Durable RGBW LED Chip Infrared 850nm Red 660nm Yellow Violet 410nm For T5 And Panel

Product Details:
Place of Origin: SHENZHEN
Brand Name: Yuhang
Certification: CE.SGS.ROHS
Model Number: YHHP5050RIRYUV02
Delivery Time: 5-7 work days
Payment Terms: T/T, Western Union,Paypal
Supply Ability: 8KK/Days

Detailed Product Description

Type:	smd led	Chip Material:	InGaN
Emitting Color:	RIRYUV	Luminous Intensity:	Customers' Requirements
Luminous Flux(lm):	High Brightness	Power:	0.2W
Viewing Angle(°):	120 Degree	Color Rendering Index:	Null
Color Temperature:	DR+IR850NM+Y+UV	Operating Temperature:	-20 - 85
Chip Brand:	Epistar Chip, Sanan Chip,Epileds Chip	Current:	80-120mA
Voltage:	DR/R/Y:2.0-2.4V IR:1.3-1.8V	Warranty:	2 Years
Lifespan:	50000-100000H

Plcc8 RGBW LED 4in 1 infrared 850nm+ Red 660nm , Yellow , Violet 410nm 5050 for t5 and panel

Item Name	5050 RIRYUV SMD LED
Luminous Intensity	Infrared: 10-15mw
	Deep Red:300-400mcd
	Yellow: 500-700mcd
Luminous Flux	UV: 30-40mw
Wavelength	Infrared: 850nm
	Deep red: 660nm
	Yellow:590-595nm
	UV:410-415NM
Voltage	IR:1.3-1.6V
	Red: 2.0-2.4V
	Yellow: 2.0-2.4V
Current	20-30mA
CRI	null
Power	4*0.1 Watt

Package Dimensions

Recommended Soldering Patter

Durable RGBW LED Chip Infrared 850nm Red 660nm Yellow Violet 410nm For T5 And Panel

SURFACE MOUNT LED LAMPS
Product Type:YHRIRYUV5050
Absolute maximum ratings (Ta=25°C)
Parameter			Symbol			Value			Unit
Forward current			If			80			mA
Reverse voltage			Vr			5			V
Power dissipation			Pd			220			mW
Operating temperature range			Top			-25~+80			°C
Storage temperature range			Tstg			-30~+85			°C
Peak pulsing current(1/8 duty f=1KHz)			Ifp			100			mA
Junction Temperature			Tj			115			℃/W
Electrostatic Discharge(HBM)			ESD			1000			V
Electro-Optical characteristics (TA=25°C)
Parameter	Test Condition	Symbol		Color	Value					Unit
					Min		Typ	Max
Color Temperature	I_F=20mA	CCT			--		--	--		K
Forward voltage	I_F=20mA	Vf		R IR Y UV	2.0 1.3 2.0 3.2		--	2.4 1.7 2.4 3.6		V
luminous flux	I_F=20mA	φ		R IR Y UV	600 10 500 25		--	900 15 700 35		mcd mw cd mw
Viewing angle at 50% IV	I_F=20mA	2θ1/2		R IR Y UV	--		120	--		Deg
Dominant wavelength	I_F=20mA	λd		R IR Y UV	620 -- 590 410		850	625 -- 592 415		nm
Reverse current	Vr=5V	Ir		R IR Y UV	--		5	--		μA