Cree Led Star Board

The xm l2 is based on the silicon carbide technology and boosts a maximum drive current of 3000ma.

Cree led star board.

The brightest xlamp led we carry is the cree xm l2 with the capability of 1000 lumens. The mcpcb has four large solder pads for easy solder connections. Mouser offers inventory pricing datasheets for star board thermal substrates mcpcb. These starboards deliver high efficacy across a range of luminous flux options.

These starboards deliver high efficacy across a range of luminous flux options. These easy to use setup starboard configurations allow for optimal performance and flexibility. These easy to use setup starboard configurations allow for optimal performance and flexibility. Most recently cree reached an led industry milestone with the mk r led which delivers up to 200 lumens per watt.

Bondline 700 star bondline 200 star unigraph 5000 star. Opulent north america s cree high power starboards are built with cree xlamp led technology. Bondline 700 star bondline 200 star unigraph 5000 star. The 1 up is a single xp e led reflow soldered to a 20mm hexagonal led star mcpcb.

This is a basic demonstration of reflowing a cree xml led on a 20mm star mcpcb and attaching wires and a heatsink and optic to show how you can assemble a co. 1 led and triple 3 up. Cree xr e1x led centrally placed. New xlamp xp g3 s line led delivers high power led technology optimized for long lifetime general lighting applications where sensors and the internet of things iot are becoming common.

New energy americas cree high power starboards are built with cree xlamp led technology. Copper thermal conductivity 2 2w mk. Cree optimizes led technology for the connected lighting future. Availability is still limited.

We offer the xp e in two metal core printed circuit board mcpcb versions. Starboard leds marktech optoelectronics offers cree xbd and xte series starboard leds designed to accelerate led lighting adoption the xte led from marktech optoelectronics delivers up to 148 lumens and 148 lumens per watt in cool white 6000k or up to 114 lumens and 114 lumens per watt in warm white 3000k both at 350 ma and 85 c. The starboards also allow for rapid prototyping and sampling of the latest leds.