BOT ORT9303O 3 element pcb mount 1.8mm led array Datasheet

ORT 9303
3 ELEMENT PCB
MOUNT 1.8mm LED ARRAY
BLUE LEDS NOW AVAILABLE
This
component
is RoHS
compliant
The ORT-9303 series array is a family of
devices using a Black Nylon 6 VO rated
housing to mount up to three 1.8mm LED’s
at right angles to the PCB. The pin out is
on a standard 0.1” x 0.1”pitch. In any one
batch the LED’s are matched for lumenous
intensity. This high density array has small
a footprint and alignment features for
multiple package use.
• High density, small footprint.
• Accurate positioning/ Alignment key.
• Good matching.
• +20 Deg Viewing angle.
Pb
MECHANICAL DATA
6.34
5.08
1.0
2.0D
X
Y 10.16
3.3
5.0
3.3
1.65
0.5
6.84
2.54
2.54
Z
3.3
+
2.54
12.5
BEDFORD OPTO TECHNOLOGY LTD
1,BIGGAR BUSINESS PARK, BIGGAR,LANARKSHIRE ML12 6FX
Tel: +44 (0) 1899 221221 Fax: +44 (0) 1899 221009
Website: bot.co.uk E-mail: [email protected]
10.3.06 ISS D
ABSOLUTE MAXIMUM RATINGS (TA = 25OC)
ORT 9303
Red
Others
REVERSE VOLTAGE
6 Volts
6 Volts
CONTINUOUS FORWARD CURRENT
50mA
30 mA
REVERSE VOLTAGE
5 Volts
100mW
100 mW
FORWARD CURRENT
30 mA
POWER DISSIPATION Ta < 55 C
Blue
JUNCTION TEMP
100OC
POWER DISSIPATION
120mW
STORAGE TEMP
-55 to +100OC
OPERATING TEMP OC
-20 to+80
STORAGE TEMP OC
-30 to+100
450 K/W
THERMAL RESISTANCE
SOLDERING TEMPERATURE (3secs max 2mm from body)
ALL TYPES
260 OC max
OPTO ELECTRONIC DATA (Ta = 25OC)
COLOUR
Lumenous Intensity
If = 10mA
mcd
Peak Wavelength
nm
Forward Voltage
If = 20mA
volts
RED
min
typ
1
1.5
660
1.6
ORANGE
min
typ
4
5
630
2
YELLOW
min
typ
2.5
8
585
2.4
min
typ
ma
4
12
-
565
-
2.4
3
Min
Typ
21
38
430
3.8
GREEN
BLUE
ORDERING INFORMATION
ORT 9303 X - - - - - - - - - Z
Top Position
Bottom Position
X OR Y = R =Red
O = Orange
Y = Yellow
G = Green
B = Blank
BL=Blue
Custom part numbers will be allocated to describe
mixed LED combination.
This
component
is RoHS
compliant
Pb
BEDFORD OPTO TECHNOLOGY LTD
1,BIGGAR BUSINESS PARK, BIGGAR,LANARKSHIRE, ML12 6FX
Tel: +44 (0) 1899 221221 Fax: +44 (0) 1899 221009
Website: bot.co.uk E-mail: [email protected]
10.3.06 ISS D
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