1550nm Laser Diode Wafers

1550nm Laser Diode Wafers

PAM-XIAMEN offers 1550nm laser diode wafer, which is an epitaxial wafer of a diode laser structure emitting around 1550 nm (on InP substrate), and the wafer dimension for laser diode 1550nm can be 2” or 3”. You can fabricate a laser for your application such as output cw power around 10-20 mW. Here are InP-based GaAs epitaxial wafers with the following structures, which are emitting 1550nm wavelength for laser diode fabrication.

1550nm laser diode wafer

1. Structures of 1550nm Laser Diode Wafer

Structure1:

Layer Material Thickness(nm) Carrier Concentratin
(cmr3)		 Type Dopant
Contactlayer Ino.sGaAs — — P  —
Ohmiccontact 1.52Q
InGaAsP		 — — P Zn
Ohmiccontact 1.3Q
InGaAsP		 — — P  —
Cladding InP — — P Zn
Etchstop 1.1Q
InGaAsP		 — — P  —
Spacer InP — — P Zn
SubCladding AlInAs — — — —
GRIN-SCH [Al2Ga]InyAs — — — —
QB [Al,Ga]InyAs — — — —
QW [AlxGa]InyAs — — — —
GRIN-SCH [Al,Ga]InyAs — — — —
SubCladding [Al,Ga]InyAs — — — —
Gradedlayer [Al2Ga]InyAs — — N Si
Cladding InP — — N Si
Buffer InP — — — Si
Substrate InPSubstrate

 

Structure2: PAM-200604-LD-1550

Layer Material Thickness(nm) Carrier Concentration(cmr3) Dopant Type
6 InP 20 — Zinc P
5 GaIn(x)As 170 — Zinc P
4 GaIn(x)As(v)P 30 — Zinc P
3 InP 2300 — Zinc P
2 AlGaInAs MQW 450 — Undoped U/D
  PL 1500~1560nm — — — —
1 InP buffer — — silicon N
  InP substrate — — — —

2. Development and Application of 1550nm Laser Diode Wafer

In recent years, optical communication technology has achieved unprecedented vigorous development all over the world. Therefore, the research of lasers as the most widely used core component of the optical emission part has aroused people’s great interest. InGaAsP material is an important material for the production of optoelectronic and microwave devices. The laser made of InGaAsP material can continuously change its emission wavelengths in the range of 1.1um to 1.65um, and this range covers the wavelength of 1.3um and 1.55um of quartz fiber, which are the windows of low dispersion and low loss.

As new infrastructure drives the development of 5G and data centers, smartphones use 3D sensing technology and the continuous development of industrial laser processing, laser medical treatment, lidar and other applications. As a key material for lasers and detector chips, GaAs/InP-based optoelectronic epitaxial wafers are in short supply. 1550nm laser diode fabricated on GaAs/InP-based wafer is prepared by industry chain technology and packaging companies. 1550nm laser diode wafers are widely used in industrial fields such as optical fiber communication, laser sensing, and consumer electronics fields such as smart phones and AR/VR.

powerwaywafer

For more information, please contact us email at [email protected] and [email protected]

2019-03-13

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