News: LEDs
28 January 2021
Osram’s launches Osconiq C 2424 high-power LED for outdoor lighting
Osram Opto Semiconductors GmbH of Regensburg, Germany says that its new compact high-power LED Osconiq C 2424 offers a broad color temperature range from cool to warm white and various color rendering indices (CRIs), enabling a large variety of different lighting designs. The firm also says that it is the only chip-scale package (CSP) LED with an integrated electrostatic discharge device (ESD) available on the market, protecting the LED from any electrostatic damage.
The Osconiq C 2424 is suitable for high-power applications and is available in three CRIs: 70, 80 and 90. It spans the 2200-6500K color temperature range. In particular, the CRI 70 version achieves luminous flux of 328 lumens at a drive current of 700mA and a luminous efficacy of 167 lumen per watt.
“The quality of our LEDs is as important to our customers as our ability to create lighting solutions that reduce their overall system costs,” says Mike Martens, senior product manager at Osram Opto Semiconductors in North America. “Within its compact design, the Osconiq C 2424 does both, all the while providing long-lasting performance with a high level of brightness and efficiency.”
Lighting manufacturers can also benefit from the LED’s robust epoxy package, which provides increased stability and protects the component from corrosion and external shocks. Other advantages include what is claimed to be the lowest thermal resistance (Rth) and best color-over-angle performance for a CSP product on the market. In addition, the Osconiq C 2424 features Osram’s proven UX:3 chip technology and an integrated ESD, which protects against damage caused by electrostatic voltages up to 8kV.
The Osconiq C 2424 package measures 2.4mm x 2.4mm x 0.6mm. The chip or the light-emitting surface (LES) of the LED is 2.1mm x 2.1mm. Because the package and chip have approximately the same dimensions, it is considered to be a CSP. This allows the individual LEDs in the luminaire to be placed close together, ensuring homogeneous illumination, says the firm.
