|LT-1211||Gaggione Mobdar extra narrow||10.3||ab 4,38 €|
|LT-2759||Gaggione LLC17N||10.6||ab 8,68 €|
|LT-1818||Gaggione LLS05 Optic 32mm (XM-L, XP-G, XB-D...)||11.7||ab 3,80 €|
|LT-2050||CREE Leila LXM Optic 14°||13.0||ab 2,43 €|
|LT-1273||Carclo 20mm Plugin Lense 10192||16x45||ab 1,90 €|
|LT-0770||Carclo 20mm Plugin Lense 10003||17.0||ab 1,90 €|
|LT-0865||Carclo 20mm Plugin Lense 10138||18.0||ab 1,90 €|
|LT-1831||CREE Emily XM Optic 18°||18.0||ab 2,43 €|
|LT-1751||CREE CUTE-3-XM optic 19°||20.0||ab 3,40 €|
|LT-2051||CREE Leila LXM Optic 20°||20.0||ab 2,43 €|
|LT-2493||CREE Mirella Reflector 22°-28°||22+30||ab 3,89 €|
|LT-3041||Gaggione LLC56N Optic (Narrow Beam)||5.8||ab 12,57 €|
|LT-0866||Carclo 20mm Plugin Lense 10139||24.0||ab 1,90 €|
|LT-2053||CREE Leila LXM Optic 37x28°||36+29||ab 2,43 €|
|LT-1813||Gaggione LLC49R Optic 45mm (XM-L, XP-G, XB-D, OSLON...)||8.2||ab 8,68 €|
|LT-2179||Gaggione LLC49N Optic 45mm (XM-L, MK-R)||8.6||ab 8,68 €|
|LT-1752||CREE CUTE-3-XM optic 25°||26.0||ab 3,40 €|
|LT-1832||CREE Emily XM Optic 28°||29.0||ab 2,43 €|
|LT-2052||CREE Leila LXM Optic 30°||29.0||ab 2,43 €|
|LT-0771||Carclo 20mm Plugin Lense 10003/15||30.0||ab 1,90 €|
|LT-1247||Carclo 20mm Plugin Lense 10140||33.0||ab 1,90 €|
|LT-1843||Gaggione LLS01M Optic 16mm||38.6||ab 2,83 €|
|LT-0772||Carclo 20mm Plugin Lense 10003/25||42.0||ab 1,90 €|
|LT-2743||CREE CUTE-3-XM optic 42°||45.0||ab 3,40 €|
|LT-0843||Carclo 20mm Plugin Lense 10003/L25||45x16||ab 1,90 €|
|LT-1833||CREE Emily XM Optic 47x13°||47+14||ab 2,43 €|
|LT-2548||CREE Tina3 Optic 60°-80°||71.0||ab 2,43 €|
|LT-2492||CREE Mirella Reflector 7.6°-14°||8.6/12.0||ab 3,89 €|
CREE XML-L2 in U4 rank on copper core PCB
The massive copper PCB has an outstanding and fast heat dissipation. A further advantage is the direct connection of the LED base with the copper. This contact is possible because of a special open area in the dielectric and increases the PCBs efficiancy even more.
The back side is holohedral golden. This was made to avoid possible oxidation and makes it easy to remove residues of additives or fingerprints.
The copper PCB has a diameter of 16mm and is useable in a wide range of applications like LED torches for example.
Successful usage of high power LEDs:
Applications with high power LEDs need enduring, adequate and plane heat conduction from the first moment of use. It is very important and neccessary to get the heat off the devices to ensure the maximum light output, lifetime and efficiancy.
LEDs should be run with a constant current in addition to the manufacturers recommendations. To ensure this we recommend to take constant current power supplies because resistors are always a risk factor in high power LED applications.
LEDs are sensitive against heat and electric charge. Please avoid any kind of short circuits or electric discharge to the illuminant. The chip can be damaged or even destroyed.
Storage / JEDEC level
The storage temperature should be from -30°C up to + 80°C in dry ambience. After opening a sealed bag the content should be mounted rapidly. Once absorbed humidity can be removed by tempering the LEDs in some cases. More information can be found in the manufacturers datasheets or on the manufacturer homepages.
Each LED has its own soldering conditions that the user should pay attention to. After the launched lead free processing specifications many standarts have changed. Information about recommended soldering can be found in the manufacturers datasheets or on the manufacturer homepages.