RLD63NPC5
630 nm Laserdiode für geringe Leistungsanforderungen

RLD63NPC5 ist eine Laserdiode mit Einfachmodus, niedrigem Verbrauch und einer Wellenlänge von 630 nm für Sensoren und Strichcode-Scanner, Richtmaschinen.

Produktdetails

 
Teilenummer | RLD63NPC5 (RLD63NPC5-00A for Sample)
Status | Empfohlen
Gehäuse | φ5.6mm CAN (Open)
Gehäusetyp | Tray
Einheitenmenge | 500
Minimale Gehäusemenge | 500
RoHS | Ja

Spezifikationen:

Application

Sensor, Leveling, Ranging

Wave-length λ(Min.)[nm]

630

Wave-length λ(Typ.)[nm]

635

Wave-length λ(Max.)[nm]

645

Optical Output Po(Max.)[mW]

6

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]

24

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]

2.2

Operating Voltage Vop(Max.)[V]

2.7

Output Efficiency η(Min.)[W/A]

0.2

Output Efficiency η(Typ.)[W/A]

0.55

Output Efficiency η(Max.)[W/A]

0.8

Monitor Current Im(Min.)[mA]

0.05

Monitor Current Im(Typ.)[mA]

0.18

Monitor Current Im(Max.)[mA]

0.5

Beam Divergence θ//(Min.)[deg]

6

Beam Divergence θ//(Typ.)[deg]

8

Beam Divergence θ//(Max.)[deg]

12

Beam Divergence θ⊥(Min.)[deg]

28

Beam Divergence θ⊥(Typ.)[deg]

32

Beam Divergence θ⊥(Max.)[deg]

40

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

N(LD Anode / PD Cathode)

Operating Temperature (Min.)[°C]

-10

Operating Temperature (Max.)[°C]

40

Package Size [mm]

φ5.6

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Eigenschaften:

  • Optical output power: CW6mW
  • Single Mode
  • Highly precise φ5.6 metal stem adoption
  • Glassless cap
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