Highlights
•N-polar InAlN thin films were grown on GaN substrates by molecular beam epitaxy.
•Surface morphology transitioned from quasi-3D to step-flow at high temperature.
•Indium saturation was observed for increasing indium flux at high temperature.
•Increased aluminum flux helped increase indium incorporation efficiency.
•N-polar InAlN films with 0.19 nm [...]
VCSEL Market Overview
At present, the world’s major designers include Finsar, Lumentum, Princeton Optronics, Heptagon, IIVI and other companies, which are at the forefront of R&D roles on the mobile VCSEL. III-V EPI epitaxial wafers are supplied by companies such as IQE, PAM-XIAMEN, VPEC and Landmark [...]
2018-09-27meta-author
PAM XIAMEN offers 3″ Silicon Oxide Wafer
3″ Silicon Oxide Wafer
Diameter (mm): 76mm
Grade: Prime
Growth: CZ
Type/Dopant: any
Orientation: 100
Resistivity (Ohm-cm): any
Thickness (µm): 500±25μm
Tolerance (µm): any
Surface Finish: SSP
Flats: SEMI-Std.
TTV < (µm): any
Bow < (µm): any
Warp < (µm): any
Particles [...]
2020-04-24meta-author
PAM XIAMEN offers high-quality Au/Cr coated SiO2/Si substrate.
Au (highly oriented polycrystalline) /Cr coated SiO2/Si substrate , 6″x0.675 mm,1sp P-type B-doped, Au(111)=150 nm, Cr=20nm
Au (highly oriented polycrystalline) /Cr coated SiO2/Si substrate ,4″x0.525 mm,1sp P-type B-doped, Au(111)=50 nm, Cr=5 nm
Au( highly oriented polycrystalline)/Cr [...]
2019-04-16meta-author
PAM XIAMEN offers 3″LiNbO3 single crystal thin film
LiNbO3 single crystal thin film (X,Y,Z), X-cut 10μm; Substrate: 3″ Si 0.5 0.4mm;(PAM-P20412-LNOI )
Structure:Top layer: LiNbO3 single crystal thin film X-cut 10 μm
Substrate: 3″ Si 0.4mm, Resistivity >10,000Ωcm
Surface Roughness<0.5nm
TTV (Thickness Uniformity) <1.2μm, 17 [...]
2020-03-24meta-author
As reported by Esia(European Semiconductor Industry Association), in January worldwide sales of semiconductors amounted to US$ 26.880 billion. These results are in line with seasonal patterns – as the first months of the year are usually slower for semiconductors – and represent a 2.7% [...]
2016-04-18meta-author