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The resistors are not necessarily linear, actually, I meant that solving the above circuit can help you have an idea about your own circuit.
Becoming curious I found this paper:
"Low-Jitter Process-Independent DLL and PLL Based on Self-Biased Techniques"
by John G. Maneatis
That's all you...
Start by making some simplifying assumptions. Your circuit can be modeled as the following picture:
Assume that for a long time before t=0:
Vin+=0 and Vin-=Vdd
and after t=0:
Vin+=Vdd and Vin-=0
Then continue writing equations and determine what happens for (Vout2-Vout1).
I can't help further...
Delay time by the definition is the time between when the input crosses its 50% of final value and when the output crosses its 50% of final value. In order to calculate (or simulate) the delay time, a step input should be put in the input and calculate (or measure) the time between two mentioned...
The product of RC(=220n*220K=48.4ms) introduces a time constat, by which "leftsideofswitch" approaches toward node3.
It means that "leftsideofswitch" would not reach node3 immediately.
I think that this RC path acts as a debouncer. You can search for the concept of "contact bounce".
So, when...
This circuit toggles the output every time that the switch is pushed.
when the switch is off then node2,6=3v it means that output holds its previous state.
The out put can be '1' or '0'. Let's consider the first case which means:
node3=6v then leftsideofswitch=6v,
as the switch is pushed...
Hi
I can't remember where it was mentioned. However, it could be seen from another point of view:
As in saturation region
VOD=sqrt(2*ID/Un*Cox*(W/L))
so, for a given current, VOD is dependent of W/L ratio.
We can discuss more if you say the page where you are referring.
You can take a look at the book "Microwave Engineering" by Pozar. There is a brief introduction for stubs in chapter 5 under the title "single stub tuning".
They can be categorized into 1.Shunt and 2.Series stubs and from another point of view there are 1.Open and 2.Shorted stubs. Actually this...
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