804511

LEDs Standard Configurations ~ Thermal Substrates, Thermal Interface Material ~ The B... Page 1 of 2 LEDs LEDs - Standard Configurations IntroductionTemp. EffectPCB ComparisonHigh Power Lighting (HPL)T-Clad PATIM SolutionsStandard Configurations Bergquist shortens the design cycle and speeds up your time to market. Bergquist offers a family of standard thermally conductive insulated metal substrate (IMS) circuit boards specifically for LED applications which replace conventional FR-4 PCBs. Better thermal management allows more forward current to be applied to the LED, while still maintaining desired die temperatures, which means more light and possibly reducing the number of LEDs required to achieve the desired light output. With proper thermal management, Power LED lifetimes can be extended considerably. Now you can get a jump-start on your design with one of these star or square substrates; available in single, strip or array configurations. Choose from 10 different LED footprints to give you the freedom to select the LED component’s color, brightness and power that best fits your needs. Optimize the prototyping process with the lowest possible operating temperatures and the brightest light output for your next Power LED application. The most popular LED profiles on the world’s most reliable IMS – matched for your design ease. Standard Bergquist Thermal Clad® LED Configurations Bergquist Thermal Clad® IMS Specs 1.57mm (0.062") Aluminum 5052 Base Metal Thermally Conductive Dielectric Copper Circuit Foil .076mm (3 mil) MP 35 μm (1 oz) copper circuit foil White Solder Mask, Pb-free Surface Finish HASL solder pads (RoHS compliant) Thermal Impedance of FR4 compared to MP Standard Bergquist Thermal Clad® LED Configurations can be purchased through Digi-Key®, Quist Electronics, or Mouser Electronics Bergquist Thermal Clad® - Standard Power LED IMS Selection Guide LED Footprint Type Star Board (1-up) (A) Part No. Star Array(36-up) (B) Part No. Square Board (1up) (C) Part No. Square Strip (17up) (D) Part No. 1 Osram Golden Dragon® 803128 803268 803118 803288 2 Osram Ostar SMT 803808 803809 803807 803810 3 Osram Oslon 804087 804561 804559 804563 4 Lite-On® LOPL 803123 803263 803113 803283 5 Lumex SML-LX 803124 803264 803114 803284 6 Lumileds™ Luxeon® I, III and V 803125 803265 803115 803285 7 Lumileds™ Luxeon® K2 803126 803266 803116 803286 8 Lumileds™ Luxeon® Rebel 803127 803267 803117 803287 9 Cree® XLamp® XR-E 803122 803262 803112 803282 10 Cree® XLamp® XP-E 804090 804091 804089 804092 11 Cree® XLamp® XP-G 804511 - - - 12 Cree® XLamp® MX-6 804450 - - - 13 Cree® XLamp® MC-E 803772 803790 803771 803806 14 Seoul Semiconductor Z-Power P4 803129 803269 803119 803289 15 Seoul Semiconductor Z-Power P5 803774 803803 803773 803804 http://www.bergquistcompany.com/thermal_substrates/LEDs/standardconfigurations.html 11/16/2011 LEDs Standard Configurations ~ Thermal Substrates, Thermal Interface Material ~ The B... Page 2 of 2 16 Seoul Semiconductor Z-Power P7 - - 803482 803805 17 Nichia Power LED 6.5 x 5.0 803291 803292 803290 803293 18 Nichia Rigel 3.5 x 3.5 804155 804562 804560 804564 19 Samsung Sunnix 804068 804069 804067 804070 20 Avago Moonstone™ Emitter 803121 803261 803111 803281 21 Citizen Electronics CLL600 - 805651 - - 22 Citizen Electronics CL-L400 - 805652 - - http://www.bergquistcompany.com/thermal_substrates/LEDs/standardconfigurations.html 11/16/2011