For the novice, this book provides many friendly illustrations of EMC and EMI mitigation. One should, however, dig a little deeper into the physics of the issues of EMC. That is the core of this book: Physics Matters.
After causing a bit of a stir in the compliance testing industry in the last few years, the FCC recently defused some tension when they accepted a pair of US-based Accreditation Bodies to accredit laboratories in foreign lands.
China’s homegrown “WeChat” application has nearly 900 million users. Need a car? Pay a check? Send someone some cash? Rate a dining venue? Make a video call? Send an endless series of silly emojis? WeChat is the platform, at least in China. It’s IM, Facebook, Tripadvisor and Skype all in one. And a gateway to to the Internet of Things.
As of June 13, 2017 all radio transmitters that are placed on the market in the European Union will have to comply with the new Radio Equipment Directive (RED) 2014/53/EU. This reality affects millions of devices destined for the EU.
This article reviews some of the current thinking with regard to IoT. The range and scope of IoT is truly enormous so we’ll take a stab at the opportunities in for us EMC and wireless folks.
The explosion of these delivery services, coupled with the growth of online mega-retailer “Tao Bao,” is another manifestation of the pervasive growth of the Internet of Things (IoT).
A million volts and 25 thousand amps are generated during a typical lightning strike. The phenomenology of nature’s oldest EMI Beast is quite fascinating, notably the physics that govern the discharge as it approaches the ground.
Even in the arcane world of Conformity Assessment, surprises are afoot.
According to statistics from the WiFi Alliance, 12 billion WiFi-enabled products have been deployed since the year 2000. Another 3 billion are expected to ship in 2016 alone, with device deployments doubling by 2020 (3 million every day).