Bench Talk

A decade ago, back when Xilinx’s Virtex®-4 and Spartan™-3, and Altera’s Stratix®-II were new products, it was my job at Texas Instruments (TI) to partner with the leading FPGA manufacturers to produce power management solutions that benefited our joint customers. Multiple power rails, power-up sequencing, tight tolerances, transient response, system reliability, total solution cost, and size – these were all things we were concerned with even then.

Let’s face it: When it comes to communicating, we’re spoiled. We can talk, text, or e-mail nearly anyone we want whenever we want, by simply picking up the phone -- be it wired or wireless. But ham radio can work when nothing else can get through.

Back to the Future 2 is turning out to be more prophetic than we thought. First NIKE announces power laces, and now a viral video from “HUVr Tech” is currently making the rounds claiming to have made the break through we’ve been waiting for for 25 years: A REAL Hoverboard. You can believe it because Christopher Lloyd, Tony Hawk, Terrell Owens and Moby have all endorsed it. And if you can’t trust Moby, who can you trust?

I know there are all kinds of rules against anthropomorphizing the equipment with which you work. It makes you overly attached to it, but I just can’t help it when it comes back with a Fourier Transform like this...

The 2014 International Consumer Electronics Show (CES) wrapped up with the usual plethora of product debuts and announcements. Here are some highlights and trends related to power supplies and power management products.

When I lived in Austin, the phrase “Keep Austin Weird” meant to me that Austin was special in a weird, quirky way. And I feel that way about open source, because as a means for expressing one’s self, there’s a project for everything. Seriously, open source hardware is branching into everything from prosthetics, clothing, and drones to dead cats...

With my new blog, Light & Illumination, I will be seeking to explore contemporary technology and product issues related to LEDs and illumination. My aim is to assist the design engineering community through active and ongoing dialogue regarding the industry’s mission to impact our world through improved methods of incorporating LED technology. I endeavor to serve this mission by providing some personal knowledge, the resources of Mouser Electronics, and the resources of manufacturers throughout the world.

I have been involved in counterfeit mitigation since early 2009. I’ve had hundreds of interesting conversations with peers and industry experts. Yesterday it dawned on me what was happening to the commercial off the shelf (COTS) market for parts. Defense contractors and the DOD are trying hard to make the COTS industry conform to QPL or military conformance. Whether it is a conscious effort or not, is yet to be seen. The problem is the COTS industry has not done this in the past and now has problems complying. It’s not that the COTS industry doesn’t want to do it, it’s just the infrastructure and specific records required don’t exist.

Welcome to my blog. Here I intend to present information relevant to our customers and Mouser Electronics. I recently got an interesting question from a customer who asked, “How do you certify the parts as conforming and meeting specifications?”

2013 became the first year in history that the majority of American adults have owned a smartphone of some kind. [1] Now that carrying around a pocket-sized computer has become the norm, designers are exploring the use of wearables to find new ways for people to become even more connected to the Internet of Things. Consumers are showing an early interest causing some to estimate that over 200 million wearable devices will be shipped by 2018, driving more than $30 billion in revenue.