Optimal XIV Star Series
White, Multi-LED
OV14Zxx-y
•
•
•
•
500+ Lumen High Output Series
Multiple 1-watt chips in recessed cavity with an optical grade
8mm diameter lens - other lens designs possible
Exceptional thermal resistance (1.8
°C/W junction to
Product Photo Here
heatsink)
Solder Pads Au Plated
The OV14Zx-y Star Series is designed with high flux output and exceptional thermal resistance by recessing the
multiple die into the metal core PCBoard.
Applications
•
Portable Flashlights
•
Security / Garden Lighting
•
Indoor /Outdoor Commercial Lighting
•
Architectural Lighting
•
Light Guides
•
MR16 Lighting
Current
Viewing
Drive
Angle
(mA)
Typ.
Max
700
1050
1400
700
1050
1400
700
1050
1400
Minimum CCT (°K)
6000
Part Number
OV14ZW-1
OV14ZW-2
OV14ZW-3
OV14ZWD-1
OV14ZWD-2
OV14ZWD-3
OV14ZWW-1
OV14ZWW-2
OV14ZWW-3
Color
Cool White
Emitted
CCT(K)
Typ.
6500
Total Luminous Flux
(lm)
Min.
300
450
550
300
Typ.
350
510
650
350
510
650
300
450
550
Forward
Voltage
(V
F
)
Typ.
120
o
5400
450
550
250
10.0
3300
400
500
Maximum CCT (°K)
8000
Daylight White
4750
6000
Warm White
RoHS
2760
3800
DO NOT LOOK DIRECTLY
AT LED WITH UNSHIELDED
EYES OR DAMAGE TO
RETINA MAY OCCUR.
OPTEK reserves the right to make changes at any time in order to improve design and to supply the best product possible.
OPTEK Technology Inc. —
1645 Wallace Drive, Carrollton, Texas 75006
Phone: (972) 323-2200 or (800) 341-4747 FAX: (972) 323-2396 visibleLED@optekinc.com www.optekinc.com
Issue A 3/09
Page 1 of 6
Optimal XIV COS Star
OV14Zxx Series
Absolute Maximum Ratings
Parameter
[2][3]
Symbol
Part Number
OV14Zxx-1
MAX
700
1050
1400
7.9
12
16
-40
o
C to 85
o
C
-40
o
C to 100
o
C
125
o
C
260
o
C / 5 seconds
Unit
Average Forward Current
I
F
OV14Zxx-2
OV14Zxx-3
OV14Zxx-1
mA
Power Dissipation
Operating Temperature Range
[3]
Storage Temperature Range
LED Junction Temperature
2
Terminal Soldering Condition
P
D
T
opr
T
sto
T
j
T
sol
OV14Zxx-2
OV14Zxx-3
W
Notes:
1. Pulse width 1 ms maximum. Duty cycle 1/16
2. Design of Heat Dissipation should be considered.
3. The allowable operating current at different ambient temperatures - see Fig. 1
4. Thermal Resistance junction to Heatsink (T
jhs
) is <2° C/W
Outline Drawings
6X
0.138 [3.50]
6X
0.059 [1.50]
Internal Electrical Diagram
0.783 [19.90]
4X 30°
Ø0.322 [Ø8.18]
0.197 [5.00]
OV14Zxx-1
OV14Zxx-2
0.079 [2.00]
60°
6X
R0.059 [R1.50]
3X
0.748 [19.00]
OV14Zxx-3
OPTEK’s Optimal XIV Series Solid State Lighting products package the highest quality LED chips. Typically, the lumen output of these
can be as high as 70% after 50,000 hours of operation. This prediction is based on specific test results and on tests on similar
materials, and relies on strict observation of the design limits and ratings included in this data sheet.
OPTEK reserves the right to make changes at any time in order to improve design and to supply the best product possible.
