Sentence examples for microelectronic components from inspiring English sources

Microelectronic components are produced by etching.

Manufactures include medical instruments and supplies, a variety of electrical equipment and instruments (including microelectronic components and systems), pollution-abatement equipment, chemicals, fertilizer, and food products.

A number of large and small companies are pursuing the possibility of making storage systems and computers on a scale far smaller than the current generation of microelectronic components.

John Martinis, a physicist who is a member of the team, said, "We are currently designing a device with four qubits, and five resonators," the standard microelectronic components that are used to force quantum entanglement.

This suggests that if you designed microelectronic components carefully, you could reduce stiction.Stiction is not, however, always a problem, and work is also going on to turn the Casimir effect from a liability to an asset, by using it in what are known as microelectromechanical systems (MEMS).

Wet chemical etching processes are employed in the manufacturing of a variety of microelectronic components.

The development of the miniaturized product, such as microelectronic component marks a new era in processing technologies.

In this study, the steady-state heat transfer characteristics of a board-level microelectronic component in natural convection are investigated through numerical modeling and experimental validation.

In its applications like the space electronic component, the microelectronic component, the solar cell and the space-based electronics [1, 4, 6], the optical and electronic properties of Si/Ge SL may be altered due to the bombardment of high-energy ions from space environment, resulting in performance degradation of the electronic devices.

The model is practical and realistic for many complex systems such as electrical devices or microelectronic polymeric components.

The theory was utilized to describe the dynamic response of soft magnetic FeTaN films deposited by reactive RF-magnetron sputtering for microelectronic RF-components like micro-inductors.