RLD65PZX2
660 nm Laser mit niedriger Leistung
RLD65PZX2
660 nm Laser mit niedriger Leistung
ROHMs Laser-Dioden mit 660 nm und niedrigem Verbrauch machen einen großen Marktanteil aus, was für ihre hohe Zuverlässigkeit spricht. Die große Bandbreite an Ausgängen entspricht ebenso ihrer Vielzahl an möglichen Anwendungen.
Produktdetails
Spezifikationen:
Application
Sensor, Barcode Scanner, Leveling, Ranging
Wave-length λ(Min.)[nm]
650
Wave-length λ(Typ.)[nm]
658
Wave-length λ(Max.)[nm]
666
Optical Output Po(Max.)[mW]
7
LD Reverse Voltage(Max.)[V]
2
PinPD Reverse Voltage(Max.)[V]
20
Optical Output Condition Po(Typ.)[mW]
5
Threshold Current Ith(Min.)[mA]
-
Threshold Current Ith(Typ.)[mA]
25
Threshold Current Ith(Max.)[mA]
35
Operating Current Iop(Min.)[mA]
-
Operating Current Iop(Typ.)[mA]
33
Operating Current Iop(Max.)[mA]
45
Operating Voltage Vop(Min.)[V]
-
Operating Voltage Vop(Typ.)[V]
2.3
Operating Voltage Vop(Max.)[V]
2.7
Output Efficiency η(Min.)[W/A]
0.4
Output Efficiency η(Typ.)[W/A]
0.6
Output Efficiency η(Max.)[W/A]
1
Monitor Current Im(Min.)[mA]
0.08
Monitor Current Im(Typ.)[mA]
0.2
Monitor Current Im(Max.)[mA]
0.5
Beam Divergence θ//(Min.)[deg]
6
Beam Divergence θ//(Typ.)[deg]
8.5
Beam Divergence θ//(Max.)[deg]
12
Beam Divergence θ⊥(Min.)[deg]
24
Beam Divergence θ⊥(Typ.)[deg]
28
Beam Divergence θ⊥(Max.)[deg]
34
Beam Tolerance ⊿θ//(Min.)[deg]
-3
Beam Tolerance ⊿θ//(Typ.)[deg]
0
Beam Tolerance ⊿θ//(Max.)[deg]
3
Beam Tolerance ⊿θ⊥(Min.)[deg]
-4
Beam Tolerance ⊿θ⊥(Typ.)[deg]
0
Beam Tolerance ⊿θ⊥(Max.)[deg]
4
Emission Point Accuracy ⊿XYZ(Min.)[µm]
-100
Emission Point Accuracy ⊿XYZ(Typ.)[µm]
0
Emission Point Accuracy ⊿XYZ(Max.)[µm]
100
Emission Point Distance(Typ.)[µm]
0
Polarity
P(LD Cathode / PD Anode)
Operating Temperature (Min.)[°C]
-10
Operating Temperature (Max.)[°C]
70
Package Size [mm]
φ5.6
Eigenschaften:
・660nm Low output・Industry standard diameterφ5.6 metal stem
・Higher ESD
