OSRAM Opto Semiconductors

Integrated Optical Sensor improves fitness monitoring.
Sensors, Monitors & Transducers

Integrated Optical Sensor improves fitness monitoring.

Intended for automatic fitness tracking in mobile devices such as smart watches and fitness armbands, SFH 7050 contains 530 nm (green), 660 nm (red), and 940 nm (IR) LEDs that enable measurement of pulse at wrist/fingertip and oxygen content of blood at fingertip. Individually controlled emitters let sensor be used for different applications. Built-in photodetector receives reflected optical...

Read More »
Multi-chip Laser Diode targets projection applications.
Electronic Components & Devices

Multi-chip Laser Diode targets projection applications.

Capable of packing up to 20 blue laser chips into single butterfly package, PLPM4 450 offers overall blue light output of 50 W, with wavelengths of 440–460 nm, enabling professional laser projectors to achieve brightness level of more than 2,000 lm with one component. If several modules are installed, brightness levels in excess of 5,000 lm are possible. Measuring 25.5 x 35 mm, PLPM4 450...

Read More »
Low-Profile Mid-Power LED promotes diver design opportunities.
Architectural & Civil Engineering Products

Low-Profile Mid-Power LED promotes diver design opportunities.

Supplied in 4 x 1.4 x 0.57 mm plastic- package, Synios E4014 provides uniform- light distribution and does not have- lens. Color temperatures range between 4,000K and 5,000K and can be tailored to application requirements. Other figures include CRI of 80, 0.5 W power rating, brightness of 41 lm @ 100 mA, and ESD stability of 5- kV. Suited for injecting light into light guides, LED suits such...

Read More »
Electronic Components & Devices

Osram Is First Chip Manufacturer to Switch Red and Yellow LED Fabrication to 6-inch Wafers

Osram Opto Semiconductors expands its capacity for InGaAlP LEDs Osram Opto Semiconductors is keeping pace with the constant growth of the market and switching its fabrication of red, orange and yellow light emitting diodes to 6-inch wafers. The German high-tech company is extending the fabrication of all large-wafer LEDs to the indium-gallium-aluminum-phosphide (InGaAlP) material system and...

Read More »
LEDs for Projectors are designed to produce maximum brightness.
Electronic Components & Devices

LEDs for Projectors are designed to produce maximum brightness.

With respective total luminous areas of 4 and 8 mm-², 2-chip P1W and 4-chip P2W produce- 1,000–8,300 lm depending on color and version used. Standard features include anti-reflection coated glass cover, external optics, and C-² ceramic conversion technology. Luminous flux is such- that LEDs can be used in office projectors with brightness levels of up to 1,700 lm. P2W emits light pulses...

Read More »

All Topics