• Wholesale 1W 640nm Red High Power LED for plant grow light on star PCB

    0

  • Wholesale Red 640nm 3W High Power LED on star PCB for Plant Growing

    0

  • Wholesale Red 640nm 5W High Power LED on Star PCB

    0

  • Wholesale Red 640nm 5W High Power LED

    0

  • Wholesale Red 5W 640nm High Power LED for plant grow light

    0

  • Wholesale Red 10W 640nm High Power LED for plant grow light

    0

  • Wholesale Red 640nm 20W high power led

    0

  • Wholesale Red 640nm 30W High Power LED

    0


  • Wholesale Red 640nm 5W High Power LED on Star PCB

Red 640nm 5W High Power LED on Star PCB

  • item#: G-5PB42R140A1-R1
  • Retail price: 0
  • Wholesale Price: 4.00

  • Start from: 50 Unit(s)
  • This item is:

    Qty.Range(unit) Price(per unit) Discount
    Large Order:
  • 0
  • Quantity:



      Product Details

      Package Dimension(mm):

      5W Red 640nm LED package dimension

      20mm Star LED PCB

       

      Key Features:

       

      • 99.99% gold wire bonding, 1.2mil

      • Red copper Substrate

      • Chips: 4pcs*  42mil Epileds Chips

      • Connections: 2 in series, 2 in parallel

      • Beam Angle:  60 degree and 120 degree are available

      • Applications: horicultural lighting, chemical equipment, Health care instrument, beauty therapy instrument and other professional lighting

      • Extra Heatsink is required for the LED.

       

      Absolute Maximum Ratings at Ta=25

       

      Item

      Symbol

      Absolute Maximum Rating

      Unit

      DC Forward Current

      IF

      700

      mA

      Peak Forward Current

      IF

      1000

      mA

      Reverse Voltage

      VR

      5

      V

      Power Dissipation

      PD

      5000

      mW

      Electrostatic discharge

      ESD

      ±4500

      V

      Operation Temperature

      Topr

      -40~+80

      Storage Temperature

      Tstg

      -40~+100

      Lead Soldering Temperature

      Tsol

      Max.260 for 6 seconds Max.

      Life test

      ----

      1000 H  Luminous intensity weaken< 5%(700mA,Ta=65℃); 50,000 H Luminous intensity weaken < 20% (700mA,Ta=65℃);

       

      Electrical Optical Characteristics at Ta=25

       

      Parameter

      Symbol

      Min.

      Typ.

      Max.

      Unit

      Test Condition

      Forward Voltage

      VF

      4.0

      ---

      5.0

      V

      If=700mA

      Reverse Current

      IR

      ---

      ---

      50

      uA

      VR=5V

      50% Power Angle

      2θ1/2

      ---

      140

      ---

          Deg.

      IF=700mA 

      Luminous Flux

      Φ

      120

      ---

      150

      lm

      IF=700mA 

      Peak Wavelength

      λp

      635

      640

      ---

      nm

      IF=700mA

       

       

       

       

       

       

       


      Write a Review:

      Tell us what you think about Red 640nm 5W High Power LED on Star PCB, share your opinion with other people. Please make sure that your review focus on Red 640nm 5W High Power LED on Star PCB. All the reviews are moderated and will be reviewed within two business days. Inappropriate reviews will not be posted.

      Have any question or inquire for Red 640nm 5W High Power LED on Star PCB? Please contact Customer Service. (Our customer representative will get back shortly.)

        Indicates required fields*
        Rating:
        Your Name: *
        Enter your Reviewer Nickname
        Your Email: *
        Review Title: *
        Review: *
        Identifying Code: *

      Search Feedback

      • Did you find what you were looking for?
      • If you need help or have other feedback for Customer Service. Click here

      Customers who bought this product also purchased...

      Newsletter
      for Wholesale

      about the latest offers and deals Subscribe today!


                                            
        Join our community :  sensicom.com on Twitter sensicom.com on Facebook sensicom.com on YouTube

         

      macafee secure
          © 2012-2021 www.leds-global.com Copyright and All rights reserved.