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Dennis Feucht
Content posted in October 2013
Neuronics Creates Highly Efficient Memory, Part 2
Dennis Feucht  
10/31/2013   6 comments
Using analog techniques that mimic the brain, highly efficient memory can be constructed.
Neuronics Creates Highly Efficient Memory, Part 1
Dennis Feucht  
10/30/2013   Post a comment
Using analog techniques that mimic the brain, highly efficient memory can be constructed.
Can We Put Other Instruments on a Chip? Part 2
Dennis Feucht  
10/29/2013   1 comment
Continuing the discussion from Z meters, we take a close look at putting function generators (or waveform generators) on a chip.
Can We Put Other Instruments on a Chip? Part 1
Dennis Feucht  
10/28/2013   Post a comment
Continuing the discussion from Z meters, we take a close look at putting function generators (or waveform generators) on a chip.
Getting From Scopes to Semiconductor Innovations
Dennis Feucht  
10/17/2013   119 comments
Semiconductor companies are in a unique position. They can leverage their capabilities into manufacturing products to use their components.
Z Meter on a Chip? Impedance Meter Integration and Readout
Dennis Feucht  
10/10/2013   5 comments
To finish the analysis of how to fabricate an impedance (Z) meter on an IC, Dennis Feucht takes a look at the readout portion of the meter. This is the last of five blogs covering a Z meter.
Z Meter on a Chip? Impedance Meter Phase Detectors
Dennis Feucht  
10/4/2013   7 comments
To understand how to fabricate an impedance (Z) meter on an IC, Dennis Feucht takes a close look at the phase detector that measures the phase difference between voltage and current with the impedance under test. This is the fourth of five blogs covering a Z meter.




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There’s a further cool thing you can do with a spreadsheet that most SPICEs can’t. That’s to use the spreadsheet ‘solver’ functionality to adjust component values in the search for a better-fitting circuit – or even to find a set of component values for a circuit you can’t otherwise design.
Infineon MOSFETs have been embedded into PC boards by Schweizer Electronic AG
You now need to adjust component values to achieve some system goal, such as predefined frequency response or time behaviour, and there’s no closed method for working out those values.
As a member of the electronics design community, I am angry and disappointed with the recent deaths of 346 people due to the Boeing MAX 8 design
The theoretical advantages of GaN-based power transistors are now being realized in mainstream system designs. Power supplies for data centers and telecom switching racks are two application areas where GaN transistors show significant improvement in comparison to systems using best-in-class Silicon-based Superjunction devices.
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