Luminus Devices XNOVA Cube MP-1616 (3V) Illumination LEDs
Luminus Devices XNOVA Cube™ MP-1616 (3V) Illumination LEDs are unique, innovative devices designed for illumination applications where a wide viewing angle, compact footprint, and precise color control are essential features. XNOVA Cube LEDs are offered in a compact, 1.6mm x 1.6mm SMD package.The Luminus Devices XNOVA Cube MP-1616 LEDs offer a 170º viewing angle, improve system efficacy, reduce cost, and simplify the optical design in panel lights and omnidirectional bulbs. The wide 170+ viewing angle of XNOVA Cube LEDs promotes Energy Star compliance for replacement lamps. It also results in increased mixing and uniformity for linear and area lighting. The miniature package size provides high lumen density. This creates a "point source" of light that provides flexibility to develop more innovative optical solutions.
Features
- Wide 170º viewing angle
- Compact 1.6mm x 1.6mm SMD package
- High efficacy: 120LPW (typical)
- CRI Options: Minimum 70, 80, 90, 95
- Wide color selection: 1800K to 6500K CCT
- 3V input
- Compatible with automatic placement equipment
- Compatible with infrared reflow solder process
- RoHS and REACH compliant
Applications
- Replacement lamps
- Panel lighting
- Down lights
- Architectural lighting
Package Outline
View Results ( 9 ) Page
| Teilnummer | Beleuchtungsfarbe | Wellenlänge/Farbtemperatur | Lichtstrom/Strahlungsleistung | Farbwiedergabe-Index - CRI |
|---|---|---|---|---|
| MP-1616-1100-27-80 | Warm White | 2700 K | 50 lm | 80 |
| MP-1616-1100-27-90 | Warm White | 2700 K | 42 lm | 90 |
| MP-1616-1100-30-80 | Warm White | 3000 K | 50 lm | 80 |
| MP-1616-1100-30-90 | Warm White | 3000 K | 42 lm | 90 |
| MP-1616-1100-35-80 | Warm White | 3500 K | 54 lm | 80 |
| MP-1616-1100-35-90 | Neutral White | 3500 K | 46 lm | 90 |
| MP-1616-1100-40-80 | Neutral White | 4000 K | 54 lm | 80 |
| MP-1616-1100-50-80 | Cool White | 5000 K | 54 lm | 80 |
| MP-1616-1100-50-90 | Cool White | 5000 K | 46 lm | 90 |
Veröffentlichungsdatum: 2017-08-14
| Aktualisiert: 2022-05-23
