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Later it depends then on your channel modulation technique...
You can code in three levels ( i.e -1,0,1) or 2 levels or M-levels ... but in general yeah ...your demodulated I and Q signals would follow simply as such
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Basically so ...
I recommended it since I do not know how big a load viperpaki007 is driving....its advantage is the ability to cascade tapered inverters to be able to drive big loads at the end ...
I think this is what FvM means ... but you still have to use a NOCG circuit to drive the T-gates
https://tams-www.informatik.uni-hamburg.de/applets/hades/webdemos/05-switched/40-cmos/dff.html
You can't drive a T-gate with such an arrangement for clock generation...The way you got it, you are loading the CLOCK_POS more than CLOCK_NEG since it is extra loaded with the inverter producing CLOCK_NEG itself ...
you have to use a non-overlapping clock generation circuit like this one...
Rise time is a function in both Ron of the transistor as well as CL
As the technology scales, the parasitic capacitance of the inverter (basic digital block for eg.) goes down.
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However, the on-resistance does not scale on the same ladder....
RON = 1/(µnCOX W/L)(VGS −...
Can you show me the simulation of the signals CLOCK_POS and CLOCK NEG
You get the problem on CLOCK edge ... therefore I think there might be something with your non-overlapping clock generator ....
https://edn.com/design/other/4312213/Three-transistor-modulator-amplifier-circuit-works-with-swept-control-frequencies
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Cheers...
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