Google is enhancing the IoT with a technology for companies to communicate with customers. The concept: You are in a shopping mall or on a local street and there are hordes of small Bluetooth radios broadcasting marketing messages to all the Android phones in the area (8 of 10 smartphones are Android).
The success of the Toyota Prius is a tribute to the career of Electrical Engineers. I was recently made aware of the achievements of the Prius through a wiki I wrote as well as from the feedback on my recent Planet Analog blog on regenerative braking. I learned some very interesting details about this car and how it puts a feather in the cap of Planet Analog readers and contributors. In this blog I share my findings with you.
In the highly technical world of energy storage, it can difficult to develop an intuitive sense of how the engineering metrics translate to final user value.
As the technologies continues to shrink the various layout affects continue to worsen. What once was not such an issue for integrated circuits is now problematic. LDE or Layout Dependent Effects are becoming worse as the technology continues to shrink. I am sure many of you have heard about well proximity affects and shallow trench isolation effects, but as the technology continues to shrink we are seeing more issues from pattern density in metal, poly, active, etc. having effects on final circuits.
The topic of this blog came up while at the IMS show and one of my colleagues mentioned that I should discuss the ADIsimRF tool as a part of the series. I thought this was a marvelous idea. Iíll have to precursor this discussion with the fact that I am actually an RF guy from my previous employment at an RF company which was my first position when I graduated from college.