epitaxial wafer

Single crystals (including epitaxial wafers) of any of the following: 1.

The materials company produces silicon epitaxial wafers, a material used in making semiconductor devices.

IQE offers a full range of epitaxial wafer services.

The plant will make epitaxial wafers, used to make more powerful semiconductors, Hitachi said.

Among the products offered by Sumika for the worldwide solar market are GaAs-based epitaxial wafers.

Initially, the company specialised in producing epitaxial wafers for optoelectronic devices used primarily in fiber optic telecommunications.

One variety, known as an epitaxial wafer, is primed for the latest in high-performance chip designs by adding a layer of ultra-pure silicon on its surface.

We supply GaAs and InP based epitaxial wafers for both optoelectronic and microwave applications.

In 1966 MEMC installed its first reactors for the production of epitaxial wafers, and developed zero-dislocation crystal growing, which made large-diameter silicon crystals possible.

And a growing percentage of MEMC's sales of wafers of both sizes will be the higher-priced, finer-surfaced epitaxial wafers.

IQE is the world's biggest supplier by volume of compound epitaxial wafers - these ultra-thin wafers are used in smartphones, solar panels, power converters and optical products.

A single eight-inch epitaxial wafer costing $250 can yield up to a thousand microchips worth tens of thousands of dollars to manufacturers of computers, cellular phones or other equipment.

An epitaxial wafer (also called epi wafer, epi-wafer, or epiwafer) is a wafer of semiconducting material made by epitaxial growth (epitaxy) for use in electronics.

In September 2015, the Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) announced the achievement of an efficiency above 20% for epitaxial wafer cells.

IQE (AIM: IQE.L) is a semiconductor company that manufacturers advanced epitaxial wafers for a wide range of technology applications for wireless, optoelectronic, electronic and solar devices.

The new subsidiary used chemical vapor deposition (CVD) tools to produce silicon and germanium epitaxial wafers for enhanced silicon processing performance, microelectromechanical systems (MEMS) and nanotechnology applications.

Following the merger, IQE became the first independent outsource manufacturer of both optoelectronic and radio frequency (RF) epitaxial wafers produced using both MOCVD and MBE technologies.

The III-V epitaxial wafer is designed with different layers such that the active layer can emit light when it is excited either by shining light, e.g. a laser onto it; or by passing electricity through it.

We also include some contribution from sales of epitaxial wafers for LightPeak optical connectors, which are expected to start shipping in volume during calendar 2011 and for pico-projectors which are expected to start shipping in volume by mid-2012.

Also in 2006, the group made a further acquisition in the form of Singapore based MBET technologies which provided the group with complete multi-site, multi-technology and multi-product capabilities to form the world's largest independent contract manufacturer of epitaxial wafers.

Sumika Electronic Materials, Inc., a solely owned subsidiary of Sumitomo Chemical, distributes IT-related chemicals and engineering plastics to the NAFTA region as well as producing epitaxial wafers at its facility in Phoenix, Arizona.