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Red-Green-Blue 5mm Super Flux LED Technical Data

Photograph
LED5MMFLUXRGB - Red-Green-Blue 5mm Super Flux LED

Features
  • High Brightness Output - Red, Green and Blue
  • Create a Wide Range of Colors
  • Easy PCB Mounting
  • RoHS Compliant

Pin Description
Pin Number Description
1 Green - Cathode
2 Common - Anode
3 Blue - Cathode
4 Red - Cathode

Schematic Diagram
LED Circuit Diagram
Dimensional Drawing
LED Flux Case Dimension Drawing
LED Flux Case Dimension Drawing

All Dimensions are in mm


Technical Data

Absolute Maximum Ratings

Operating Free Air Temperature:

0°C to +70°C

Storage Temperature Range:

-65°C to +150°C

Electrical Characteristics - Red

Symbol Parameter Conditions Min Typ Max Units
Vf Forward Voltage Vcc=Min, Ii=-20mA 1.6 2.2 2.6 V
Vr Reverse Voltage Vcc=Min, Ioh=MAX, Vil=MAX     5.0 V
Ir Reverse Current Vr=5V     10 µA
If Max DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     50 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     130 mW
  Typical Viewing Angle     80   Deg
  Typical Luminous Intensity   460 1000   MCD
  Dominant Wavelength Vcc=Max, If=20mA   624   nm

Electrical Characteristics - Green

Symbol Parameter Conditions Min Typ Max Units
Vf Forward Voltage Vcc=Min, Ii=-20mA 2.8 3.5 4.0 V
Vr Reverse Voltage Vcc=Min, Ioh=MAX, Vil=MAX     5.0 V
Ir Reverse Current Vr=5V     10 µA
If Max DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     50 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     130 mW
  Typical Viewing Angle     80   Deg
  Typical Luminous Intensity   1,000 1,900   MCD
  Dominant Wavelength Vcc=Max, If=20mA   525   nm

Electrical Characteristics - Blue

Symbol Parameter Conditions Min Typ Max Units
Vf Forward Voltage Vcc=Min, Ii=-20mA 2.8 3.5 4.0 V
Vr Reverse Voltage Vcc=Min, Ioh=MAX, Vil=MAX     5.0 V
Ir Reverse Current Vr=5V     10 µA
If Max DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     50 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     200 mW
  Typical Viewing Angle     80   Deg
  Typical Luminous Intensity   1,000 1,900   MCD
  Dominant Wavelength Vcc=Max, If=20mA   470   nm