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PSS
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Re: Nport Component (S-Parameter Files) in PSS Analysis
Hi Frank, just to clarify... Linear and spline interpolation methods are supported in pss-hb and hb (and all subsequent small signal analyses) and envlp. pss-shooting can be used with the nport in some circumstances. Linear and spline interpolation methods are not supported for Shooting QPSS/QPXX, Shooting...
Posted to
RF Design
(Forum)
by
Tawna
on Wed, May 22 2013
Phase noise plot
Hi, I have been doing a Pnoise analysis . Unfortunately I was unable to plot the phase noise response. My design was setup was described below. My apparatus was a PLL with a fixed divider ratio of 20 and output frequency of 500Mz In PSS analysis I have set the beat frequency as reference frequency ie...
Posted to
Custom IC Design
(Forum)
by
Jithin
on Wed, Apr 10 2013
Pnoise analysis
Hi, I have been designing a PLL which gives an output frequency in the range (400-500)MHz to the reference input frequency of (20-25)MHz.So for doing the pnoise analysis I have added the PSS as well as Pnoise analysis I have made the following as setup for the analysis for a frequency of 500MHz. I have...
Posted to
Custom IC Design
(Forum)
by
Jithin
on Sun, Mar 3 2013
No Insufficient Memory Promble in PSS/Pnoise simulation
Hi, I have some promblems on VCO Post-simulation of PSS and Pnoise. The Frequency of the VCO is 20GHz. When I simulate the schematic, everything is good. But when I comes to Post-simulation, there will always be the error "no insufficient memory". At first, I can't finish the pss and one...
Posted to
RF Design
(Forum)
by
Charley Hou
on Thu, Dec 27 2012
How to simulate the Noise figure in Pnoise from 1 stage to another?
Hi there, I want to simulate the Noise figure for such a setup that first a band pass filter, then sample and hold, and then follower by amplifier, and ADC and so on. Can i get the noise figure from source to each stage with Pnoise? I understand that if the output is specified with voltage of two node...
Posted to
Custom IC Design
(Forum)
by
zcam
on Fri, Sep 28 2012
PSS Analysis's reliability-Difference between time domain response in PSS and Tran analysis
I'm designing a wide band matching network to drive an antenna.The output pulse at the output of pulse generator is delivered to one N1PORT as the antenna model thet refered to a S1P file with value from 1GHz to 8GHz. I want to use this interface between antenna(S1P port with n1port component) and...
Posted to
RF Design
(Forum)
by
Imank
on Thu, Apr 12 2012
High frequency quadrature VCO design with good phase noise
Hello everyone I am a newbie engineer starting my career in RF IC design and working on designing a high frequency VCO (38 GHz) with good phase noise characteristics. I am using Cadence IC6.1.5-64b.500 version and spectre simulator for the schemtic design and simulations. I have to do everything from...
Posted to
Custom IC Design
(Forum)
by
rohan kr
on Thu, Mar 29 2012
PSS analysis - oscillator
Dear all, I am simulating an oscillator (RLC lumped element connected to a sustaining amplifier) in SpectreRF 5.10.41.121508. The oscillation frequency is about 0.85 MHz. There is some initial current condition (50nA) for the inductance L. The transient analysis runs well and shows the oscillations building...
Posted to
RF Design
(Forum)
by
JuliaP
on Wed, Mar 14 2012
Jitter from pnoise simulation
I'm desinnig a Time to digital converter and I would like to simulate the jitter of a driven buffer having a rising time of 350 ps. In my schematic, the buffer is driven by vpulse (ideal CLK @ 2 MHz) and I would like to simulate his output jitter. My setting of pss simulation is as follow: Beat frequency...
Posted to
RF Design
(Forum)
by
moez
on Fri, Mar 9 2012
SpectreRF AppNotes and Tutorials....Still One of our Best Kept Secrets!
Some of you may remember the blog written several years ago " Shhhhh...SpectreRF Tutorials and AppNotes - One of Our Best Kept Secrets ". Well, the more things change...the more things stay the same! The location of these tutorials and appNotes still seems to be one of our best kept secrets...
Posted to
RF Design
(Weblog)
by
Tawna
on Mon, Jan 16 2012
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