Advanced Power TOPLED
Higher current due to advanced internal heat distribution
Related Product Groups
LS G6SPAdvanced Power TOPLED, amber, Thinfilm LED, long life time |
LR G6SPAdvanced Power TOPLED, red, Thinfilm LED, long life time |
LA G6SPAdvanced Power TOPLED, amber, Thinfilm LED, long life time |
LY G6SPAdvanced Power TOPLED, yellow, Thinfilm LED, long life time |
LB G6SPAdvanced Power TOPLED, blue, ThinGaN LED, long life time, Lead (Pb) free - RoHS compliant |
LT G6SPAdvanced Power TOPLED, true green, ThinGaN LED, long life time, Lead (Pb) free, RoHS compliant |
LW G6SPAdvanced Power TOPLED, white,ThinGaN LED, long life time |
LW G6CPAdvanced Power TOPLED with Chip Level Conversion (CLC), Enhanced optical Power LED (ThinGaN), white (W), white P-LCC-2 package, clear silicone resin |
LCW G6CPAdvanced Power TOPLED, enhanced optical Power LED (ThinGaN), warm white (CW), white PLCC-6 package, clear silicone resin |
LCB G6SPAdvanced Power TOPLED, color on demand blue (0.2, 0.3), very low thermal resistance |
LCY G6SPAdvanced Power TOPLED, Enhanced optical Power LED (ThinGaN), Colour ond demand yellow (CY), white P-LCC-6 package, colored diffused silicone resin |
LUW GVCPAdvanced Power TOPLED, ultra white (0.345, 0.335), very low thermal resistance |
Additional Documentation and Information
| Document Type | Title | Date | File Type | File Size |
|---|---|---|---|---|
| Application Note |
Thermal Management of SMT LED To achieve reliability and optimal performance of LED Light sources a proper thermal management design is necessary. Like all electronic...
Thermal Management of SMT LED
To achieve reliability and optimal performance of LED Light sources a proper thermal management design is necessary. Like all electronic components, LEDs have thermal limitations. The allowed operation temperature for the specific lifetime is limited by the glass-point of the LED resin. Usually the maximum permissible junction temperature of common SMT LEDs is in the range of 95 - 125 °C. This means that the temperature of the die inside, doesnít have to exceed this value when exposed to the expected operation temperature. This brief will give the design engineer an introduction in the thermal basic of SMT LEDs. Furthermore, some concepts are shown in order to improve the thermal design.  |
2010-03-01 | 208 KB | |
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| Application Note |
Driving the Advanced Power TOPLED LEDs are currently used in many application areas. In the automobile sector, nearly all dashboards utilize LEDs for backlighting. For new...
Driving the Advanced Power TOPLED
LEDs are currently used in many application areas. In the automobile sector, nearly all dashboards utilize LEDs for backlighting. For new application areas which require a higher light output, even more efficient and powerful LEDs are needed. Brake lights, turn signals and fog lights, for example, require powerful LEDs in order to fulfil statutory regulations. Every application requires the selection of an appropriate LED. The Advanced Power TOPLED (APT) serves to complement the Power TOPLED and Golden DRAGON power components. With a maximum power consumption of approximately 0.5W and high optical efficiency, this package fills the light output gap between the Power TOPLED and the Golden DRAGON. This application note describes the electrical characteristics of the Advanced Power TOPLED along with various electrical simulations. |
2004-02-02 | 106 KB | |
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