RF Engineer

In Flight: NASA astronaut Andrew Feustel installs a materials science experiment pallet on the outsideof the International Space Station. The box includes three prototypes of integrated circuit spacecraft. The spacecraft prototype at right was photographed before installation on the space station. Photos: left, NASA; right, Zac Manchester Gravity may be woven into the very fabric […]

Image: PIcomEtrIx If you’re of a certain age, you may remember those ­miraculous-sounding “X-ray specs” advertised in comic books. They’d let you see through walls, boxes, and—best of all, for a teenager, anyway—clothing. They were bogus, of course. But technology is finally on the verge of giving us all those capabilities, and more, albeit in

An informative report titled as Radio Frequency Integrated Circuits Market recently has been published by QY Reports to its online repository. This statistical data offers an in-depth analysis by considering several segments, such as type, size, technology and applications. Different exploratory techniques such as, qualitative and quantitative analysis have been used to give data accurately.

Global 5G chipset Market Research Report Size, Trends and Forecast provides an in-depth analysis of the 5G chipset Market including detailed description of market sizing and growth, value, the key opportunities in the 5G chipset Market and outlines the factors that are and will be driving the growth of the industry taking into consideration the

There were few bright spots in the pandemic summer of 2020. One of the most dazzling was the flight of U.S. astronauts to the International Space Station and their safe return to Earth aboard a commercial spacecraft from SpaceX. This demonstration was significant for many reasons, one of which was that it suggested a future

Photo: joSon These days, in developed countries, you can’t so much as rent a car or buy a shirt without setting in motion a burst of digital information spanning hundreds of kilometers. Data stream toward a waiting credit card database through the air, over cables, and back again, bouncing and meeting interference, and encountering other

Image: Retro File; Image manipulation: Richard Tuschman More than a century ago, electrical engineering was so much simpler. Basically, it referred to the technical end of telegraphy, trolley cars, or electric power. Nevertheless, here and there members of that fledgling profession were quietly setting the stage for an era in industrial history unparalleled for its

This is the digital age. From flashy cell phones, games, PCs, and PDAs to the behind-the-scenes automotive, medical, and Internet components, progress in digital computing owes much to the software that helps designers create and connect millions of transistors. But with the trend toward mixed-signal chips in a communications-centric world, everyone is finding the need

Invention and Inventors: In Paris, shortly after World War II, two German scientists, Herbert Mataré (above) and Heinrich Welker, invented the “tran- sistron,” a solid-state amplifier remark- ably similar to the transistor developed by Bell Telephone Laboratories at about the same time. In this X-ray image of a commercial transistron built in the early 1950s,

Gilded skin: Takao Someya’s latest e-skin material is one-tenth the thickness of plastic kitchen wrap, and it can conform to any body shape. Photo: Someya-Sekitani Group A golden glove: In 2003, Someya’s lab used organic thin-film transistors to create its first flexible, bendable e-skin. Researchers wrapped the material around a mechanical hand to demonstrate the