• 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 1
  • 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 2
  • 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 3
  • 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 4
  • 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 5
  • 5050 RGB SMD LED Plcc-6 (Epistar Chips Inside) System 6
5050 RGB SMD LED Plcc-6 (Epistar Chips Inside)

5050 RGB SMD LED Plcc-6 (Epistar Chips Inside)

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Shenzhen
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L/C,T/T
Min Order Qty:
5000 Pcs pc
Supply Capability:
100000 Pcs Per Month pc/month

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5050 rgb smd led plcc-6 (Epistar chips inside)

 

Item Part No.Wavelength/CCTIntensityVoltage Power
SMD5050 whiteFD-5050W-15500-6000k14-20LM3.0-3.5v0.18W
FD-5050W-26000-6500k14-20LM3.0-3.5v0.18W
FD-5050W-36500-7000k14-20LM3.0-3.5v0.18W
FD-5050W-47000-7500k14-20LM3.0-3.5v0.18W
FD-5050W-57500-8000k14-20LM3.0-3.5v0.18W
SMD5050 reddish whiteFD-5050RW-12000-2400K14-20LM3.0-3.5v0.18W
FD-5050RW-22400-2700k14-20LM3.0-3.5v0.18W
SMD5050 Yellowish whiteFD-5050YW-12800-3200K14-20LM3.0-3.5v0.18W
FD-5050YW-23200-3500K14-20LM3.0-3.5v0.18W
SMD5050 cool whiteFD-5050CW-18000-9000K14-20LM3.0-3.5v0.18W
FD-5050CW-29000-10000K14-20LM3.0-3.5v0.18W
FD-5050CW-310000-12000K14-20LM3.0-3.5v0.18W
FD-5050CW-412000-15000K14-20LM3.0-3.5v0.18W
FD-5050CW-520000-25000K14-20LM3.0-3.5v0.18W
SMD5050 blueFD-5050B460-470nm1000-3500mcd3.0-3.5v0.18W
SMD5050 AmberFD-5050A600-610nm1000-3500mcd1.9-2.2V0.12W
SMD5050 GreenFD-5050G520-525nm2500-5500mcd3.0-3.5v0.18W
SMD5050 YellowFD-5050Y588-595nm1200-3500mcd1.9-2.2V0.12W
SMD5050 RedFD-5050R620-625nm1200-3500mcd1.9-2.2V0.12W
SMD5050 RGBFD-5050RGB R:350-450MCD
B:250-300MCD
G:900-1100MCD 
  
Item Part No.Wavelength/CCTIntensityVoltage Power
SMD3528 whiteFD-3528W-15500-6000k4-7LM3.0-3.5v0.06W
FD-3528W-26000-6500k4-7LM3.0-3.5v0.06W
FD-3528W-36500-7000k4-7LM3.0-3.5v0.06W
FD-3528W-47000-7500k4-7LM3.0-3.5v0.06W
FD-3528W-57500-8000k4-7LM3.0-3.5v0.06W
SMD3528 reddish whiteFD-3528RW-12000-2400K4-7LM3.0-3.5v0.06W
FD-3528RW-22400-2700k4-7LM3.0-3.5v0.06W
SMD3528 Yellowish whiteFD-3528YW-12800-3200K4-7LM3.0-3.5v0.06W
FD-3528YW-23200-3500K4-7LM3.0-3.5v0.06W
SMD3528 cool whiteFD-3528CW-18000-9000K4-7LM3.0-3.5v0.06W
FD-3528CW-29000-10000K4-7LM3.0-3.5v0.06W
FD-3528CW-310000-12000K4-7LM3.0-3.5v0.06W
FD-3528CW-412000-15000K4-7LM3.0-3.5v0.06W
FD-3528CW-520000-25000K4-7LM3.0-3.5v0.06W
SMD3528 blueFD-3528B460-470nm300-600mcd3.0-3.5v0.06W
SMD3528 AmberFD-3528A600-610nm300-500mcd1.9-2.2V0.04W
SMD3528 GreenFD-3528G520-525nm400-2000mcd3.0-3.5v0.06W
SMD3528 YellowFD-3528Y588-595nm300-500mcd1.9-2.2V0.04W
SMD3528 RedFD-3528R620-625nm200-500mcd1.9-2.2V0.04W
SMD3528 RGBFD-3528RGB R:350-450MCD
B:250-300MCD
G:900-1100MCD 
  
1.    Absolute Maximum Ratings                                (Ta=25°C)  
ItemSymbolAbsolute Maximum RatingUnit
Forward CurrentIF350mA
Pulse Forward CurrentIFP700mA
Allowable Reverse CurrentIR10uA
Power DissipationPD1W
Operating TemperatureTopr-30~+85°C
Dice TemperatureTstg-40~+100°C
Soldering TemperatureTsod260°C

 

