OSTAR Projection
High brightness LED in multi-chip on board technology, long life time, mercury free, Lead (Pb) free - RoHS compliant
Related Product Groups
LE ATB A2ACompact light source in multi-chip on board technology, planar sealed, amber / true green / blue, 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE ATB H2ACompact light source in multi-chip on board technology, planar sealed, amber / true green / blue, 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE B H3WCompact light source in multi-chip on board technology, with glas window on top, blue, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE T H3WCompact light source in multi-chip on board technology, with glas window on top, true green, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE B G3WCompact light source in multi-chip on board technology, with glas window on top, blue, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE T G3WCompact light source in multi-chip on board technology, with glas window on top, true green, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE A H3WCompact light source in multi-chip on board technology, with glas window on top, amber, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE A G3WCompact light source in multi-chip on board technology, with glas window on top, amber, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE AB G3WBCompact light source in multi-chip on board technology, with glas window on top, amber / blue, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
LE AB H3WBCompact light source in multi-chip on board technology, with glas window on top, amber / blue, horizontal 10-pin JST-connector, Lead (Pb) free - RoHS compliant |
Additional Documentation and Information
| Document Type | Title | Date | File Type | File Size |
|---|---|---|---|---|
| Application Note |
Mounting Guideline for High Power Light Sources of the OSTAR LED Product Family With the availability of high power light sources such as the OSTAR® LED product family an appropriate mounting method takes on a new...
Mounting Guideline for High Power Light Sources of the OSTAR LED Product Family
With the availability of high power light sources such as the OSTAR® LED product family an appropriate mounting method takes on a new importance. At operating currents of several amperes and power dissipation of 10 Watts or more, the mounting method significantly contributes to the performance and lifetime of the LED light sources. The selection of an inappropriate or insufficient mounting can lead to thermal and mechanical problems during operation, ultimately causing failure of the device. In addition to providing a purely mechanical connection, the mounting also plays an important role in the optimization of heat transfer from the light source to the heat sink (see application note “Thermal Management of OSTAR® Projection“).  |
2008-09-01 | 135 KB | |
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| Application Note |
Projection with LED Light Sources This application note provides insights into the use of LED light sources for projection applications.An overview of LED projection systems...
Projection with LED Light Sources
This application note provides insights into the use of LED light sources for projection applications. An overview of LED projection systems and their benefits is presented, along with a summary of OSRAM Opto Semiconductors LEDs suitable for these applications. Finally, fundamental design issues related to the use of LEDs in projection modules are addressed. |
2008-08-01 | 872 KB | |
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| Application Note |
Thermal Management of OSTAR Projection Light Source This application note provides an introduction to the thermal fundamentals of the compact LED high power light source OSTAR Projection from...
Thermal Management of OSTAR Projection Light Source
This application note provides an introduction to the thermal fundamentals of the compact LED high power light source OSTAR Projection from OSRAM Opto Semiconductors. In addition, the general handling of the new light source will be briefly covered, and the requirements for the necessary heat dissipation and cooling will be described. |
2006-02-27 | 562 KB | |
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