ADL-63102TRTL Datasheet, PDF (1/2 Pages) Roithner LaserTechnik GmbH – Bar-code scanner Line maker, Leveler High visibility LD display

AlGaInP Visible Laser Diode
2003/8
635nm 10mW 50 ^oC Reliable Operation
• Features
1. Short wavelength: 635nm (Typ.)
2. High output power: 10mW CW
3. Low threshold current: Ith= 35mA (Typ.)
4. Low operation voltage: Vop= 2.15V (Typ.)
5. High temperature: Tc = 50^oC
6. MTTF > 3000hrs
ADL-63102TR/TL
• Applications
1. Bar-code scanner
2. Line maker, Leveler
3. High visibility LD display
• Absolute maximum ratings
Parameter
Symbol Condition Rating Unit
Light output power
P_O
CW
12
mW
Reverse voltage (LD) V_RL
-
2
V
Reverse voltage (PD) V_RD
-
30
V
Forward current (PD)
I_FD
Case temperature
T_C
Storage temperature
T_S
-
10
mA
-
-10~+50 ^oC
-
-40~+75 ^oC
• Electrical and optical characteristics (T_c=25 ^oC)
Parameter
Symbol Min.
Typ.
Peak wavelength
630
635
Threshold current
I_th
20
30
Operating current
I_op
40
55
Operating voltage
Differential efficiency
V_op
2
2.15
0.25
0.50
Monitor current
I_m
0.05
0.1
Parallel divergence angle
6
7.5
Perpendicular divergence angle
30
33
Parallel FFP deviation angle
-
-
Perpendicular FFP deviation angle
-
-
Emission point accuracy
xyz
-
-
Max.
640
40
65
2.5
0.65
0.5
11
40
2.9
1.9
80
Unit
Conditions
nm P_o=10mW
mA
mA
V
mW/mA
mA
deg
P_o=10mW
P_o=10mW
P_o=5-10mW
P_o=10mW, V_RD=5V
deg
deg Po=5mW
deg
um
Precautions
1. Do not operate the device above the maximum rating condition, even momentarily. It may cause unexpected permanent damage to the device.
2. Semiconductor laser device is very sensitive to electrostatic discharge. High voltage spike current may change the characteristics of the device, or malfunction at any time during
its service period. Therefore, proper measures for preventing electrostatic discharge are strongly recommended.
3. Effective heat sink can help the device operates under a more relax condition; as a result, a more stable characteristics and better reliability can be achieved. So it is
recommended that always apply proper heat sink before the device is operating.