OPTEK Technology Inc. —
1645 Wallace Drive, Carrollton, Texas 75006
Phone: (972) 323-2200 or (800) 341-4747 FAX: (972) 323-2396 visibleLED@optekinc.com www.optekinc.com
Issue A 3/09
Page 2 of 6
Optimal XIV COS Star
OV14Zxx Series
CIE Chromaticity Diagram
Green
Warm
Daylight
Cool
Amber
Red
White
Blue
Spatial Intensity Distribution
Normalized Spectral Intensity vs Angular Displacement
120.1 degrees
OPTEK reserves the right to make changes at any time in order to improve design and to supply the best product possible.
OPTEK Technology Inc. —
1645 Wallace Drive, Carrollton, Texas 75006
Phone: (972) 323-2200 or (800) 341-4747 FAX: (972) 323-2396 visibleLED@optekinc.com www.optekinc.com
Issue A 3/09
Page 3 of 6
Optimal XIV COS Star
OV14Zxx Series
Chromaticity Coordinates Specifications for Bin Grading
Rank
X
Y
CCT
Rank
X
Y
Warm
White
CCT
Rank
X
Y
CCT
Rank
X
Y
CCT
Rank
X
Y
CCT
Rank
White
X
Y
CCT
Rank
X
Y
CCT
Rank
X
Y
CCT
Rank
X
Y
CCT
Rank
Cool
White
X
Y
CCT
Rank
X
Y
CCT
Rank
X
Y
CCT
0.3076
0.3108
0.3186
0.3102
J05
0.3294
0.3202
0.3295
0.3105
0.3196
0.3013
0.3011
0.3422
K01
0.3136
0.3550
0.3148
0.3444
0.3031
0.3327
0.3031
0.3327
0.3136
0.3550
J01
0.3286
0.3690
0.3288
0.3569
0.3148
0.3444
0.3148
0.3444
J02
0.3288
0.3569
0.3290
0.3451
0.3160
0.3332
0.3160
0.3332
0.3286
0.3690
0.3481
0.3856
I01
0.3469
0.3717
0.3288
0.3569
0.3288
0.3569
0.3469
0.3717
I02
0.3458
0.3592
0.3290
0.3451
0.3290
0.3451
0.3458
0.3592
0.3481
0.3856
H01
0.3673
0.4003
0.3642
0.3829
0.3469
0.3717
0.3469
0.3717
H02
0.3642
0.3829
0.3622
0.3716
0.3458
0.3592
0.3458
0.3592
0.3673
0.4003
G01
0.3860
0.4130
0.3811
0.3937
0.3642
0.3829
0.3642
0.3829
G02
0.3811
0.3937
0.3783
0.3825
0.3622
0.3716
0.3622
0.3716
0.3860
0.4130
F01
0.4023
0.4228
0.3963
0.4035
0.3811
0.3937
0.3811
0.3937
F02
0.3963
0.4035
0.3924
0.3909
0.3783
0.3825
0.3783
0.3825
0.4023
0.4228
E01
0.4209
0.4326
0.4148
0.4161
0.3963
0.4035
0.3963
0.4035
E02
0.4148
0.4161
0.4086
0.3995
0.3934
0.3909
0.3924
0.3909
0.4209
0.4326
D01
0.4385
0.4404
0.4312
0.4234
0.4148
0.4161
0.4148
0.4161
D02
0.4312
0.4234
0.4240
0.4065
0.4086
0.3995
0.4086
0.3995
0.4385
0.4404
C01
0.4538
0.4460
0.4456
0.4287
0.4312
0.4234
0.4312
0.4234
C02
0.4456
0.4287
0.4376
0.4116
0.4240
0.4065
0.4240
0.4065
0.4538
0.4460
B01
0.4705
0.4508
0.4614
0.4333
0.4456
0.4287
0.4456
0.4287
B02
0.4614
0.4333
0.4525
0.4162
0.4376
0.4116
0.4376
0.4116
0.4705
0.4508
A01
0.4866
0.4541
0.4767
0.4366
0.4614
0.4333
0.4614
0.4333
A02
0.4767
0.4366
0.4671
