Content posted in August 2013
Interleaving Spurs: Bandwidth Mismatches
Jonathan Harris 8/29/2013 9 comments
Building from our previous discussion of timing mismatch, we now look at bandwidth mismatch and compare the interleaving problems caused. Also, a summary of the problems is shown.
NRE Costs & Analog Integration
Brad Albing 8/29/2013 10 comments
While you're waiting for IC manufacturers to build the complex parts you want, consider their cost. Then wait a little longer – or consider an important alternative.
Brian Bailey 8/27/2013 7 comments
Running an analog circuit simulation requires detailed knowledge and representation of the supply buses (ignore at your own peril).
I Like 'Scopes
Barry Harvey 8/26/2013 14 comments
There are analog 'scopes and digital 'scopes. There are good 'scopes and bad 'scopes. There are several manufacturers. How do these categories intertwine?
Aubrey Kagan 8/23/2013 12 comments
How do you make a true RMS measurement of a complex (non-sinusoidal) waveform? There are various techniques.
Interleaving Spurs: Timing Mismatches
Jonathan Harris 8/21/2013 3 comments
Building from our previous discussion of gain mismatch, we now look at timing mismatch and compare the interleaving problems caused. We note specifically the similarities with the artifacts created compared to gain mismatches.
It's All 4-to-1 Design
Vincent Biancomano 8/19/2013 8 comments
In design engineering, certain rule-of-thumb ratios crop up regularly. A common one is the 4:1 ratio.
The Elusive 12-Bit D/A Converter
Doug Grant 8/15/2013 21 comments
Making a 12-bit DAC is easy on paper, but difficult to do in practice. At least to be really 12-bit accurate and stay that way over time and temperature. Close does not count.
Nanophotonics: Promise for O/E/O Integration
Joshua Israelsohn 8/14/2013 33 comments
The integration of optical and electrical devices on silicon, and the ability to convert from electrical to optical and back, are paramount in the design of high-speed communications channels.
Transistor Packaging: A Thing of the Past?
Alex Lidow 8/9/2013 18 comments
As we pack more functionality into our IC packages, it becomes more difficult to get the heat out. This is especially important when the functionality is RF or power. Here's how it can be done.
Is There Anything Left to Invent or Discover?
Jason Bowden 8/5/2013 17 comments
Is it time to shut down the Patent Office because all the good stuff has been invented? Or are there still plenty of good -- or clever -- or crazy -- ideas floating around, just waiting for the right implementation?
The Diabolical & the X-Ray
Peter Zawistowski 8/2/2013 42 comments
How long does it take to construct a weapon that injures or kills large numbers of people fairly quickly? Probably forever if you're a doofus.
Wires & Power Are the Limiters
Brian Bailey 8/1/2013 16 comments
Typically, to supply power and transmit data, wiring/cabling is used. Anything that can be done to reduce or eliminate the cabling will reduce cost, increase reliability, and generally allow greater intercommunication between devices.
The utilization of electronics in medical applications could effectively enhance the quality of life of patients and prevent many cardiovascular distresses: this is confirmed by the result of an observational study, about the CPAP device
This blog series deals with the potential of the utilization of smart electronic ICs in medical care applications; these ICs are produced by companies in the field of semiconductors such as STMicroelectronics which has a broad portfolio of ICs for medical applications
There is rising interest in alternative energy schemes and electric vehicles (EVs) which means there is a growing need in making it possible for power to flow efficiently in both directions.
The industries sector is progressively increasing utilization of IoT technology to make the industrial processes automated in a very intelligent way.
Medical care applications with electronic devices are becoming progressively more important and massively adopted.