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	Modeling Oscillators with Arbitrary Phase Noise Profiles By Tawna Wilsey on May 24, 2012 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.... Read more » Comments (0) Filed under: RF design, Virtuoso Spectre, Virtuoso Spectre Simulator GXL, Spectre, Spectre RF, Harmonic Balance, RFIC, VCO, MMSIM, Circuit simulation, RF Simulation, Analog Simulation, ADE, RF, APS, simulation, Oscillator, phase noise, analog, HB, analog/RF, PNoise, HBnoise, noise profiles

	Measuring 2-Tone Intermodulation Using Envelope-Following Analysis By Tawna Wilsey on May 16, 2012 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... Read more » Comments (2) Filed under: RF design, RF Block Simulation, wireless integrated circuit verification, RF designer, Virtuoso Spectre Simulator GXL, Spectre, Spectre RF, Harmonic Balance, spectreRF, RFIC, MMSIM, RF Simulation, Analog Simulation, ADE, RF, RF spectre spectreRF, envelope, simulation, fast envelope, spectre spectreRF, analog, HB, analog/RF, SpectreRF tutorials

	Guidelines for Maximizing Speed vs. Accuracy in SpectreRF simulations - Part 3 By Tawna Wilsey on March 07, 2012 Several months ago, I started a 3 part series on Guidelines for Maximizing Speed vs Accuracy for Harmonic Balance simulations. Today, I'll discuss part 3 of the 3 part series consisting of: Which Engine: Spectre or APS? Oversample vs Number of Harmonics... Read more » Comments (0) Filed under: RF design, Spectre RF, Harmonic Balance, spectreRF, RFIC, MMSIM, shooting newton, Circuit simulation, QPSS Analysis, RF Simulation, Analog Simulation, RF, RF spectre spectreRF, mixer, spectre spectreRF, HB, analog/RF, harmonic trimming

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