Size 1206 – low current, duplex LED
OLS-136 HSD/HY
Features:
size 1206: 3,2(L) x 1,6(W) x 1,2(H) mm
circuit substrate: glass laminated epoxy
devices are ROHS and REACH conform
lead free solderable, soldering pads: gold
plated
taped in 8 mm blister tape, cathodes
positions to transporting perforation
all devices sorted into luminous intensity
classes
taping: face-up (TU) or face-down (TD)
possible
Merkmale:
Größe: 3,2 x 1,6 x 1,2 mm
Trägerstreifen: Glasfaserlaminat
Bauteile sind ROHS und REACH konform
Bleifrei lötbar, Lötpads: vergoldet
Gegurtet in 8mm Blistergurt, Kathoden zur
Transportperforation
Alle Bauteile in Intensitätsklassen sortiert
Gurtung: Face-up (T) und Face-down (TD)
möglich
Typical Electro-Optical Characteristics
Typische Elektrooptische Eigenschaften
Measurement conditions
Messbedingungen
Parameter
Emitting Color
Farbe
Forward Voltage
Flussspannung
T
ambient
= 23 °C; t
test
≤
60ms
Symbol
Condition
Min
Typ
Max
red /yellow
rot / gelb
1,77
1,84
1,80
2,00
615
580
625
590
17
12
9,0
9,0
14,4
15,5
100
100
2,40
2,60
635
600
Unit
I
f
= 2 mA
(2)
U
f
I
f
= 20 mA
(1)
D
I
v
I
R
I
f
= 2 mA
(2)
I
f
= 2 mA
(1)
I
f
= 2 mA
(2)
I
f
= 2 mA
(2)
red / rot
yellow / gelb
red / rot
yellow / gelb
red / rot
yellow / gelb
red / rot
yellow / gelb
red / rot
yellow / gelb
red / rot
yellow / gelb
V
V
nm
nm
mcd
μA
Dominant Wavelength
Dominante Wellenlänge
FWHM
Halbwertsbreite
Luminous Intensity
Lichtstärke
Reverse Current
Sperrstrom
(1)
(2)
Typical property, not 100% tested
100% measured in an automated test system with max 60 ms operation
www.osa-opto.com
edition 9/17
Page/Seite 1/7
Copyright © 2017 OSA Opto Light GmbH. All Rights Reserved
Size 1206 – low current, duplex LED
OLS-136 HSD/HY
Maximum Ratings
Grenzwerte
Parameter
Power Dissipation, max.
Verlustleistung, max.
Forward Current, pulsed
Flussstrom, gepulst
Reverse Voltage
Sperrspannung
Thermal Resistance
Wärmewiderstand
Operating Temperature
Betriebstemperatur
Storage Temperature
Lagertemperatur
Symbol
P
D, max
t
p
≤100μs,
=1:10
I
f, pulse
U
R
R
th JA
T
op
T
St
-40
-40
red / rot
green / grün
Min
Max
65
50
5
500
+85
+85
Unit
mW
mA
V
K/W
°C
°C
Outline Drawing
Zeichnung
Recommended Soldering Pad
Empfohlenes Lötpad
Chip 1: HSD – red / rot
Chip 2: HY – yellow / gelb
Marking at cathode
Markierung an der Kathode
Copyright © 2017 OSA Opto Light GmbH. All Rights Reserved
www.osa-opto.com
edition 9/17
Page/Seite 2/7
Size 1206 – low current, duplex LED
OLS-136 HSD/HY
Typical Performance Diagram
Typische Kennlinien
100
30,0
25,0
10
Forward Current [mA]
1
HY
HSD
rel. Intensity [a.u.]
20,0
15,0
HY
HSD
10,0
0,1
5,0
0,01
1,2
1,4
1,6
1,8
2
Forward Voltage [V]
2,2
2,4
2,6
0,0
0
10
20
30
Forward Current [mA]
40
50
Forward Current vs. Forward Voltage
Flussstrom über Flussspannung
Intensity vs. Forward Current
Strahlstärke über Flussstrom
80
600
628
626
598
60
Dominant Wavelength [nm]
624
596
622
594
P
D
[mW]
40
592
590
588
HY
HSD
20
0
-40
-20
0
20
40
60
80
100
586
0
10
20
30
Forward Current [mA]
40
50
T
op
[°C]
Max. Forward Current vs. Ambient Temprature
Max. Flussstrom über Umgebungstemperatur
Forward Current vs. Shift Peak Wavelength
Flussstrom gegen Verschiebung der Wellenlänge
1,0
90
0,8
rel. Intensity [a.u.]
1,0
120
60
0,6
150
0,4
30
0,5
0,2
0,0
550
570
590
610
630
Wavelength [nm]
650
670
690
0,0
180
0
Spectrum
Spektrum
View Angle
Abstrahlung
Copyright © 2017 OSA Opto Light GmbH. All Rights Reserved
www.osa-opto.com
edition 9/17
Page/Seite 3/7
Size 1206 – low current, duplex LED
OLS-136 HSD/HY
Soldering Conditions
Lötprofile
300
10...20s
250
230°C
Temperature [°C]
200
170°C
150
120°C
100
3K/s max.
50
4K/s max
40s max.
IR reflow soldering
profile for lead
containing solder
IR Reflow
Lötprozess für
bleihaltiges Lot
0
50
100
150
Time [s]
200
250
300
300
245°C
3K/s max
Temperature [°C]
200
180°C
217°C
10...20s
60s max
150
120s max
4K/s max
50
3K/s max
250°C
250
IR reflow soldering
profile for lead free
soldering
IR Reflow
Lötprozess für
bleifreies Lot
100
0
50
100
150
Time [s]
200
250
300
Manual Soldering:
Manuelles Löten:
max power of iron 25W / 300°C for 3s
Max. Leistung des Lötkolben 25W / 300°C für 3s
Copyright © 2017 OSA Opto Light GmbH. All Rights Reserved
www.osa-opto.com
edition 9/17
Page/Seite 4/7