensity condition : ta = 25 forward current i f (ma) relative intensity technical data (5001) forward voltage vs. forward current condition : ta = 25 forward voltage v f (v) forward current i f (ma) ambient temperature vs. forward voltage ambient temperature : ta( ) forward voltage v f (v) ambient temperature vs. relative intensity condition : i f =20ma ambient temperature : ta( ) relative intensity
page 4 2005.1.7 single color / light bar module mu93 series derating ambient temperature vs. maximum forward current repetition frequency : f R 50hz ambient temperature : ta( ) maximum forward current : i f max. (ma) power dissipation vs. ambient temperature ambient temperature : ta( ) power dissipation : pd (mw) dynamic drive rating duty cycle vs. maximum forward current condition : ta = 25 duty (%) maximum forward current : i f max. (ma) pulse width vs. maximum tolerable peak current condition : ta = 25 pulse width : tw ( s) i f peak max./i f dc max. technical data (5001)
page 5 2005.1.7 single color / light bar module mu93 series forward current vs. relative intensity condition : ta = 25 forward current i f (ma) relative intensity technical data (4001) forward voltage vs. forward current condition : ta = 25 forward voltage v f (v) forward current i f (ma) ambient temperature vs. forward voltage ambient temperature : ta( ) forward voltage v f (v) ambient temperature vs. relative intensity condition : i f =20ma ambient temperature : ta( ) relative intensity
page 6 2005.1.7 single color / light bar module mu93 series derating ambient temperature vs. maximum forward current repetition frequency : f R 50hz ambient temperature : ta( ) maximum forward current : i f max. (ma) power dissipation vs. ambient temperature ambient temperature : ta( ) power dissipation : pd (mw) dynamic drive rating duty cycle vs. maximum forward current condition : ta = 25 duty (%) maximum forward current : i f max. (ma) pulse width vs. maximum tolerable peak current condition : ta = 25 pulse width : tw ( s) i f peak max./i f dc max. technical data (4001)
page 7 2005.1.7 single color / light bar module mu93 series forward current vs. relative intensity condition : ta = 25 forward current i f (ma) relative intensity technical data (3001) forward voltage vs. forward current condition : ta = 25 forward voltage v f (v) forward current i f (ma) ambient temperature vs. forward voltage ambient temperature : ta( ) forward voltage v f (v) ambient temperature vs. relative intensity condition : i f =20ma ambient temperature : ta( ) relative intensity
page 8 2005.1.7 single color / light bar module mu93 series derating ambient temperature vs. maximum forward current repetition frequency : f R 50hz ambient temperature : ta( ) maximum forward current : i f max. (ma) power dissipation vs. ambient temperature ambient temperature : ta( ) power dissipation : pd (mw) dynamic drive rating duty cycle vs. maximum forward current condition : ta = 25 duty (%) maximum forward current : i f max. (ma) pulse width vs. maximum tolerable peak current condition : ta = 25 pulse width : tw ( s) i f peak max./i f dc max. technical data (3001)
page 9 2005.1.7 single color / light bar module mu93 series forward current vs. relative intensity condition : ta = 25 forward current i f (ma) relative intensity technical data (2001) forward voltage vs. forward current condition : ta = 25 forward voltage v f (v) forward current i f (ma) ambient temperature vs. forward voltage ambient temperature : ta( ) forward voltage v f (v) ambient temperature vs. relative intensity condition : i f =20ma ambient temperature : ta( ) relative intensity
page 10 2005.1.7 single color / light bar module mu93 series derating ambient temperature vs. maximum forward current repetition frequency : f R 50hz ambient temperature : ta( ) maximum forward current : i f max. (ma) power dissipation vs. ambient temperature ambient temperature : ta( ) power dissipation : pd (mw) dynamic drive rating duty cycle vs. maximum forward current condition : ta = 25 duty (%) maximum forward current : i f max. (ma) pulse width vs. maximum tolerable peak current condition : ta = 25 pulse width : tw ( s) i f peak max./i f dc max. technical data (2001)
