Osram Launches Long-Life, Mid-Power Osconiq S3030

Osram Opto Semiconductors introduced the mid-power Osconiq S3030.
The company says that it designed the new Osconiq S3030 to meet the demands of dynamic general lighting applications requiring long life and high performance.

Osram Opto Semiconductors introduced the mid-power Osconiq S3030 LEDs.

Osram Opto Semiconductors introduced the mid-power Osconiq S3030 LEDs.

Also, Osram Opto Semiconductors created the new Osconiq S3030 for use in outdoor and industrial lighting. According to the company, the Osconiq S3030 offers high quality LED light with exceptional durability, even in extreme operating conditions. Furthermore, the LEDs boast a long lifetime of 75,000 hours, even at high temperatures.

Osconiq Mid-Power LEDs Achieve up to 146 LPW

The mid-power LEDs employ an optimized phosphor and feature a lead frame, and they achieve up to 146 lumens per watt (LPW) efficiency.
Direct lighting and fluorescent tube replacement are suitable applications for the 0.2 W LEDs

Overall, the company asserts that the mid-power Osconiq S3030 delivers competitive brightness, lifetime, and reliability.

“In keeping up with the latest market demands, the Osconiq S3030 takes professional lighting solutions to another level in both outdoor and indoor uses, as well as industrial applications,” said Todd Bartol, North America Director of General Lighting at Osram Opto Semiconductors. “Our customers benefit from our unique Osram-designed sapphire chip and robust silicone that enable the stability of LED lighting.”

The Osconiq S3030 LEDs come in two versions (CRI 70 or 80) with a luminous flux of 138 to 148 lm and a power rating of 1.0 W at 6 V. The footprint of both versions measures just 3.0 mm x 3.0 m x 3.0 mm, and the color temperatures range from 2,700 to 6,500 K. The LEDs also feature a beam angle of 120° and an extremely low thermal resistance of about 8.9 K/W.

In addition to the performance enhancements, the company constructs the Osconiq S3030 with professional grade materials including long-life packaging subcomponents and proprietary coatings. Osram Opto Semiconductors says it validated these materials via extensive testing under extreme overload conditions. Moreover, the company says that the EMC (epoxy molding compound) lead frame material greatly increases the lifetime and improves the reliability of the LEDs compared to conventional PPA and PCT materials.

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TOF Applications Enabled with Lumileds Luxeon IR LEDs Operating at up to 40 MHz

Engineers from Lumileds and Melexis have demonstrated the operation of Luxeon IR LEDs at up to 40MHz, enabling Time-of-Flight applications in 940nm and 850nm with a range of up to 3 meters. According to Lumileds, the inherent properties of the Luxeon IR LEDs produce the clean and repeatable response curve required for TOF operations.

Lumileds and Melexis demonstrated Luxeon IR LEDs at up to 40 MHz for TOF applications.

Lumileds and Melexis demonstrated Luxeon IR LEDs at up to 40 MHz for TOF applications.

Erno Fancsali, Director CPAT EMEA at Lumileds stated, “The illuminator evaluation kit developed by Lumileds reduces the rise and fall times of the light pulses to 6 ns, which is a factor of 4 over other similar LED devices.”

Fancsali indicated that this reduction comes from optimizing the combination of the improved peak current response of the Luxeon IR LEDS, the PCB design, and the boost electronics. Fancsali further said that the illuminator card enables an LED-based TOF system with the range and accuracy comparable to VCSEL-based solutions. However, he says that the LED-based TOF system has a lower overall system cost.

“This break-through in high-frequency operation of Luxeon IR LEDs enables new TOF applications previously limited by cost or eye-safety constraints. This development will help to bring affordable and eye-safe distance measurements to a much broader range of products such as driver monitoring systems, logistics navigation, gesture recognition systems and drones,” Fancasali said.

The Lumileds LED illuminator comes in 60°, 90°, and 150° fields of view and for 850nm and 940nm wavelengths, by request, according to Wouter Schrama, Sr. Product Manager for the Luxeon IR Family at Lumileds.

“The joint evaluation kit with Melexis can help our customers reduce their development time significantly and enable them to successfully enter the market,” Schrama said.

“The Lumileds solution pairs well with our new Automotive QVGA TOF chipset and will help accelerate the adoption of TOF systems, at an affordable cost point; the performance of the system in terms of range and accuracy provides a compelling value proposition for the emerging TOF systems,” said Gualtiero Bagnuoli, product marketing manager at Melexis.

The post TOF Applications Enabled with Lumileds Luxeon IR LEDs Operating at up to 40 MHz appeared first on LIGHTimes Online.

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TOF Applications Enabled with Lumileds Luxeon IR LEDs Operating at up to 40 MHz

Engineers from Lumileds and Melexis have demonstrated the operation of Luxeon IR LEDs at up to 40MHz, enabling Time-of-Flight applications in 940nm and 850nm with a range of up to 3 meters. According to Lumileds, the inherent properties of the Luxeon IR LEDs produce the clean and repeatable response curve required for TOF operations.

Lumileds and Melexis demonstrated Luxeon IR LEDs at up to 40 MHz for TOF applications.

Lumileds and Melexis demonstrated Luxeon IR LEDs at up to 40 MHz for TOF applications.

Erno Fancsali, Director CPAT EMEA at Lumileds stated, “The illuminator evaluation kit developed by Lumileds reduces the rise and fall times of the light pulses to 6 ns, which is a factor of 4 over other similar LED devices.”

Fancsali indicated that this reduction comes from optimizing the combination of the improved peak current response of the Luxeon IR LEDS, the PCB design, and the boost electronics. Fancsali further said that the illuminator card enables an LED-based TOF system with the range and accuracy comparable to VCSEL-based solutions. However, he says that the LED-based TOF system has a lower overall system cost.

“This break-through in high-frequency operation of Luxeon IR LEDs enables new TOF applications previously limited by cost or eye-safety constraints. This development will help to bring affordable and eye-safe distance measurements to a much broader range of products such as driver monitoring systems, logistics navigation, gesture recognition systems and drones,” Fancasali said.

The Lumileds LED illuminator comes in 60°, 90°, and 150° fields of view and for 850nm and 940nm wavelengths, by request, according to Wouter Schrama, Sr. Product Manager for the Luxeon IR Family at Lumileds.

“The joint evaluation kit with Melexis can help our customers reduce their development time significantly and enable them to successfully enter the market,” Schrama said.

“The Lumileds solution pairs well with our new Automotive QVGA TOF chipset and will help accelerate the adoption of TOF systems, at an affordable cost point; the performance of the system in terms of range and accuracy provides a compelling value proposition for the emerging TOF systems,” said Gualtiero Bagnuoli, product marketing manager at Melexis.

The post TOF Applications Enabled with Lumileds Luxeon IR LEDs Operating at up to 40 MHz appeared first on LIGHTimes Online.

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Electronica yields auto-centric LED demos from Osram, Everlight, Maxim, Infineon, and more

Biennial electronics industry event in Munich hosts LED Trends Forum and features many SSL-centric demos focused primarily on the automotive lighting application area; while Instrument Systems demos a new photometric test system.

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