Multi-chip LED module
Multi-Chip LED Module SEP*W***** Series
Features
· High efficiency and high output through placement of a large number of high-efficiency chips
· Realization of low thermal resistance through distributed placement of heat sources and use of superior thermal dissipation structure (6°C/W for 8 element type)
· Consistent brightness at emitting surface by means of serial connection of chips
· Drive circuit saving achieved through serial connection of chips
· Various chip configurations available for diverse applications (maximum of 10 chips, standard configuration = 8 chips)
· Hygienic because it does not attract insects due to absence of ultraviolet light
Electro-optical Characteristics
| Parameter | Symbol | Condition | MIN | TYP | MAX | Unit | |
|---|---|---|---|---|---|---|---|
| Forward DC voltage per element | VF | IF=20mA Ta=25°C |
3.3 | V | |||
| Reverse DC current per element | IR | VR=5V | 10 | μA | |||
| All luminous fluxes (total of all elements) | SEP0WA*****1) | φ | for IF=20mA/element | 50 | lm | ||
| SEP8WA*****2) | 40 | ||||||
| SEP6WA*****3) | 30 | ||||||
| Peak wavelength | λP | IF=20mA Ta=25°C |
468 | nm | |||
| Chromaticity coordinates | X Y |
IF=20mA Ta=25°C |
Refer to separate chromaticity diagram. | - | |||
*1: 10 elements
*2: 8 elements
*3: 6 elements
Chromaticity Diagram
External Dimensions
Applications
Light sources for scanners and amusement equipment, backlights for LCDs, billboards, etc., and lighting applications for outdoors (garden lights, street lights, etc.), showcases (dishes, clothing, etc.), vending machines, freezer (refrigerator) trucks, stores, etc.
