LUXEON CoB LED arrays now deliver a wide lumen range of 1000 to 7000 lm and a typical efficacy of 130 lm/W
Just months after its market introduction, Philips Lumileds announces its LUXEON CoB arrays now provide +10% greater performance, extending their lead as the most efficient LED arrays on the market today.
“Just one quarter into volume product deliveries, we have increased LUXEON CoB performance by +10%, which speaks to the rapid rate at which we upgrade the lumen output and efficacy of our products,” said Eric Senders, Product Line Director at Philips Lumileds. The result is superior efficacy of up to 130 lm/W and the highest combination of lumens, package density and efficacy in the industry. For instance, in warm white, the 9 mm array delivers 2200 lm at 100 lm/W and the cool white array delivers 2500 lm at 105 lm/W.
Utilizing a small light-emitting surface (LES) of 9, 13 or 15 mm, designers are able to use less expensive optical solutions, resulting in ultra-compact luminaires that deliver outstanding center beam candle power.
In addition to the optical advantage, the metal-core printed circuit board of the LUXEON CoB substrate provides 4X better heat transfer than competitive solutions, which enables up to 40% smaller heat sinks or improved reliability of the lighting system when a larger heat sink is used.
“With the recent improvements in performance, LUXEON CoB is an even better option for a number of general ligting solutions including outdoor, industrial, retrofit lamps, and of course, spotlights and downlights,” said Senders. “Our 90 CRI versions have a typical CRI of 97, which makes them perfect for high Quality of Light applications. Lumen packages are available with CCTs of 2700 to 5700K and CRIs of 70, 80 or 90.”
Features
- Efficacies >130 lm/W hot
- Industry smallest LES
- High circular uniformity
- MCPCB solution
- Market low Rth
Benefits
- Easier to meet standards (e.g. ENERGY STAR)
- Enabling smaller optics / beam angles
- Perfect match with reflectors and lenses
- Increased robustness in handling the parts
- Smaller, less expensive and lighter heatsinks
Electrical and Optical Characteristics for LUXEON CoB
|
Part Number
|
Lumen Output
(nominal and 2x drive current) |
LES
(Light Emitting Surface) |
Forward
Voltage |
Typical
Temperature Coefficient of Forward Voltage (mV/°C) |
Typical
Thermal Resistance Junction to Case (˚C/W) |
|
|
Diameter (mm)
|
Typ.V
|
Max.V
|
DVf / DTJ
|
RθJ-C
|
||
|
LHC1-xxxx-1203
|
900-2500
|
9
|
35.5
|
38
|
–16
|
0.49
|
|
LHC1-xxxx-1204
|
1400-3800
|
13
|
35.5
|
38
|
–16
|
0.40
|
|
LHC1-xxxx-1205
|
1800-5000
|
13
|
35.5
|
38
|
–16
|
0.32
|
|
LHC1-xxxx-1208
|
2750-7600
|
15
|
35.5
|
38
|
–16
|
0.22
|
