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RGB5LED - Red-Green-Blue 5mm Round LED Technical Data - Buy RGB5LED

Photograph
RGB5LED - Red-Green-Blue 5mm Round LED

Features

arrowIdeal for Multi-Color Displays

arrowCycle Through a Wide Range of Colors

arrowIdeal for Model Railways and Charging Systems

arrowLow Current Consumption

arrowRoHS Compliant


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

Schematic Drawing
RGB5LED - Red-Green-Blue 5mm Round LED Circuit
Dimensional Drawing
LED 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 2.0 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     25 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     65 mW
  Typical Viewing Angle     25   Deg
  Typical Luminous Intensity   15 30   MCD
  Dominant Wavelength     625   nm

Electrical Characteristics - Green

Symbol Parameter Conditions Min Typ Max Units
Vf Forward Voltage Vcc=Min, Ii=-20mA 2.8 3.4 3.8 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     25 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     95 mW
  Typical Viewing Angle     25   Deg
  Typical Luminous Intensity   15 30   MCD
  Dominant Wavelength     525   nm

Electrical Characteristics - Blue

Symbol Parameter Conditions Min Typ Max Units
Vf Forward Voltage Vcc=Min, Ii=-20mA 2.8 3.4 3.8 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     25 mA
Ipeak Peak DC Forward Current Vcc=Min, Iol=MAX, Vih=MAX     100 mA
Pd Max Power Dissipation Vcc=Max, Vi=5.5V     95 mW
  Typical Viewing Angle     25   Deg
  Typical Luminous Intensity   15 20   MCD
  Dominant Wavelength     470   nm