PAM XIAMEN offers Cu Coated Silicon.
Cu Film on Silicon Wafer, 4″ , 400 nm Thick, – Cu-Ti on Si-4-400nm
Cu Film on Ta/Silicon Wafer, 4″ , 100 nm Thick, – Cu-Ta-Si-4-100nm
Cu Film on Ta/thermal oxide/Silicon Wafer, 4″ , 400 nm Thick, – [...]
We are an expert of semiconductor wafers in semiconductor industry, and we offer technology support and wafers selling for thousands of univerisities and industrial customers by our decades experience, including Cornell University, Stanford Univeristy,Peking University, Shandong Univerity, university of south carolina,Caltech Faraon lab (USA）,University of California, Irvine (USA),Singapore MIT Alliance for Research and Technology Centre (SMART),West Virginia University,Purdue Univerity, University of California, Los Angeles,King Abdullah University of Science & Technology,Massachusetts Institute of Technology,University of Houston,University of Wisconsin,University of Science and Technology of China etc.
And now we show one article example as follows, who bought our wafers or service:
Frequency Comb Generation From Stimulated Brillouin Scattering and Semiconductor Laser Diodes
(Electrical Engineering) in The [...]
PAM XIAMEN offers SrTiO3 single crystal.
SrTiO3 (STO) single crystal provides a good lattice match to most of materials with Perovskite structure. It is an excellent substrate for epitaxial film of HTS and many oxide. It has been used widely for special optical windows and as high quality [...]
GaN HEMT RF Epitxial Wafer on Si substrate, which is a wide bandgap semiconductor, can be offered by PAM-XIAMEN. The GaN HEMT on Si wafer has obvious advantages in the high-power, high-frequency application field. As for the GaN HEMT RF devices, they include PA, LNA, [...]
You can buy single crystal AlN substrate with higher photoelectric conversion efficiency than indirect band gap semiconductors from PAM-XIAMEN. Aluminum nitride (AlN) is an important blue and ultraviolet light-emitting material, which is used in ultraviolet/deep ultraviolet light-emitting diodes, ultraviolet laser diodes, and ultraviolet detectors. [...]
We have proposed a new semi-insulating GaN buffer layer, which consists of multiple carbon-doped and undoped GaN layer. The buffer layer showed sufficiently good semi-insulating characteristics, attributed to the depletion effect between the carbon-doped GaN and the undoped GaN layers, even though the thickness [...]