SMD3528 
 
Part No.ColorWavelength/
CCT
IntensityVoltage
FD-3528W-APure white         : 5500-8000K
Reddish Warm white : 2000-2700K
Yellowish Warm white : 2800-3500K
Cool White          : 8000-25000K
3-5lm3.0-3.2V
FD-3528W-B5-6lm3.0-3.2V
FD-3528W-C6-7lm3.0-3.2V
FD-3528W-D7-8lm3.0-3.2V
FD-3528BBlue460-470nm300-600mcd3.0-3.2V
FD-3528GGreen520-525nm400-2000mcd3.0-3.2V
FD-3528RRed620-630nm200-500mcd1.9-2.3V
FD-3528YYellow588-595nm300-500mcd1.9-2.3V
FD-3528AAmber600-610nm300-500mcd1.9-2.3V
FD-3528IRInfrared850nm 3.2-3.4V
     
SMD5050
 
Part No.ColorWavelength/
CCT
IntensityVoltage
FD-5050W-APure white         : 5500-8000K
Reddish Warm white : 2000-2700K
Yellowish Warm white : 2800-3500K
Cool White          : 8000-25000K
10-12lm3.0-3.4V
FD-5050W-B14-16lm3.0-3.4V
FD-5050W-C16-18lm3.0-3.4V
FD-5050W-D18-21lm3.0-3.4V
FD-5050BBlue460-470nm1000-3500mcd3.0-3.2V
FD-5050GGreen520-525nm2500-5500mcd3.0-3.2V
FD-5050RRed620-630nm1200-3500mcd1.9-2.3V
FD-5050YYellow588-595nm1200-3500mcd1.9-2.3V
FD-5050AAmber600-610nm1000-3500mcd1.9-2.3V
FD-5050IRInfrared850nm 3.2-3.4V

 

Item Part No.Wavelength/CCTIntensityVoltage Power
SMD5050 whiteFD-5050W-15500-6000k14-20LM3.0-3.5v0.18W
FD-5050W-26000-6500k14-20LM3.0-3.5v0.18W
FD-5050W-36500-7000k14-20LM3.0-3.5v0.18W
FD-5050W-47000-7500k14-20LM3.0-3.5v0.18W
FD-5050W-57500-8000k14-20LM3.0-3.5v0.18W
SMD5050 reddish whiteFD-5050RW-12000-2400K14-20LM3.0-3.5v0.18W
FD-5050RW-22400-2700k14-20LM3.0-3.5v0.18W
SMD5050 Yellowish whiteFD-5050YW-12800-3200K14-20LM3.0-3.5v0.18W
FD-5050YW-23200-3500K14-20LM3.0-3.5v0.18W
SMD5050 cool whiteFD-5050CW-18000-9000K14-20LM3.0-3.5v0.18W
FD-5050CW-29000-10000K14-20LM3.0-3.5v0.18W
FD-5050CW-310000-12000K14-20LM3.0-3.5v0.18W
FD-5050CW-412000-15000K14-20LM3.0-3.5v0.18W
FD-5050CW-520000-25000K14-20LM3.0-3.5v0.18W
SMD5050 blueFD-5050B460-470nm1000-3500mcd3.0-3.5v0.18W
SMD5050 AmberFD-5050A600-610nm1000-3500mcd1.9-2.2V0.12W
SMD5050 GreenFD-5050G520-525nm2500-5500mcd3.0-3.5v0.18W
SMD5050 YellowFD-5050Y588-595nm1200-3500mcd1.9-2.2V0.12W
SMD5050 RedFD-5050R620-625nm1200-3500mcd1.9-2.2V0.12W
SMD5050 RGBFD-5050RGB R:350-450MCD  
B:250-300MCD 
G:900-1100MCD 
Item Part No.Wavelength/CCTIntensityVoltage Power
SMD3528 whiteFD-3528W-15500-6000k4-7LM3.0-3.5v0.06W
FD-3528W-26000-6500k4-7LM3.0-3.5v0.06W
FD-3528W-36500-7000k4-7LM3.0-3.5v0.06W
FD-3528W-47000-7500k4-7LM3.0-3.5v0.06W
FD-3528W-57500-8000k4-7LM3.0-3.5v0.06W
SMD3528 reddish whiteFD-3528RW-12000-2400K4-7LM3.0-3.5v0.06W
FD-3528RW-22400-2700k4-7LM3.0-3.5v0.06W
SMD3528 Yellowish whiteFD-3528YW-12800-3200K4-7LM3.0-3.5v0.06W
FD-3528YW-23200-3500K4-7LM3.0-3.5v0.06W
SMD3528 cool whiteFD-3528CW-18000-9000K4-7LM3.0-3.5v0.06W
FD-3528CW-29000-10000K4-7LM3.0-3.5v0.06W
FD-3528CW-310000-12000K4-7LM3.0-3.5v0.06W
FD-3528CW-412000-15000K4-7LM3.0-3.5v0.06W
FD-3528CW-520000-25000K4-7LM3.0-3.5v0.06W
SMD3528 blueFD-3528B460-470nm300-600mcd3.0-3.5v0.06W
SMD3528 AmberFD-3528A600-610nm300-500mcd1.9-2.2V0.04W
SMD3528 GreenFD-3528G520-525nm400-2000mcd3.0-3.5v0.06W
SMD3528 YellowFD-3528Y588-595nm300-500mcd1.9-2.2V0.04W
SMD3528 RedFD-3528R620-625nm200-500mcd1.9-2.2V0.04W
SMD3528 RGBFD-3528RGB R:350-450MCD  
B:250-300MCD 
G:900-1100MCD 

