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April 19, 2012 -- Gallium arsenide ( GaAs ) substrate shipments faltered in 2011, owing to weak demand ..... 22% in 2010 to 4% in 2011, hitting $360 million for GaAs . In 2012, GaAs shipments will recover, says Yole Développement, thanks
producing RF devices on gallium arsenide ( GaAs ) substrates. The PVD system will be used ..... mobile phones, and increasing counts of GaAs -based switches and power amplifiers ..... provides the critical capabilities for GaAs -based RFIC fabrication, used by the
January 6, 2012 -- The gallium arsenide ( GaAs ) device market recovered sharply (35%) in 2010, driven by increasing GaAs content in mobile handsets and growing ..... Strategy Analytics. The Strategy Analytics GaAs and Compound Semiconductor Technologies
and technologies of HCPV systems (Ge & GaAs wafer, III-V cell, receiver module ..... already investigating gallium arsenide ( GaAs ) as an alternative material. Higher efficiencies ..... produced at competitive cost, HCPV cells on GaAs could increase their market share in the
University researchers have created an ultrapure gallium arsenide ( GaAs ) semiconductor crystals that capture new states of matter ..... high-speed quantum computing . In the ultrapure semiconductor GaAs , electrons do not follow single-particle physics laws, and
components in cell phones. Converged PAs and more broadband PAs are increasingly being accepted in the market. Gallium arsenide ( GaAs ) still dominates the PA market, but is poised to lose market share to the growing complementary metal oxide semiconductor
markets, according to the Strategy Analytics GaAs and Compound Semiconductor Technologies Service ( GaAs ) viewpoint, "Compound Semiconductor Industry ..... Higham, director of the Strategy Analytics GaAs and Compound Semiconductor Technologies Service
brightness light-emitting diode (HB-LED) , and 3D semiconductor packaging wafers. The system tailored for silicon, GaAs , germanium, SiC, GaN and sapphire materials. The new GenII PolyMax system targets high volumes, aiming to replace wire wafer
losses. They also claim the technology can be applied to many different solar PV structures -- their research relied on a InAs/ GaAs test device. Adding two quantum dots increases conversion efficiency by just 4.5%; adding four or six QDs improves efficiency
to silicon carbide (SiC), gallium nitride (GaN), gallium nitride on silicon (GaN-on-Si), and gallium arsenide ( GaAs ). These new substrate technologies offer improved efficiency and enable systems to use higher levels of power and a wider bandwidth