(pressebox) Regensburg, 08.10.2009, The infrared Platinum Dragon from OSRAM Opto Semiconductors provides a high radiance from a small surface. With its 1 mm² thin-film chip in stack technology it generates an optical output of almost 1 W from a driving current of 1 A – that’s almost twice the output of the standard chips that [...]
Tag Archive > Radiant Intensity
Compact, powerful and efficient
(pressebox) Regensburg, 16.04.2009, With six powerful thin-film chips and a hemispherical lens the infrared OSTAR Lighting produces 3.5 W of optical output power at an operating current of 1 A. The beam angle and radiant intensity can be varied with standard secondary optics, available on the market. The hexagonal honeycomb shape of this high-power component [...]
Vishay Releases New High-Power, High-Speed 830-nm Infrared Emitters in SMD PLCC2 and 5-mm (T13/4) Packages with Industry’s Lowest Forward Voltage of 1.45 V at 100 mA and 2.10 V at 1 A, and Radiant Intensity to 32 mW/sr at 100 mA
(pressebox) Malvern, Pennsylvania, (USA), 11.02.2009, Vishay Intertechnology, Inc. (NYSE: VSH) today broadened its optoelectronics portfolio with the introduction of high-power, high-speed 830 nm surface-mount PLCC2 and 5-mm (T13/4) infrared emitters with high radiant intensity and the industry’s lowest forward voltage drop. Featuring the 3.5-mm by 2.8-mm by 1.75-mm PLCC2 SMD package, the VSMG2720 has a [...]
Vishay präsentiert neuen 870-nm-Hochleistungs-/Hochgeschwindigkeits-Infrarotsender im oberflächenmontierbaren PLCC2-Gehäuse – neuer Durchlassspannungsrekord: nur 1,45V bei 100mA bzw. 2,1V bei 1A, hohe Strahlungsintensität von 16mW/sr bei 100mA
Vishay Releases New High-Power, High-Speed 870-nm Infrared Emitter in SMD PLCC2 Package With Industry’s Lowest Forward Voltage of 1.45V at 100mA and 2.1V at 1A, and High Radiant Intensity of 16mW/sr at 100mA (pressebox) MALVERN, PENNSYLVANIA (USA), 21.11.2008 – Vishay Intertechnology, Inc. (NYSE: VSH) hat sein Angebot an optoelektronischen Bauteilen um einen oberflächenmontierbaren 870-nm-Infrarotsender erweitert, [...]
