High power 1310nm CW 100mW DFB Laser Chip     


LD-PD DFB1310nm-100 High power distributed feedback laser (DFB) is a CW InP MQW laser diode. High thermal stability, high side-mode suppression ratios (SMSR).



Product model


Name Model Price
High power 1310nm CW 100mW DFB Laser Chip   [PDF]  [RFQ]

DFB1310nm-100
[Please inquire]

Parameter


Features

● Center wavelength at O-band

● More than 100mW Output power

● Single transverse mode

● Compliant with ROHS

E/O Characteristics

Parameter

Symbol

Test Conditions

Min.

Typ.

Max.

Unit

Threshold   Current

Ith

CW Top:25℃


25

40

mA

CW Top:25℃


50

100

mA

CW Top:25℃ 100mW


260

350

mA

CW  Top:75℃ 100mW


400

550

mA

Forward Voltage

Vf

If≤550mA


1.8

2.5

V

Peak   wavelength

λ

CW 0~75℃

1305


1317

nm

Wavelength/temperature coefficient


CW


0.098


nm/℃

Side Mode Suppress Ratio

SMSR

Po=Pf

35



dB

Beam Divergence Angle

(Horizontal, FWHM)

θh

If=Ith+20mA


14

26

deg

Beam Divergence Angle

(Vertical, FWHM)

θv

If=Ith+20mA


26

30

deg

Relative   intensity noise

RIN

25~75℃


-145

-140

dB/Hz


Absolute maximum ratings

Parameter

Symbol

Min.

Typ.

Max.

Unit

Forward Current (LD)

If



600

mA

Reverse Voltage (LD)

Vr



2.0

V

Operating Temperature

Top

0


75

Storage Temperature Package

Tstg

-40


90

Storage Relative Humidity

RH



85

Solder Reflow Temperature (10sec max)

Ts



300


COC test Power and PCE

Current(mA)

Power(mW)@25℃

Power(mW)@75℃

Forward Voltage(V)

PCE%@75℃

50

10.39

0.09

1.10

0.2%

100

37.47

18.36

1.20

15.3%

150

64.15

43.25

1.30

22.2%

200

90.23

64.31

1.40

23.0%

250

115.94

87.51

1.50

23.3%

300

141.2

108.41

1.60

22.6%

350

165.51

130.81

1.70

22.0%

400

189.1

143.15

1.78

20.1%

450

211.84

159.64

1.87

19.0%

500

233.88

170.64

1.95

17.5%

550

254.68

177.57

2.05

15.7%

600

274.79

183.64

2.14

14.3%

P4.png



Dimension

Outline Drawing

(1) Bare die form

PJ.png

Parameter

symbol

Value

Unit

Cavity Length

L

1000±30

µm

Width

W

250±10

µm

Thickness

H

110±10

µm


P5.png

1310nm CW high-power laser uses a buried waveguide.


Application

● Silicon photonic optical source

● CW optical source in CATV

● long haul WDM

● Sensing

● RF links

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