“The Oslon Black Flat product family has been an ideal solution for high-quality and at the same time cost-optimized headlamp designs for many years,” said Philipp Puchinger, Marketing Manager Automotive Exterior at ams OSRAM. “With the two new products in the Oslon Black Flat X line, ams OSRAM is once again underlining its innovation leadership in automotive lighting.”
The surface-mountable components can be processed particularly easily in manufacturers’ stand- ardized production processes. In addition to the market-leading brightness of typ. 460 lm at 1 A, the 1-chip variant is characterized by its compact dimensions of 3.75 mm X 3.75 mm. The special QFN platform of the LEDs enables customers to perform particularly simple thermal management. De- pending on the system, heat sinks can be significantly reduced in size or even eliminated alto- gether. The Oslon Black Flat X family’s leadframe package also achieves a lower thermal re- sistance (Rth) than the leading ceramic packages in this context to date. Together with a special TiO2 encapsulation, the black package of the LEDs delivers high contrasts of 1:200. In addition, the new components are characterized by a very homogenic color over angle radiation.
The Oslon Black Flat X family will start with a 1- and a 2-chip version. Various multi-chip versions will be added in mid-2022.
For more information: https://www.osram.com/os/products/product-promotions/led-for-automotive-industry-and-consumer-applications/oslon_black_flat_x_family.jsp
Over the past 50 years, Nichia has demonstrated its commitment to improving the overall performance…
To fund the acquisition and ongoing operation of the production facility, BluGlass has secured A$3.4…
New CAS 140D IR spectroradiometer with improved optical and electronic components offer the user higher…
SSC boasts world's only LED and LD technology for vehicles using all wavelengths of light…
E-cars do not have a classic radiator grille, so the front of the vehicle…
“We welcome the further alignment of ANSI C137.4-2021 and D4i, which is expected to lead…