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RF Design

New Time-Saving Feature in IC6.1.4 ISR2: Plot S-Parameter Data Directly From ViVA!
By Tawna Wilsey on May 20, 2010
If you haven't heard about it....there is a new feature in IC6.1.4 ISR2 which makes troubleshooting circuits containing nports ( s-parameters ) much easier and faster! Starting i n IC6.1.4 ISR2, you can now plot s-parameters directly in ViVA (without...( read more ) ... Read more »
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Filed under: RF design, Circuit design, Virtuoso Spectre, RF designer, Spectre, Spectre RF, Harmonic Balance, RFIC, MMSIM, PSS, ViVA, ADE-L, .
Using RF Simulation Technology for Analog Applications
By Hany El Hak on May 18, 2010
The particular nature of analog circuits puts restrictive requirements on circuit simulators. The EDA industry has introduced proven shortcuts to deliver simulation speed and accuracy for specific applications, e.g. Harmonic Balance for RF and partitioning...( read more ) ... Read more »
Comments(1)
Filed under: RF design, RF Simulation, Analog Smart, Analog Simulation, .
Using The Composite Triple Beat Source to Speed up QPSS Analysis
By Tawna Wilsey on January 14, 2010
Say you have a design with 4 input frequencies: 3164M (vco), 1449M (tone0), 1456M (tone1), 1442M (tone2). Currently when you do a qpss analysis, you are inserting a total of 4 separate ports in your schematic and running a simulation. There is a divide...( read more ) ... Read more »
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Filed under: RF design, RF Block Simulation, Virtuoso Spectre, Virtuoso Spectre Simulator GXL, Spectre RF, Virtuoso Spectre Simulator XL, Harmonic Balance, spectreRF, RFIC, MMSIM, QPSS Analysis, Composite Triple Beat, CTB, .