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The functional role of cross Recent studies suggest that cross-frequency coupling (CFC) might play a functional role in neuronal computation, communication and learning. In particular, the strength of phase-amplitude CFC differs across brain areas in a task-relevant... RT Canolty,RT Knight - 《...
coupling at 40 Hz lasting for 400ms was observed during the synchronic comedown process,which is rather different from the results of 40-Hz microstates lasting for only 20 to 25ms in previous studies.The result of the present study shows that when the oscillation frequency in the right ...
The complete guide to signal conditioning in data acquisition. Learn what signal conditioning is, types of signal conditioners, and the technology behind.
EMC testing: Here is a list of the acronyms and terms most frequently used in EMC testing, along with brief explanation of what they mean.
observation is that every unit quaternion induces a unit tangent vector on the unit sphere , located at ; the third unit vector is then another tangent vector orthogonal to the first two (and oriented to the left of the original tangent vector), and can be viewed as the cross product of ...
A common cause of glitches is some analog output switches on the DAC operate faster than others, which produces temporary, spurious effects on the output until all switches have settled. Another common cause of glitches is the capacitive coupling between digital and analog outputs.Any high-speed ...
We gave you a brief answer to what it is already, but how does NFC work? NFC isn’t some radically new technology. It’s simply an evolution ofRFID(radio frequency identification) technology that has already been around for decades. If you’ve ever used a key card to access an office ...
frequency electromagnetic waves are more prone to this impact. Consequently, the solution is to expand the surface area of the conductor. It, in effect, expands the region’s usable cross-section. Electroplating the surfaces with conducting materials is another option. Silver or Copper can be the...
The electric field component is responsible for capacitive coupling, whereas magnetism is responsible for inductive coupling. Capacitive coupling happens when two conductors are running very close to each other. The changing voltage in the source capacitively transfers the charge to the victim conductor....