This summer, I learned one of the few cable TV channels I sometimes watch is no longer available to me without upgrading to another “tier” of channels. None of those other channels appeal to me, so I simply decided I would do without the channel. My decision was pretty sound, but I believe my choice was not a choice at all.
Albert Einstein said, “Everything should be made as simple as possible, but not simpler.” Whether in architectural design, software coding, engineering discipline or even managing people, simplicity is an overriding goal and success is achieved when a product or process is at its maximum simplicity.
Ultra-miniature detect switches are playing a significant role in a number of applications today. The miniaturization of key components, including switches, has enabled the continued trend towards end-products getting smaller and smaller.
The advancement of the ultra low resistance Polymer Positive Temperature Coefficient (PTC) resettable fuse will impact the industry moving forward. Innovations in material science over the last few years have allowed PTC component makers to reduce the resistance of PTC’s....
The first Industrial Revolution was driven by the steam engine and mechanization, the second by Henry Ford’s assembly line and the third in the 1970s, when computers revolutionized the workplace. Now the three have coalesced, putting us at the dawn of Industry 4.0....
As processing speeds in electronics continue to rise, and packaging continues to shrink, sensitive internal components are located closer and closer together. Higher clock speeds coupled with increased density of components leads to increasing amounts of electromagnetic interference (EMI) and Radio Frequency Interference (RFI) noise.
Electronic component distributors historically have simply been an outlet from which to source parts. Not so long ago, customers paged through gigantic catalogs searching for specific parts by category. Then, orders were often placed with multiple distributors selected by order type – a single part or a volume order.
The automotive industry is undergoing two major paradigm shifts that each will demand more involvement from the distribution channel. The first of these is the race to more fuel efficiency for vehicles that will be coming down the pike in the future. By 2025, automotive fuel efficiency must reach an average of 54.5 miles per gallon.
Package-on-package (PoP) technology is coming on strong and continues to overshadow the ever popular system-on-chip (SoC) and other similar packaging types. The rationale behind PoP is simple. More OEMs are miniaturizing their products, but are intent on adding more functionality.
Advances in medical technology in the past century alone have made possible what was previously considered unfeasible. Where once certain illnesses caused the deaths of millions worldwide, medical innovation has now eliminated many dreaded diseases.
Many of the automation systems that increasingly appear in our daily lives have a fundamental need to sense the presence and movement of human beings. Whether that system simply shuts off the lights to save energy at home or triggers an emergency response in a health care facility, accurate motion sensing is a crucial requirement.
Agriculture is arguably one of the most important industries in the world. After all, with an estimated population of over 7 billion people, there are a lot of mouths to feed. Unfortunately, agriculture is also one of the most unpredictable industries. Crops are subject to the whims of nature with droughts, fire, rain, sun, and hail.
Global challenges in energy generation and consumption motivates governments worldwide to set ambitious goals for increased energy efficiency, which results in a fast growing need for energy efficient buildings. Therefore, innovative, sustainable technologies that can be easily installed, especially in retrofit projects, are a necessity if the governments’ ambitious objectives are to be realized.
3D printing has been used for years in larger companies, like the one I work for now. It is incorporated into the mechanical design process as part of the overall development and is optionally tailored out if not necessary or particularly useful. When end customers, as well as designers, see a plastic mock-up of the widgit they desire...
Saving time and money on testing embedded hardware - putting design and production tests in their placeOctober 24, 2013 2:23 pm | by Dunstan Power, Director of ByteSnap Design | Comments
Recent high-profile product recalls and failures have shown that even the most experienced and well-funded company can fall down when it comes to product testing. A product goes through two fundamental types of test. The first is of the design itself and the second is production testing of the product.