Today’s advanced applications are creating an insatiable appetite for memory - driving the demand for new memory technology capabilities. As the market for more compact, more powerful electronic systems grows, designers are under increasing pressure to find new ways to fit the volume of code and data needed onto these shrinking devices.
Haiti is full of hard-working and industrious people just looking for a chance to break out of the vicious cycle of poverty and nonfunctional social systems that keep it the poorest country in the Western Hemisphere. They only need a hand up, not a hand out, to "jump over their own shadows" and build a nation that functions for all of its people.
Wireless transceiver technology is truly established in the automotive industry with Remote Keyless Entry (RKE) now a standard feature of even basic specification vehicles. Following on its heels has been Passive Keyless Entry (PKE), dual transceiver devices that combine remote entry and remote starting, and systems that enable features such as tyre pressure monitoring and car-to-home communications.
As demand for longer battery life in portable devices increases, engineers are continually challenged to design highly efficient point-of-load (POL) converters while maintaining or reducing board space. Adding to the challenge is the fact that many portable devices like laptop computers have wide input voltage variation.
Are video games the equivalent of crack? That's the alarm sounded by a hyperbolic Fox News Live Science article titled, “Analysts: Video Gamers Get Hooked for Life, Could Become Addicted.”
Applications with high voltage and capacity requirements are adopting Lithium-ion (Li-ion) technology because of its many advantages- especially the high energy density, small size and low weight that this technology provides. Historically, Sealed Lead Acid (SLA) batteries have had a few superior technical traits...
Life threatening situations require the use of portable medical devices to deliver the right information to doctors in medical settings, emergency personnel on the go, and patients at home so they can make informed decisions.
The New York State Health Department’s June 30, 2009 Hospital-Acquired Infections Report has drawn serious attention of healthcare professionals and the public to the daunting challenges faced in eliminating contamination and disease transmission rampant in hospitals and other healthcare facilities.
The New York State Health Department’s June 30, 2009 Hospital-Acquired Infections Report has drawn serious attention of healthcare professionals and the public to the daunting challenges faced in eliminating contamination and disease transmission rampant in hospitals and other healthcare facilities...
Application of high temperature quartz oscillators in oil, gas, and geo-thermal exploration has been the subject of increasing discussion in recent years. The need for these devices, and high temperature electronics in general, has arisen from application requirements that have pushed the upper temperature range limit higher.
The Internet has connected the world as never before. But it’s also given rise to a pernicious entitlement mentality. A whole generation has been conditioned to expect everything for free (and quickly). Coupled with the practice of file-sharing, this entitlement mentality is destroying two industries—print media and the recording industry.
Design applications are getting increasingly dense for embedded system platforms. You name the application, and in most cases, space it at a premium. Packaging the boards, power supplies, fans, drives and other components into these smaller spaces can be challenging.
In designing an LED lighting application, it is imperative for engineers to consider certain factors in their blueprint. Obvious considerations including lumen output, CRI, system efficacy, size, weight, and cost may be discussed at length, but a suitable cooling solution may be overlooked.
LED lighting provides both promise and challenges for virtually every electric lighting application currently served by earlier illumination technologies such as incandescent and fluorescent lighting. Indeed, the U.S. Department of Energy (DOE) has proclaimed that no other lighting technology offers so much potential to save energy over traditional lighting technologies.
As heat loads continue to escalate in electronic equipment, designers seek out more powerful heat sinks to cool their electronic devices. In many instances, designers are turning to pin fin heat sinks, which are considered to be one of the most effective heat sink technologies available.