0.4196
0.4525
0.4162
0.4525
0.4162
A03
0.4671
0.4196
0.4577
0.4029
0.4436
0.3991
0.4436
0.3991
A04
0.4577
0.4029
0.4490
0.3875
0.4356
0.3837
2760 (TYP)
B03
0.4525
0.4162
0.4436
0.3991
0.4294
0.3943
0.4294
0.3943
B04
0.4436
0.3991
0.4356
0.3837
0.4221
0.3790
2950 (TYP)
C03
0.4376
0.4116
0.4294
0.3943
0.4165
0.3890
0.4165
0.3890
C04
0.4294
0.3943
0.4221
0.3790
0.4100
0.3738
3150 (TYP)
D03
0.4240
0.4065
0.4165
0.3890
0.4021
0.3822
0.4021
0.3822
D04
0.4165
0.3890
0.4100
0.3738
0.3966
0.3673
3375 (TYP)
E03
0.4086
0.3995
0.4021
0.3822
0.3871
0.3739
0.3871
0.3739
E04
0.4021
0.3822
0.3966
0.3672
0.3826
0.3595
3650 (TYP)
F03
0.3924
0.3909
0.3871
0.3739
0.3741
0.3658
0.3741
0.3658
F04
0.3871
0.3739
0.3826
0.3595
0.3706
0.3520
3950 (TYP)
G03
0.3783
0.3825
0.3741
0.3658
0.3594
0.3557
0.3594
0.3557
G04
0.3741
0.3658
0.3706
0.3520
0.3571
0.3426
4300 (TYP)
H03
0.3622
0.3716
0.3594
0.3557
0.3444
0.3442
0.3444
0.3442
H04
0.3594
0.3557
0.3571
0.3426
0.3434
0.3320
4750 (TYP)
I03
0.3444
0.3442
0.3292
0.3313
0.3292
0.3313
I04
0.3444
0.3442
0.3434
0.3320
0.3294
0.3202
5300 (TYP)
J03
0.3290
0.3451
0.3292
0.3313
0.3175
0.3204
0.3175
0.3204
J04
0.3292
0.3313
0.3291
0.3202
0.3186
0.3102
6000 (TYP)
K02
0.3148
0.3444
0.3160
0.3332
0.3052
0.3224
0.3052
0.3224
K03
0.3160
0.3332
0.3175
0.3204
0.3076
0.3108
6000 (TYP)
K04
0.3175
0.3204
0.3196
0.3013
0.3111
0.2932
0.2742
0.3007
L01
0.3031
0.3327
0.3076
0.3108
0.2830
0.2838
0.2830
0.2838
6700 (TYP)
L02
0.3076
0.3108
0.3112
0.2932
0.2900
0.2703
6700 (TYP)
8000 (TYP)
OPTEK reserves the right to make changes at any time in order to improve design and to supply the best product possible.
OPTEK Technology Inc. —
1645 Wallace Drive, Carrollton, Texas 75006
Phone: (972) 323-2200 or (800) 341-4747 FAX: (972) 323-2396 visibleLED@optekinc.com www.optekinc.com
Issue A 3/09
Page 4 of 6
Optimal XIV COS Star
OV14Zxx Series
Note: 1. The data shown above are typical curves. Every LED component may have some variations of characteristics.
2. The maximum driving current should be limited in proper value ( see Fig. 1 above) and use of an adaquent heat sink
OPTEK reserves the right to make changes at any time in order to improve design and to supply the best product possible.
OPTEK Technology Inc. —
1645 Wallace Drive, Carrollton, Texas 75006
Phone: (972) 323-2200 or (800) 341-4747 FAX: (972) 323-2396 visibleLED@optekinc.com www.optekinc.com
Issue A 3/09
Page 5 of 6
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