OSRAM Opto Semiconductors
Suite 100
Sunnyvale, CA 94086
Low-Profile SMT IR Emitter has 60 mW/sr radiant intensity at 100 mA.
Mini Midled features half-angle of -
Read More »
Embedded Projection LED enhances smartphones and cameras.
With luminous efficacy of 110 lm/W, Osram Ostar Projection Cube enables sufficient output, with brightness of up to 25 lm, in embedded projectors. Green LED comes in 2 versions, with 1 or 0.75 mm edge-length chip, for all standard imager formats in mobile applications. Respectively, versions produce 260 lm @ 700 mA and 2.3 W or 130 lm at 350 mA and 1.2 W. Measuring 3.8 x 4.1 x 0.6 mm, chips...
Read More »
Rectangular LED provides camera flash for smartphones.
Utilizing 2 chips with 1 mm-² emitting surface each, Oslux LED has flat surface that blends with cover of phone, facilitating inconspicuous installation. Symmetrical emission enables LED to be installed vertically or horizontally. Light is evenly distributed and covers corners of rectangular illuminated image, so no hot spot is generated in center as with conventional flash. With UX:3 chip...
Read More »
Laser Bars provide high power for industrial lasers.
Able to help simplify laser system design, SPL BKxx-40WFT series has bar width of 10 mm and cavity length of 4 mm and produces IR radiation in wavelengths from 915-1,020 nm. Efficiency of up to 65% at 200 W optical output power promotes extended operating lifetime of greater than 30,000 hr typ. These direct diode lasers are efficient laser light sources for fiber-coupled systems and are efficient...
Read More »OSRAM Reaches New Milestone with First Gallium-Nitride LED Chips on Silicon in Pilot Stage
High-performance prototypes are paving the way to high-volume manufacturing of high-quality, thin-film LEDs on silicon wafers Researchers at OSRAM Opto Semiconductors have succeeded in manufacturing high-performance blue and white LED prototypes in which the light-emitting gallium-nitride layers are grown on silicon wafers with a diameter of 150 millimeters (approx. 6 inches). The silicon wafers...
Read More »
High Brightness LED targets projection market.
With dimensions of 5.8 x 4.6 mm and output of 85 lm per mm-² of footprint, OSTAR Compact 2x2 is suited for high-power projectors in commercial and domestic sector. Unit contains two 2 mm-² chips and is designed specifically for imager diagonals between 0.4 and 0.55 in. With one set of red, converted green, and blue LEDs, it is possible to achieve luminous flux of 400 lm from projector.
Read More »
Digital Hybrid Sensor streamlines smart phone design.
Combining functions of digital ambient light sensor and digital proximity sensor in single unit, Model SFH 7773 detects objects up to distance of 5.9 in. while simultaneously measuring intensity of ambient light. Single chip design supresses all crosstalk, and variety of sensitivity levels are available, ranging from 3 to approximately 65.500 lux and 0.03-655 lux. Housed in 5.3 x 2.5 x 1.2 mm...
Read More »
Infrared Emitter targets optical touchscreens.
Measuring 0.5 x 1 x 0.45 mm, ChipLED SFH 4053 IRED is suited for low-profile all-in-one computers, tablet PCs, laptop displays, and smartphones. Thin film device delivers 35 mW from operating current of 70 mA, and in pulse mode, unit can achieve as much as 260 mW from 700 mA. At wavelength of 850 nm, light from IRED is barely discernible to human eye, but is detected by receiver components.
Read More »
Black Package LEDs suit VMS applications.
Featuring integrated lenses in black packages that minimize reflection, TopLED Black Series includes red, yellow, blue, green, and orange models in both 60-
Read More »
High Optical Power for New 3D Camera
New OSRAM infrared laser diode used in 3D camera for industrial applications A new, high power fast laser diode from OSRAM Opto Semiconductors provides light for the new 3D camera from Swedish manufacturer FOTONIC. The component, which facilitates range finding of moving objects with good depth resolution at high-speed video rates, has been developed specifically for 3D cameras like the FONTONIC...
Read More »