Examples of using Microelectronics in English and their translations into Spanish
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manufactured by United Microelectronics Corporation, but manufacturers later used the NOAC ASICs.
thanks to advances in microelectronics.
produced by Cobham Semiconductor Solutions(formerly Aeroflex Microelectronics Solutions), enabled for the LEON microprocessor.
Key sectors for applications of nanotechnology research Electronics: Microelectronics, embedded electronics(telephone,
Automotive, optics, microelectronics and of course medical- the range of industries in which high-quality,
Our fields of expertise include, among others, microelectronics, power electronics,
The microelectronics production field is responsible for the dusting of metals in vacuum,
Thin film materials have been an essential feature of microelectronics ever since its inception, serving a variety of functions on the chip.
The cleanroom-compliant drying oven for microelectronics, medical technology, pharmaceutics and food technology.
Pure water dissolved oxygen sensors deliver exceptional performance in the most demanding power and microelectronics pure water applications.
Accomplishment of this is being done primarily through the establishment of Virtual Centers for Technology Innovation in the areas of microelectronics and information technology.
Currently there are 30 people in the Microelectronics Engineering Group, directed by professor Salvador Bracho.
pharmaceutical, and microelectronics industries, as well as in power generation.
cooling as well as microelectronics, used to monitor
This is a very critical step in microelectronics as it dramatically reduces the area required for analysis.
environmental engineering, microelectronics and microsystems, and biomedical engineering.
Very thin Cu foils are widely used as part of the circuit board in the increasingly complex microelectronics systems, such as smartphones
What's more, the performance of next generation of microelectronic devices will depend on a better understanding of the thermophysical properties of the various materials used in the microelectronics.
power water applications and limit oxidation of silicon in microelectronics applications.
power generation and microelectronics processes, water purity is vital.