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9 Threads found on Cv Curve
There are a number of solutions; You can extract a CV curve using ATLAS and sweeping the voltage and defining the steps. You could then consider plotting 1/C^2 vs voltage to extract the threshold voltage. Alternatively both ATLAS and ATHENA allow you to extract the VT voltage directly, which you could also conduct for comparison. Finally, I assume
Look at Fig. 4.4. (C-V characteristic of a poly/n-well MOSCAP) in the PDF below. The deep depletion region is the range in the depletion region, where the low frequency CV curve is at (or close to) its minimum, or - in short form - the center part of the depletion region. At the min. value of the CV curve (in the cente
I did In CADENCE. I swept the gate voltage and shorted the Drain, Source and Bulk terminal to GND. I did the DC analysis. Now I want to plot the CV curve. But I don't know how to do it?? Please can anybody tell me the way how to do it in CADENCE??? Is it ok to do it in DC analysis? I think the capacitor's val
the tuning range of the VCO depends on the CV curve of the varactor , so to get high tuning range u need the vacattor to have wide tuning volateg khouly
You can't modify the varactor CV curve, but the overall circuit circuit characteristic. You need to redesign the tuning circuit so the varactor is directly coupled to the LC circuit and recalculate the LC values to cover the domain. You may try to minimize the voltage on the VCO LC tank so the AC voltage on the varactor is much lower than 1V and i
can any one tell me hw to plot CV curve of a simple nmos using cadence? means hw to go abt.?
Connect in series 2 DC sources: One of them has Vdc=Vgate Vac=0 Another Vdc=0 Vac=1m Use AC analysis and change Vg as sweeping parameter. Then plot C= Ig/(2*Pi*Freq*Vgs) vs. Vgate. You will get CV curve. I did that several times in Cadence. It works fine. There is another method using transient with fixed frequency.
i know maybe it is convinent to simulate by using ads and i want to know how to do that in hspice, to simulate varactor is it by using "LX" ?
u can plot the capacitance , by using s parameter simulation or ac simaltiuon just sweep the control voltage and get the input impedance , the imaginary part is equal 1/(2*pi*f*c) u know f then u can get C or in hspice manual there is anonther way to polt Cv curve of search there khouly