package dimensions page 11 (unit: mm) single color / light bar module mu93 series (tolerance 0.25 mm) 2006.7.31
2005.1.7 single color / light bar module mu93 series page 12 ttw (through the wave ) soldering conditions pre-heating solder bath temp. dipping time 100 60 s 1) the dip soldering process shall be 2 times maximum. 2) the product shall be cooled to normal temperature before the second dipping process. manual soldering conditions 265 5 s (max.) resin surface temperature (max.) (max.) (max.) iron tip temp. soldering time and frequency 3 s 2 times 400 (max.) (max.) (max.) (30 w max.) position at least 3.0 mm away from resin body position at least 3.0 mm away from resin body
2005.1.7 single color / light bar module mu93 series page 13 reliability testing result failure criteria reliability testing result applicable standard testing conditions duration failure room temp. operating life eiaj ed- 4701/100(101) ta = 25 , i f = maxium rated current 1,000 h 0/10 resistance to soldering heat eiaj ed- 4701/300(302) 260 5 , 3mm from package base 10sec 0/10 temperature cycling eiaj ed- 4701/100(105) minimum rated storage temperature(30min) normal temperature(15min) maximum rated storage temperature(30min) normal temperature(15min) 5 cycles 0/10 wet high temp. storage life eiaj ed- 4701/100(103) ta = 60 2 , rh = 90 5% 1,000 h 0/10 high temp. storage life eiaj ed- 4701/200(201) ta = maximum rated storage temperature 1,000 h 0/10 low temp. storage life eiaj ed- 4701/200(202) ta = minimum rated storage temperature 1,000 h 0/10 lead tension eiaj ed- 4701/400(401) 5n,1time 10sec 0/10 vibration, variable frequency eiaj ed- 4701/400(403) 98.1m/s 2 (10g), 100 2khz sweep for 20min., xyz each direction 2 h 0/10 lead bend eiaj ed- 4701/400(401) 2.5n, 0 90 2 times 0/10 shock jis c 7201 a-8 it falls on wood engraving from height of 75cm. 3 times 0/10 items symbols conditions failure criteria luminous intensity iv i f =20ma testing min. value spec. min. value x 0.5 forward voltage v f i f =20ma testing max. value R spec. max. value x 1.2 reverse current i r v r =4v testing max. value R spec. max. value x 2.5 cosmetic appearance - - no notable, decoloration, deformation and cracking
special notice to customer s using the products and technical information shown in this data sheet 1) the technical information shown in the data sheets are limited to the typical characteristics and circuit examples of the referenced products. it does not co nstitute the warranting of industrial property nor the granting of any license. 2) for the purpose of product improvement, the specific ations, characteristics and technical data described in the data sheets are subject to change without prior no tice. therefore it is recommended that the most updated specifications be used in your design. 3) when using the products described in the data sh eets, please adhere to the maximum ratings for operating voltage, heat dissipation characteristics, and other precautions for use. we ar e not responsible for any damage which may occur if these specifications are exceeded. 4) the products described in the data sheets are made to be used in stan dard electronic applications such as office automation appliances, commu nication devices, audio visual, home appliances, and measuring instruments. 5) if the products in the data sheets are to be used for purposes other than the above which requires high level reliability and safety where failure and or malfunction of the product may cause deat h or other serious effects on the human body such as airplane, space activity, transportation, medical, nuclear), please contact our sales personnel. 6) in order to export the products or technologies de scribed in this data sheet which are under the ?foreign exchange and foreign trade control law,? it is necessary to first obtain an export permit from the japanese government. 7) no part of this data sheet may be reprinted or reproduced without prior written permission from stanley electric co., ltd. 8) the most updated edition of this data sheet can be obtained from the address below: http://www.stanley-components.com 2005.1.7 single color / light bar module mu93 series page 14

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