Details
Features
- Powered by a single sapphire flip chip, special phosphor recipe & with TiO2 coating
- Reaches breakthrough 235 lm/W for CRI 80 and 226 lm/W for CRI 90 (4000K, 65mA, 25⁰C)
- 1mA deep dimming and 100% 3 SDCM
Benefits
- Suitable for professional indoor & industrial lighting with high-efficacy performance targets
- Industry compatible 3030 footprint, allows drop-in design
- Strong reliability performance including temperature cycling, corrosion resistance and stable color shift.
Parameters
Color of emission
White
CRI
80
Electrical power
0.18
W
Mid
Brightness
ΦV
39.8
lm
IV
13.1
cd
ΦE
114
mW
IE
37.6
mW/sr
Beam angle
∢
120
°
Operating temperature
Top
min.
-40
°C
Top
max.
105
°C
Dimension
l
3.25
mm
w
3.25
mm
h
0.75
mm
Application fields
Ordering information
| Product Type | Description | Ordering code | Availability |
|---|---|---|---|
| GW QSLMS1.SM-H6H8-XX38-1 | ΦV = 36.0 ... 40.5 lm, Mountingmethode:SDCM 3, 2700 K (IF = 65 mA) | Q65113A9608 | Full production |
| GW QSLMS1.SM-H7H9-XX31-1 | ΦV = 37.5 ... 42.0 lm, Mountingmethode:SDCM 3, 6500 K (IF = 65 mA) | Q65113A9602 | Full production |
| GW QSLMS1.SM-H7H9-XX32-1 | ΦV = 37.5 ... 42.0 lm, Mountingmethode:SDCM 3, 5700 K (IF = 65 mA) | Q65113A9603 | Full production |
| GW QSLMS1.SM-H7H9-XX36-1 | ΦV = 37.5 ... 42.0 lm, Mountingmethode:SDCM 3, 3500 K (IF = 65 mA) | Q65113A9606 | Full production |
| GW QSLMS1.SM-H7H9-XX37-1 | ΦV = 37.5 ... 42.0 lm, Mountingmethode:SDCM 3, 3000 K (IF = 65 mA) | Q65113A9607 | Full production |
| GW QSLMS1.SM-H8HV-XX33-1 | ΦV = 39.0 ... 43.5 lm, Mountingmethode:SDCM 3, 5000 K (IF = 65 mA) | Q65113A9604 | Full production |
| GW QSLMS1.SM-H8HV-XX35-1 | ΦV = 39.0 ... 43.5 lm, Mountingmethode:SDCM 3, 4000 K (IF = 65 mA) | Q65113A9605 | Full production |
Downloads
Datasheets
Application note
Resources
Images
Product selector
Find the right product.
More OSCONIQ™ S 3030
The OSCONIQ™ S 3030 is a high efficacy package for indoor professional applications. It uses sapphire flip chip technology and special phosphor technology to reach even higher performance than before.