High Performance Light Source Avago Light Source high performance

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High Performance Light Source Avago Light Source high performance

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ADJD-MJ50 ADJD-MJ51 ADJD-MJ60 ADJD-MJ61
High Performance Light Source
Avago Light Source high performance device which operated high driving current. comes with plug-and-play electrical connector. built-in heat sink mechanical mounting features simplify thermal management lighting solution. This enables effective heat transfer maintain junction below maximum allowed temperature. footprint emitting package 100mm 18mm 3.6mm with aperture 96mm 6mm. footprint side emitting package 100mm 18mm with aperture 96mm 4.6mm. reflector cavity design maximized light extraction well maximized color mixing produce required color. Together with closely pitched dice, color mixing best class.
Features
High flux output Choice emitting side emitting Compact footprint ease stacking horizontally vertically. Integrated heatsink simplify thermal management Red, Green Blue color premix reflector cavity produce required color Silicone encapsulation extra long product life Plug play mechanical mounting electrical connection (connector interface) Fully serviceable ease mounting demounting.
Applications
Decorative lighting Architectural lighting Specialty lighting
CAUTION: ADJD-MJ50/51 ADJD-MJ60/61 Class sensitive. Please observe appropriate precautions during handling processing. Refer Avago Technologies Application Note AN-1142 additional details
Package Dimensions
ADJD-MJ50 ADJD-MJ51 (Top Emitting)
position
100.00 97.00
position
(4.41) 12.00 18.00
7.29
17.15 14.00 19.00
VIEW
19.00 14.00
VIEW
Connector Connector
34.00
3.60
2.00
15.00
96.00
BOTTOM VIEW
Screw (4X)
2.00
SIDE VIEW
ADJD-MJ60 ADJD-MJ61 (Side Emitting)
Connector
14.00 19.00 34.00 16.15
Connector
19.00 14.00
VIEW
Screw (4X)
12.00
18.00
18.00
VIEW position
8.00
position
100.00 98.00
2.00
46.65
0.70
FRONT VIEW
1.00 15.00 96.00 2.00
2.00
2.00
BOTTOM VIEW
Notes: Dimensions millimeters. Tolerance ±0.20 unless otherwise specified.
4.67 6.00
Color Configuration
Electrical Configuration
Male Connector
Connector Configuration
Number
RPin BPin
Configuration
Recommended female connector: Molex 51146-0800
*Note: This cable only applicable ADJD-MJ51 ADJD-MJ61
Table Absolute Maximum Ratings 25°C) Parameter forward current Power dissipation Maximum junction temperature Operating board temperature, range Storage temperature range Green Blue 6.75 Unit
Note: individual string. Derate linearly shown Figure Operation current below recommended. Board temperature, temperature metal core bottom LED.
Table Electrical Characteristics 25°C) Forward Voltage, Color AlInGaP InGaN Green InGaN Green InGaN Blue Min. Typ. Max. Testing Current, (mA) Dynamic Resistance,
Note: individual string. tolerance ±1.0V. Measured applicable from 50mA onwards. Dynamic resistance inverse slope forward current forward voltage characteristic Figure
Table Luminous Flux Luminous Flux (lm) 25°C Min. Typ. White 9000K color temperature, 70°C Typ.
Color AlInGaP InGaN Green InGaN Green InGaN Blue
Testing Current, (mA)
Note: total luminous flux output measured with integrating sphere individual string. tolerance 15%. White point 9000K color temperature according 1931: (0.285, 0.300). When LEDs tuned 9000K color temperature 70°C, strings will driven maximum forward current. Board temperature, temperature metal core bottom LED.
Table Optical Characteristics 25°C) Chromaticity Coordinates Typ. 0.684 0.75 0.75 Peak Wavelength, (nm) Typ. Spectral Width Half Max, Dl1/2 (nm) Typ.
Color AlInGaP InGaN Green InGaN Green InGaN Blue
Testing Current, (mA)
Dominant Wavelength, (nm) Min. Typ. Max.
Notes: chromaticity coordinates dominant wavelength derived from Chromaticity Diagram represent perceived color device. total spectral width peak intensity.
Table Thermal Characteristics Temperature Coefficients Dominant Wavelength Dldom/DTj (nm/°C) Typ. 0.08 Forward Voltage DVF/DTj (mV/°C) Typ.
Color AlInGaP InGaN Green InGaN GreenG InGaN Blue
Table Thermal Resistance (From Junction Board) Thermal Resistance, Junction Board, RqJ-B (°C/W) Typ.
Part Number ADJD-MJ50/5 ADJD-MJ60/6
Notes: Thermal resistance defined increase junction temperature with reference total electrical power that applied entire unit. temperature metal core bottom LED.
Intensity Bins
ADJD-MJ50
Luminous Flux (lm) Min. Max.
ADJD-MJ60
Luminous Flux (lm) Min. Max.
Notes: luminous flux used intensity binning lighting channels together maximum rated current. categories established classification products. Products available categories. Please contact your Avago representative information current available bins.
Figure Color bins1
Note: chromaticity coordinate used binning product obtained when channels lighted together maximum rated current. categories established classification products. Products available categories. Please contact your Avago representative information current available bins.
Figure Relative intensity wavelength
Figure Forward current forward voltage
Figure Relative luminous flux forward current Tj=25°C
Figure Relative light output junction temperature
Figure Maximum forward current board temperature
Note: Board temperature, temperature metal core bottom LED.
Packing Information
ADJD-MJ50/51 ADJD-MJ60/61 supplied plastic tray made safe material. Each tray contains units.
Handling Cautions
encapsulation material product made silicone better reliability product. silicone soft material, please press silicone poke sharp object onto silicone. These might damage product cause premature failure. During assembly handling, unit should held metal reflector metal body. When attaching product heat sink, thermally conductive compound necessary interface between metal core product heat sink ensure sufficient heat dissipation.
product information complete list distributors, please site:
www.avagotech.com
Avago, Avago Technologies, logo trademarks Avago Technologies, Limited United States other countries. Data subject change. Copyright Avago Technologies Limited. rights reserved. Obsoletes AV0-0448EN AV0-080EN

High Performance Light Source Avago Light Source high performance

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