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OSTAR SMT
The
OSRAM OSTAR SMT
provides leading
LED
power in a tiny
surface mount
package. The
OSRAM OSTAR SMT LED
is designed for lighting and ultra-miniature pico projection applications and features outstanding power efficiency and RGB color mixing capabilities. The
OSTAR SMT
offers extremely high luminance and luminous flux through its Thinfilm and ThinGaN chip architecture. This
OSRAM LED
family also includes glass window protection with anti-reflection coating on the output window, pure surface emission, and multi-chip technology. The
OSTAR SMT
can be used in a variety of applications including embedded or companion projectors for mobile devices and architectural, general, or mood lighting.
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View Product List
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Applications
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Features
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• Architectural lighting (effect and accent lighting)
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• General lighting
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• Mood lighting
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• Projection: embedded or companion projectors for mobile devices (e.g., cell phones, laptops, digital cameras and portable media players)
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• High-power flashlights
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• Light source for secondary optics
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The outstanding new
OSTAR SMT LED
has been developed and engineered for applications that call for the highest possible power density.
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• Extremely high luminance and luminous flux thanks to Thinfilm and ThinGaN chip architecture
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• Glass window protection with anti-reflection coating (ARC) on the output window
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• Pure surface emission
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• Multi-chip technology
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• Chip distance of < 100 μm
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• Monochrome, white and RGB versions
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• Reflow-solderable
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• Internal ESD protection up to 2 KV
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OSTAR SMT
Type
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Color
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Wavelength
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LE A S2W
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Red
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617 nm
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LE T S2W
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Green
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529 nm
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LE B S2W
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Blue
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464 nm
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LE UW S2W
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Ultra White
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5000K - 8000K*
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LE ATB S2W
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Red, Green, Blue
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617 nm, 529nm, 464 nm
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*Color Temperature
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Advantages
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Thanks to its exceptionally compact form factor, the new
OSTAR SMT LED
is the perfect choice in applications where space is at a premium. Available in a variety of colors, including white, it's the ideal
LED
for atmospheric lighting solutions and pico projectors, and as a surface mounted device it combines easily with secondary optics. It's also designed for optimum efficiency and low power consumption, so it helps to save energy.
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