TweetYou sure are cause I have no idea. lol
TweetI've been Googling for the past 3 hours and I can't seem to find an answer for this CMOS question.
Does anyone know how "mutual inductance affects signal integrity/coupling of interconections at very high frequencies?
I'm so screwed!!!!!!
TweetOriginally Posted by supasaiyan99
speak english bro
TweetHigh frequencies create harmonics. At high frequencies the inductance acts like an open. If you have an open you are not going to get any current draw. If you don't get any current you don't get any voltage.Originally Posted by supasaiyan99
You can also get a phenomenon called crosstalk. When you add a current to an inductor you get a magnetic field. The magnetic field can effect other interconnects. Then you get crosstalk ( or parasitic).
At higher frequencies the inductor acts like an open. An inductor is like a big loop. When at high frequency it doesn't have time make it through all the loops.
I got this from a bro of mine. I have no idea what the hell it means but good luck.
TweetHamms call it intermod. CBers call it bleedover. Current in a wire have a magnetic or RF field strength that can be picked up and carried over other near by wires and interfer with the pureness of the signal or current. So high frequencies create RF that can and will leave the carrier wire. But as this relates to the CMOS setting you may be able to surpress harmonics by the correct setting. Is all this coming in clear? Damm are me and T-man007 getting rep points for this?
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TweetThanks guys. Just repped you guys up! Now I just need to elaborate on it more so I can get 4 pages to turn!
TweetThat's easy, use larger font size. LOLOriginally Posted by supasaiyan99