Hair Removal Laser Fiber Coupled Diode Laser 808nm 4W With Aiming Beam , Thermistor K808F11FA-4.000W manufacturer from China China Diode Laser Module Online Market

Hair Removal Laser Fiber Coupled Diode Laser 808nm 4W With Aiming Beam , Thermistor

Place of Origin:

Beijing, China (Mainland)


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Product Detail

Model No.: K808F11FA-4.000W

808nm 4W Single Emitter Diode Laser for Medical Use K808F11FA-4.000W1.FEATUR

808nm 4W Single Emitter Diode Laser for Medical Use K808F11FA-4.000W
1.FEATURE:
    4W output power
     105μm/125μm/250μm fiber
     0.22N.A.
     808nm wavelength
     650nm aiming beam
2.CUSTOMER OPTION:
      Power PD
       Thermistor
3.APPLICATION:
    Medical use
4.SPECIFICATION:

Specifications(25)		Symbol	Unit	K808F11FA-4.000W	K976F11FA-4.000W
Optical Data	CW-Output Power	P_o	W	4
	Center Wavelength	l_c	nm	808	976
	Tolerance of l	-	nm	±3,±10
	Spectral Width (FWHM)	l	nm	<3
	Temperature Drift of l	-	nm/	~0.3
Connector Data	Fiber Core Diameter	W_c	µm	105
	Fiber Numerical Aperture	N.A.	-	0.22
	Fiber Connector	-	-	SMA-905
Electrical Data	Operating Current	I_op	A	4.5	4.8
	Threshold Current	I_th	A	0.75	0.4
	Conversion Efficiency	η	%	35~45
	Slope Efficiency	η_D	W/A	1.10
	Operating Voltage	V_op	V	1.96	1.90
	Reverse Voltage	V_re	V	2
PD Data	Current	I_mo	mA	0.10~2.00
Thermistor Data ⁽¹⁾	Thermistor	Rt	(K Ω)/β(25)	10±5%3477
Aiming Beam Data	Output Power	P_a	mW	>2
	Wavelength	l_a	nm	650±10
	Voltage	V_a	V	2.2⁽²⁾
	Current	I_a	mA	<30
Others	Operating Temperature	T_op		10~30
	Storage Temperature	T_st		-20~+70
	Expected Lifetime	MTTF	h	>10,000
	Dimensions (fiber and connector not included)	-	mm	31×22×9
	Lead Soldering Temperature	T_is		260(10 sec.)

(1)R_T=R₀·exp ( β(1/T-1/T₀)), (T₀=25=298K).(2) Optional 5V DC input.
5.OPERATING NOTES:
     1.Avoid eye exposure to direct or scattered radiation.
     2.ESD precautions must be taken.
     3.Please connect pins to wires by solder instead of using socket when operation current is higher than 6A. Soldering point should be close to the root of the pins. Soldering temperature should be lower than 260 and time shorter than 10 seconds.
     4.Use constant current power supply. Avoid surge current.
     5.Laser diode must be used according to the specifications.
     6.A minimum bend radius should be 300 times greater than the fiber cladding diameter.
     7.Laser diode must work with good cooling.
     8.Operation temperature is 10~30.
     9.Storage: -20~ +70, all pins short-circuit.