One of the challenges of working with integrated circuits is as designers try to make ICs faster, the transistors become smaller and can’t handle as much voltage and the amount of variation grows. Plus, a single fault in the IC could mean a useless chip, bringing projects and products to sudden jarring halt.
The Society of Women Engineers, along with the American Society of Mechanical Engineers recently honored Noha S. El-Ghobashy with the Kenneth Andrew Roe Award. El-Ghobashy is an inspiring humanitarian working tirelessly to bring opportunities and advancement to underdeveloped nations.
A driving force in the current military environment is to keep legacy equipment operating longer or replace legacy systems with new ones that simulate or emulate one or more legacy systems. Replacements face the challenge of interfacing with disparate communication protocols and interfaces.
The popularity of touch screen technology, also referred to as ‘touch panel’ or ‘user interfaces’, has increased a great deal in the last few years. Integrating interfaces with LCD is becoming increasingly popular. It is estimated that touch screen revenue will reach $16 billion in 2012, and nearly double in six years, reaching $31.9 billion by 2018.
Aside from offering up the world’s least-appetizing pizza (protein cheese layer anyone?) and a way to eliminate illegal poaching, 3D printing might play a vital role in the future of the military. Though the technology is not nearly advanced enough to make a significant impact right now, the Navy is looking to 3D printing as a potential money saver for the future, according to an article published in the Armed Forces Journal.
Procuring military equipment has become an extremely difficult task. Not only is there constant pressure to reduce expenditure, but performance requirements are increasingly hard to define as armed forces face growing and unpredictable threats such as civilian groups and militias using improvised weapons and ad hoc methods.
The usual response to the idea of a “harsh environment” is to envision the salt spray of a drilling rig, dirt, grease or debris. But in today’s evolving world of “high tech,” the definition of harsh isn’t always what it used to be. An environment most people would consider far from harsh, almost sterile, can be extremely susceptible to contamination....
Many signal processing, analytical, and diagnostic instruments are utilizing Eurocard-based enclosures that are recessed. With higher signal frequencies and lots of cabling, the incentive to recess an enclosure continues to increase for many applications. There are many benefits to this type of design....
The Smart Grid is coming. It is needed in order to raise or lower prices for consumers depending on the time of day. It is needed to control consumer loads to better integrate intermittent alternative energy into the grid (industrial loads are already demand controlled by the grid operator depending on the type of service contract they have).
Through 2016, the home healthcare market is projected to grow at an annual rate of 7.7 percent. This projection underscores a significant trend: More patient treatments are shifting away from healthcare facilities into home environments as patients grapple with the rising costs of on-going healthcare treatment plans.
Solid-state lighting has taken its place in the mainstream of illumination, finding uses in a diverse range of industrial and consumer applications. Solid state lamps have shed the initial skepticisms about quality, and although the upfront costs are high, these costs are coming down.
In just two years’ time, the skies around us may get a lot more crowded. Drones have received a lot of attention lately, thanks to military operations overseas and matters of congressional oversight. In September 2015, the federal government plans to issue its first drone permits for domestic use.
Harsh environments associated with space applications pose particularly demanding radiation requirements on Radio Frequency (RF) components. The effects of radiation can lead to additional device parameter degradation, performance interruptions or destructive failure modes.
Modern soldiers require state-of-the-art innovations, particularly when integrating connectors within advanced Wearable Soldier Systems (WSS). Key requirements for wearable soldier electronics are: increased situational awareness, increased weapons effectiveness, and increased individual agility.
The most recent IDC Predictions 2013: Competing on the 3RD Platform report forecasts the biggest driver of IT growth to once again be mobile devices (smartphones, tablets, e-readers, etc.), generating around 20 percent of all IT purchases....