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Spectre RF,ADE
ADE-L
analog
Analog Simulation
analog/RF
analysis
APS
Circuit design
Circuit simulation
crystal oscillator
envelope
fast envelope
Harmonic Balance
HB
HBnoise
mixer
MMSIM
MMSIM 12.1
noise profiles
nport
nport settings
Oscillator
phase noise
PNoise
PSS
QPSS Analysis
RF
RF Block Simulation
RF design
RF designer
RF Measurement library
RF Simulation
RF spectre spectreRF
RFIC
shooting newton
simulation
Spectre
Spectre AppNotes
spectre spectreRF
spectreRF
SpectreRF tutorials
VCO
Virtuoso
Virtuoso Spectre
Virtuoso Spectre Simulator GXL
Virtuoso Spectre Simulator XL
Wilsey
wireless integrated circuit verification
Simulating Crystal Oscillators is Much Easier in MMSIM12.1 - Part 2
Greetings, Simulating crystal oscillators got a lot easier in MMSIM12.1... We have made enhancements to both Harmonic Balance and transient analyses. In Part 1 , I discussed Improvements to the Harmonic Balance use model. With the new streamlined Choosing Analyses form, you now can focus on getting your...
Posted to
RF Design
(Weblog)
by
Tawna
on Thu, Dec 20 2012
MMSIM 12.1 SpectreRF -- Preview of Coming nport Attractions! Part 2
Greetings, MMSIM 12.1 contains many new features to aid RF designers. Many of these changes are described in my Part 1 blog post. I've saved my favorite for last....here's a preview of the changes to the nport component in MMSIM12.1. 1. The Edit Object Properties/Add Instance form has been revised...
Posted to
RF Design
(Weblog)
by
Tawna
on Mon, Nov 19 2012
MMSIM12.1 SpectreRF Preview of Coming Attractions! - Part 1
Greetings! MMSIM 12.1 contains many new features to aid RF designers. Here's a preview of the changes... Documentation Improvements The SpectreRF User Guide is being completely rewritten and updated for MMSIM12.1. Check it out - I'm sure you'll really like it! Harmonic Balance Improvements...
Posted to
RF Design
(Weblog)
by
Tawna
on Mon, Nov 12 2012
Modeling Oscillators with Arbitrary Phase Noise Profiles
When you need to include noisy oscillators in SpectreRF transceiver simulations, you have at least 3 options: 1) Semi-autonomous simulation is the most accurate approach, recommended whenever the transistor-level model of the oscillator is available. 2) rfLib/osc model is less accurate but it’s...
Posted to
RF Design
(Weblog)
by
Tawna
on Thu, May 24 2012
Measuring 2-Tone Intermodulation Using Envelope-Following Analysis
From time to time, SpectreRF users simulate very large, extracted-view circuits in 2+ tone QPSS. In many of those cases, memory requirements exceed the available resources. When that happens and small-signal approximations aren’t applicable, the user is typically stuck. The solution below and attached...
Posted to
RF Design
(Weblog)
by
Tawna
on Wed, May 16 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
Guidelines for Maximizing Speed vs Accuracy for Harmonic Balance - Part 1
Greetings, I am often asked for guidelines on maximizing speed vs. accuracy for SpectreRF harmonic balance simulations. In a series of 3 blogs, I'll discuss some of the "knobs" that you can tweak, those being: * Which Engine: Spectre or APS? * Oversample vs Number of Harmonics * Harmonic...
Posted to
RF Design
(Weblog)
by
Tawna
on Fri, Oct 7 2011
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