Have you ever experienced unexpected droop when you’ve plotted out the frequency response of a signal processing system when you expected that the frequency response would be Continue Reading...
There have been many innovations in electronic “noses,” but none can come close to the broad spectral-sensing range of the biological-based olfactory Continue Reading...
In this article, I will introduce basic concepts of operational amplifier (op-amp) input overvoltage protection and discuss how to select the right clamp protection circuit for an overvoltage Continue Reading...
Now that the standard kilogram artifact has been replaced by a definition based on a reproducible arrangement, there’s a great DIY project for advanced students to Continue Reading...
This complicated, sophisticated electro-optical system is a super-fast camera which can take a series of 1000 images at a multi-trillion fps Continue Reading...
Input bias current is a usually overlooked amplifier parameter that can have a significant effect on an amplifier circuit’s output accuracy. Sometimes the effect is small enough to be ignored, but sometimes it can cause a circuit to fail Continue Reading...
While there are many potential pitfalls in photodiode front-end circuit design, with proper knowledge and planning it is often possible to find solutions for even the most challenging design Continue Reading...
Researchers have mixed two radically different forms of energy waves, using laser-generated acoustic pulses to modulate terahertz waves generated by another Continue Reading...
Input bias current is a usually overlooked amplifier parameter that can have a significant effect on an amplifier circuit’s output accuracy. Sometimes the effect is small enough to be ignored, but sometimes it can cause a circuit to fail entirely
Input bias current is a usually overlooked amplifier parameter that can have a significant effect on an amplifier circuit’s output accuracy. Sometimes the effect is small enough to be ignored, but sometimes it can cause a circuit to fail entirely
Last month, one of the top global reverse engineering chip firms, Chipworks, verified the Core M version of Intel’s Broadwell processor, using 14nm node size logic processor semiconductor technology.
Gallium nitride offers significant performance benefits for a wide range of analog microchips, from RF-ICs to numerous power control ICs such as high-power HEMTs used in communications, energy, and military applications.
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