Description
OSCONIQ® C 3030 GW PLTRA1.EM
Leveraging the strengths of a traditional high power LED as well as the benefits of a chip scale package, the OSCONIQ C 3030 LEDs are designed to deliver the highest luminous intensity at the smallest footprint in a luminaire along with outstanding life- time and low thermal resistance. With their compact size, these LEDs can be densely clustered and scalable to multiply for higher flux output. It also features ams Osram’s proven UX:3 chip technology and an integrated ESD, which protects against damage caused by electrostatic voltages up to 8 kV.
The OSCONIQ C 3030 is ideal for high-power and high-inten-sity applications such as stadium flood or spotlights, high-mast lighting and architectural spotlights.
Applications
– Outdoor & Industrial Lighting
Features
– Package: QFN Package
– Typ. Radiation: 120° (Lambertian emitter)
– Color temperature: 2700K – 5700K
– CRI: 80 (min.), 83 (typ.), R9: 0 (min.)
– ESD: 8 kV acc. to ANSI/ESDA/JEDEC JS-001 (HBM, Class 3B)
– Luminous Flux: typ. 420 lm @ 3000 K
– Luminous efficacy: typ. 140 lm/W @ 3000 K
| Emission Color | White | CRI | 80 |
| Power | 3.0 W (High) | Beam Angle | ∢ Typical 120° |
| Dimensions | l Typical 3.0 mm w Typical 3.0 mm h Typical 0.575 mm |
Brightness | Typical ΦV: 500 lm Typical IV: 167 cd Typical ΦE: 3690 mW Typical IE: 1230 mW/sr |
| Operating Temperature | Top Minimum -40°C/Top Maximum 100°C |
| Product Category | Description | Order Code |
|---|---|---|
| GW PLTRA1.EM-NAQB-XX58-1 | ΦV = 380.0 … 620.0 lm, 2700 K (IF = 1050 mA) | Q65113A5751 |
| GW PLTRA1.EM-NBQB-XX52-1 | ΦV = 400.0 … 620.0 lm, 5700 K (IF = 1050 mA) | Q65113A5750 |
| GW PLTRA1.EM-NBQB-XX53-1 | ΦV = 400.0 … 620.0 lm, 5000 K (IF = 1050 mA) | Q65113A5749 |
| GW PLTRA1.EM-NBQB-XX57-1 | ΦV = 400.0 … 620.0 lm, 3000 K (IF = 1050 mA) | Q65113A5752 |
| GW PLTRA1.EM-NCQB-XX55-1 | ΦV = 420.0 … 620.0 lm, 4000 K (IF = 1050 mA) | Q65113A5747 |
| GW PLTRA1.EM-NCQB-XX56-1 | ΦV = 420.0 … 620.0 lm, 3500 K (IF = 1050 mA) | Q65113A5746 |
| GW PLTRA1.EM-NDQB-XX54-1 | ΦV = 440.0 … 620.0 lm, 4500 K (IF = 1050 mA) | Q65113A5748 |