 

 

IF: 20mA,

Beam Angle: 120°

High Brightness, large view angle, Low Power dissipation, high cost-effective.

Operation temperature: -40 - 95 degrees celsius.
Life span: 50000 hours.

 

Main advantages:

1. Have our own packaging technology,can control all details,with good quality and high brightness.

2. Low lighting attenuation,Conversion factor can reach 90%

3. Good glare control.

4. Special design good for heating output.

5. Long lifespan of up to 50,000 hours

6. We are professional manufacturuer with 12 years experience in leds . Quality Is 100% guaranteed.

7. Leds with  TW original Epistar chips . Class A quality

8. With ROHS. With 2years warranty

9. Fast delivery .

 

Applications:

1.Indoor and out door commercial light

2.LED backlighting and SMD type indicator

3.LED moudle

4.Decoration light

5.Auto lamp

6. Led flexible , rigid strips

7. LED tubes.

8. Led bulbs

 

Q:How can I install the patch LED lamp belt on the wood chip casting board? With double-sided glue will be hot, and can not use the clip on the screw, what should I do?
With double-sided adhesive, the temperature will not be very high. So it won't fall either. That's how I got it. It took me more than half a year, and I didn't have any problems
Q:The ten patch LED lights are connected in parallel. The rated power is 5 watts. How much voltage do you need?
The ten patch LED lamps are connected in parallel with rated power of 5 watts and voltage 3.3V.
Q:The quality of the LED patch module
Luminous efficiency。 The LM value per watt is called luminous efficiency. This is an important criterion for judging whether LED is energy-saving or not. The incandescent lamp is about 14.4LM/W, the fluorescent lamp is about 51LM/W, the neon lamp is 43LM/W or so, and the LED is up to 150LM/W at present, but most of the LED light effects in our country are in 60~100LM/W. It should be noted that only the white light can achieve such high luminous efficiency in LED, and that red, yellow and blue are generally relatively low (mainly related to human visual definition). But compared with neon light, there is no heavy metal pollution, easy to maintain.
Q:What determines the brightness of the patch LED?
The current through the lamp itself. If the same lamp, so it is necessary to ensure consistency in the different current circuit, the test voltage of little significance, especially in the case of parallel lamp, current a few beads each share is not the same, some big, some small.
Q:What is patch SMD-LED?
This really do not know how to answer you, like a sheet of the same type of solder paste used to operate, it can be said that the plug-in is not, it is patch it!
Q:How does the LED placement lamp distinguish the positive and negative poles? There is no sign on the light. Thank you
You can also use the ohmmeter's ohmmeter. To dial multimeter, to "ohm X1" file, the light emitting diode when the red pen is connected to the positive terminal of SMD LED, the black probe is connected to the negative terminal of SMD LED.
Q:What is the difference between patch LED beads and LED beads: General
A LED chip is led lamp. Common LED has two or four pins, and there is no needle foot, close to the circuit board, copper foil welding, are the same. You should choose the lamp the key is to consider the color temperature, color rendering index, light efficiency, light, and power quality, buy these things to buy better quality, common is topclass photoelectric
Q:What is the difference in performance between the LED plug-in and the LED patch?
No difference, because the core of the two is the same, are diode PN junction, but no packaging, the production process is a little different
Q:Such as title, please have welding patch LED lamp experience expert guidance, do not search from the Internet to the theoretical knowledge, thank you!
When soldering, the temperature is best to be lower, and the average welding temperature is about 360. That's enough, because the melting temperature of the tin wire is about 220 degrees, so if it is allowed, the temperature can be reduced as low as possible.
Q:Production of a number of substrates, the use of SMD LED lights, red lights and green lights are not bad, blue lights appear mass dark, do not know why? Is the LED blue light material easy to use dark?
If you choose the brightness of blue light in the light of the relatively high, so when debugging the white balance (by changing the resistance to change the current, and then change the RGB brightness LED lamp), it is difficult to transfer to the pure white. Therefore, when selecting the lamp, the blue light is generally not bright.

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