BL-22F0-0132 LIGHTING SCIENCE GROUP CORPORATION, BL-22F0-0132 Datasheet - Page 2

• Manufacturer Part Number: BL-22F0-0132
• Description: LED ARRAY RD/GRN/BLU .56X.56 SMD
• Manufacturer: LIGHTING SCIENCE GROUP CORPORATION

Specifications of BL-22F0-0132

• Color: Amber
• Current - Test: 630mA Red, 630mA Green, 210mA Blue
• Luminous Flux @ Current - Test: 59lm Red, 31lm Green, 4.2lm Blue
• Current - Max: 630mA Red, 630mA Green, 210mA Blue
• Lumens @ Current - Max: 59lm Red, 31lm Green, 4lm Blue
• Lumens/watt @ Current - Test: 31lm/W Red, 12lm/W Green, 5lm/W Blue
• Voltage - Forward (vf) Typ: 3V Red, 4V Blue, 4V Green
• Wavelength: 630nm, 523nm, 470nm
• Lens Style/size: Square, 14.1mm
• Viewing Angle: 120°
• Mounting Type: Surface Mount
• Package / Case: 0.56" L x 0.56" W x 0.1" H (14.1mm x 14.1mm x 2.54mm)
• Illumination Color: RGB
• Power Consumption: 1.5 W
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Other names: 521-1002

laminaceramics.com
To see how you can realize all these design benefits, to request a sample, or to speak with an engineer
about your design, contact Lamina Ceramics at 800.808.LTCC (5822) or visit laminaceramics.com.
Mechanical Specifications
Lamina Ceramics, 120 Hancock Lane, Westampton, NJ 08060
1-800-808-LTCC (5822) www.laminaceramics.com
1
4
0.570 [14.48]
0.555 [14.10]
APPLY (V+)
VOLTAGE HERE
RED
APPLY (V-)
VOLTAGE HERE
SQ
SQ
3
2
4
1
2
3
VOLTAGE HERE
VOLTAGE HERE
APPLY (V+)
APPLY (V+)
GREEN
BLUE
0.100 [2.54] MAX
4X MOUNTING HOLE
FOR 2-56 SCREW
Notes
O
R
Lamina's BL Series Light
Engines project a Lambertain
radiation pattern, with
projection angles built into
the package cavity at
approximately 150º. It will be
necessary for users to create
an optical reflector and lens
structure that meet their light
dispersion requirements.
Please contact Lamina
Application Engineering for
support with your optical
needs.
H
R
Lamina's BL Series Light
Engines are created with a
heat spreader fabricated into
the ceramic package. This
heat spreader provides the
most efficient thermal path
from the die junction to the
heat sink. The operational
die junction temperature
must not be allowed to
exceed 125ºC and should
ideally be maintained as
close to 25ºC as possible.
With increasing power levels,
die junction temperature will
rise and light output
efficiency will drop. These
variables must be taken into
consideration when selecting
a light engine for your
application. Please contact
Lamina Application
Engineering for support with
your thermal management
needs.
PTICAL
ECOMMENDATIONS
EAT
ECOMMENDATIONS
S
INK